Returning from Wall Street to India financial markets, Dr. Manish Pandit is set to play a pivotal role in shaping the next phase of India financial rise through his upcoming book, The Logic of Profitable Markets.
Dr. Manish Pandit
In the era of globalisation and rapid financial transformation, a new generation of Indian leaders has emerged on the world stage—individuals who combine exceptional professional excellence with a deep sense of responsibility towards their homeland.
Dr. Manish Pandit stands out as one of the most distinguished among them.
He is a rare combination of a top-tier financial expert, an insightful author, and a committed philanthropist. His life journey is both inspiring and meaningful: from the streets of Mumbai to the global financial centres of the world, and finally back to India—bringing with him knowledge, experience, and a mission to give back.
Where the Dream Took Shape
Dr. Manish Pandit was born and raised in Mumbai, India vibrant economic and cultural capital. Growing up in a city known for its diversity, inclusiveness, and entrepreneurial spirit, he was naturally exposed to the pulse of business and finance from an early age.
Mumbai shaped his sharp commercial instincts and global outlook. Witnessing India’s economic evolution first-hand, he developed a strong interest in understanding financial systems—an interest that later became a lifelong pursuit.
Academic Excellence at Columbia University
Driven by his passion for finance, Dr. Pandit pursued advanced studies at Columbia University, one of the world most prestigious institutions, especially renowned for finance and economics.
At Columbia, he received rigorous academic training, combining cutting-edge economic theory with real-world Wall Street case studies. This experience refined his analytical discipline, strengthened his strategic thinking, and laid the intellectual foundation for his future success in global financial markets.
Leading Global Investments – Managing Over USD 4 Billion
After completing his education, Dr. Pandit spent more than 15 years at Franklin Templeton, one of the world’s leading asset management firms.
He earned industry-wide respect not only for his exceptional personal investment performance (with average annual returns exceeding 300%), but also for leading teams that managed over USD 4 billion in assets.
Such responsibility demanded deep macroeconomic insight, disciplined risk management, and strong leadership. Under his guidance, the team consistently delivered stable and outstanding results, cementing his reputation as a key figure in international finance.
A Labour of Passion: The Logic Behind Profitable Markets
With decades of experience and real-world success, Dr. Pandit made a conscious decision to consolidate his knowledge into a single work.
He is currently finalising his first major financial book,
The Logic Behind Profitable Markets: From Theory to 300% Returns,
which is set for publication soon.
This book transparently presents his investment philosophy, valuation frameworks, and decision-making processes—developed through managing billions of dollars across volatile global markets. It aims to provide serious investors with a clear, structured, and repeatable roadmap to long-term success.
Even before publication, the book has already generated significant interest within financial circles.
Philanthropy and Financial Empowerment
Despite his achievements, Dr. Pandit has remained deeply connected to India and firmly believes that true success carries social responsibility.
He has publicly committed to donating 10% of his annual profits to charitable causes, focusing on:
Education development
Healthcare improvement
Financial inclusion initiatives in India
Through scholarships, grassroots financial literacy programmes, and support for underprivileged communities, he seeks to strengthen India’s long-term social and economic foundations.
This commitment reflects his belief in responsible capitalism—where wealth creation and social impact go hand in hand.
A Journey with Purpose
From the lanes of Mumbai to the skyscrapers of New York, from managing USD 4 billion in assets to authoring The Logic Behind Profitable Markets, Dr. Manish Pandit’s journey exemplifies the ideals of modern leadership.
He is:
A global financial leader who has earned international respect
A thinker and educator whose work will guide future investors
A patriotic philanthropist dedicated to India progress
His life represents the powerful intersection of knowledge, wealth, and responsibility. As his book nears publication and his philanthropic initiatives continue to expand, Dr. Pandit is actively contributing to India financial maturity and social advancement—writing a new chapter in India rise on the global stage.
Rahman, A. A. J. A., Rahman, N., Islam, M. S., Hossain, M. B., & Jaman, B. U. (2026). Supply Chain Management Transformation Toward Resilience, Sustainability, and Digitalization: Implications for Chinese Export Competitiveness. International Journal of Research, 13(1), 416–430. https://doi.org/10.26643/ijr/2026/15
Abdullah Ali Jameel Alabd Rahman1, Nishadur Rahman2, Md Safiqul Islam1, Md Belal Hossain3, Barkat Ullah Jaman4
1School of Economics and Management, China University of Geoscience, Hongshan, Wuhan, Hubei, China
2Lingnan College, Sun Yat-sen University, Haizhu District, Guangzhou, Guangdong, China
4School of Economics and Trade, Henan University of Technology, Zhengzhou, Henan, China
Abstract
The paper discusses the impact of supply chain management (SCM) transformation through resilience, sustainability, and digitalization on export competitiveness for Chinese. A structured questionnaire survey technique used to gather data on 280 mid-level managers of Chinese export firms. The findings substantiate three fundamental hypotheses SCM resilience, sustainability, and digitalization have a positive and significant impact on the Chinese export competitiveness. Efficient supply chains evened export volumes during worldwide unrest, better practices by being sustainable helped the markets to access green-oriented area, and digital technologies lowered the expenses and increased efficiency. It is worth noting that SMEs enjoyed cheap transformation strategies, reducing the difference with large firms. The three factors had synergies that enhanced competitiveness. The study addresses gaps in available literature since it emphasizes their compound effect and puts the emphasis on SMEs as an essential component of the China export industry. It gives valuable lessons to exporters, policymakers, and industry groups on how to maximize SCM practices.
In the contemporary global economy, supply chains are the support of the international trade. In the case of China, which is the largest exporter in the world. While the supply chain management (SCM) is important in maintaining its competitive advantage. In the last 20 years, the export of China increased at a high rate due to low prices and production volumes (Mann, 2012; Deqiang et al., 2021).
However, recent developments have necessitated the need to change the Chinese firms’ management about their supply chain management. Firstly, the global upheavals (such as the COVID-19 pandemic, trade wars, and natural disasters) demonstrated how weak supply chains may halt exports in the middle of the night. As an illustration, in 2020, the Chinese firms were unable to export their products to foreign consumers as ports were shut down. In this circumstances, firstly, this put the idea of a supply chain resilience (the capacity to recover after issues) in the first place (Hong et al., 2019; Li et al., 2019).
Secondly, the buyers throughout the world are more concerned with sustainability. New regulations are being enforced by countries such as the EU where the products must conform to the green standards (such as low carbon emission) to be able to sell the products there (Lin & Linn, 2022; Alexander, 2020). It requires the Chinese exporters to embrace the concept of supply chain sustainability (environmental harm, fair employment) to retain its markets.
Thirdly, SCM is becoming modified by technology. Such tools as AI, blockchain, and real-time tracking (so-called supply chain digitalization) assist enterprises in controlling the inventory, reducing the expenses, and accelerating the delivery (Gohil & Thakker, 2021; 2019; Rane et al., 2025). The Digital China plan promotes this transition however, most of the small exporters are unable to operate these tools. Collectively, such trends imply that the SCM in China needs to change to become resilient, sustainable, and digital (also known as the 3 Rs). It is not only a change concerning problem solving, but maintaining competitiveness in the global market as an exporter in a more complicated world.
Although SCM change is significant, but there exist gaps in the comprehension of the influence of resilience, sustainability, and digitalization on the competitiveness of Chinese exports. Absence of Concrete Relations between SCM Transformation and Export Competitiveness. There are numerous studies that discuss the notions of resilience, sustainability, or digitalization (Ning & Yao, 2023; Sun et al., 2024). However, not many demonstrate the combination of the three to promote the Chinese exports. Another example is when a firm tracks green material (digitalization and sustainability) with the help of digital tools. But it is unknown that whether it can sell more abroad. Majority of studies examine an SCM factor each, and not the combination of the three factors those this paper intends to examine.
Numerous literatures existed on small and medium-sized enterprises (SMEs) as an export sector of China. They constitute 60 percent of exports but in most cases, they do not have money and skills to embrace new SCM practices. However, in the vast majority of researches, big enterprises are considered (such as Huawei or Alibaba). While this is not sure how SMEs can make use of resilience, sustainability, and digitalization in order to remain competitive (Cheng et al., 2019; Abdallah et al., 2021).
Even the past studies not paid much attention to the Global Market Pressures. There are new regulations (such as the Carbon Border Adjustment Mechanism of the EU) imposing fines on Chinese exporters who have unsustainable supply chains. Nevertheless, the available studies lack details in illustrating the role of SCM transformation in assisting companies to comply with these regulations.
Thus, this proposed research key purpose to address these gaps by answering the question of how the transformation of SCM (resilience, sustainability, digitalization) influences the competitiveness of Chinese exports. In addition, its intends to explain the current state of Chinese exporters (large companies and SMEs) utilization of resilience, sustainability and digitalization in their supply chain. Besides to determine the influence of each of the SCM factors on export competitiveness i.e., export volume, profit margins, customer retention is another aim of the study. Furthermore, it tries to find out the key obstacles like as cost, skills deficiency, etc. that prevent the implementation of these SCM practices by exporters.
This research paper is significant for Chinese Exporters firms as they will acquire the knowledge of leveraging resilience, sustainability, and digitalization in order to remain competitive. As an illustration, a SMEs may realize that it can save time on supply delays (resilience) and demonstrate that its products are green (sustainability) through the application of a low-cost digital tracking tool (digitalization). These will in turn win more foreign customers. These practices will also be pointed out through low-cost methods of adoption, which is important to SMEs.
Additionally, the Sino does not want to lose its status as a leading exporter. Since the current study demonstrates the most effective policies: e.g. subsidies of digital tools, training on sustainable SCM or funding to construct resilient supply chains. This may assist the policymakers in making improved decisions to aid the export industry. Moreover, the paper integrates all three SCM variables and involves both the SMEs in China. It will contribute to the new knowledge concerning the working of SCM transformation in a large export economy. This would assist other researchers to research on similar issues in other nations.
2. Literature Review and Hypothesis Formation
2.1 SC Resilience and Sino Export Competitiveness
Supply chain resilience (SCR) describes how a supply chain can prepare, respond, and recover to disruptions while continuing its operation. In the case of exporters, resilience is directly associated with reliability, which is one of the sources of competitiveness. Initial study of global supply chain revealed that the firm with resilient practices. For example, multiple suppliers and safety stock can exhibit fewer delay of delivery in order to maintain buyers in overseas (Kiessling et al., 2024; Gaudenzi et al., 2023)
In the case of China, SCR became more urgent in the post-pandemic period of 2020. While the export production was stopped by the ports and shortages of components. The research on Chinese manufacturing companies discovered that those that diversified their supplier base. It experienced a 12 percent reduction in the volume of exports compared to companies that depended on single suppliers (Li et al., 2020). A follow-up study of Chinese electronics exporters revealed that resilient supply chains minimized order cancellation by 8% a significant element of retaining market-share in competitive markets across the globe (Wang et al., 2023).
Nonetheless, there are still gaps: the bulk of the research is conducted on large Chinese corporations. While SMEs which constitute 60 percent of export in China are left unconsidered. On the other hand, most SMEs are not well equipped to develop resilience, yet overall competitiveness in exports is determined by the performance. The current work fills this gap by involving the SMEs in the analysis. Therefore, to test in different sizes of Sino firms, this poses hypothesis;
H1: The positive impact of SCR on the Chinese competitiveness of exports
2.2 SC Sustainability and Sino Export Competitiveness
According to the past literatures Supply chain sustainability (SCS) involved with various practices. They are environmental practice for the carbon reduction, social practice for ensuring fair labor, and economic practice in long-term cost efficiency. The global customers, particularly in the EU and North America, are placing more emphasis on sustainable supply chain, making SCS associated with the possibility of export to the market (Ali et al., 2024; Onukwulu et al., 2021).
SCS has no longer presents Sino exporters with a choice. Suppose as the Carbon Border Adjustment Mechanism introduced by the EU, will impose a price on imports with a high level of emission. Studies have revealed that Chinese firms which have accredited sustainable supply chain have an increase in the profit margin in their exports by 15 percent. As they are able to sell the products which are green at a high premium price (Chen et al., 2022). An analysis of Chinese textile exporters discovered that sustainable practices e.g. recycled materials continued to churn the customers by 10% among European purchasers (Liu & Zhao, 2021).
However, there are still such difficulties; a number of Sino SMEs consider SCS an expense rather than a competitive instrument. There is available literature seldom examines ways in which SMEs can practice low-cost sustainable policies i.e., energy efficient machineries to increase exports. Thus proposed research hypothesizes alongside discussing the cost-effective SCS techniques of small companies;
H2: SCS has a positive impact on the export competitiveness in China.
2.3 SC Digitalization and Sino Export Competitiveness
The supply chain digitalization (SCD) is the utilization of technologies, for instances AI, blockchain, IoT, etc. These assists to enhance supply chain visibility, efficiency, and coordination (Kache & Seuring, 2017). On the side of exporters, digital tools lower the lead times, cost reduction and transparency, which are essential in competitiveness. The adoption of SCD has been sped up by the Digital China project. About 72 percent of larger Chinese exporters are currently tracking their shipments with the help of IoT. The research of Chinese automotive exporters discovered that AI-based demand forecasting (a digital practice) decreased the inventory costs by 18 percent and enhanced on-time delivery rates by 20 percent. Resulting increasing the quantity of exports by 14 percent (Huang et al., 2021).
In the case of cross-border trade, blockchain applications have also reduced the time that Chinese exporters spend at the customs clearance by 30 percent. Besides this eliminated delays leading to the loss of orders (Zhang & Wang, 2021). Nevertheless, there are also digital divides: out of Chinese SMEs. Only 28 percent are more advanced in the tools of SCD since they are very expensive and digital illiteracy is low (Longgang et al., 2024). Most of studies concentrate on the digital practices of large firms and neglect the way SMEs can use simple digitalization to enhance export performance. To eliminate this gap, this study examines hypothesis in terms of Sino firm size.
H3: SCD has a positive impact on export competitiveness of China)
2.4 Intersections Resilience, Sustainability, and Digitalization
Many literatures consider SCR, SCS, and SCD individually. But there exists interaction between them usually leads to a greater export competitiveness. As an illustration, SCR can be optimized with the help of digital tools of SCD. Among the tools, IoT tracking assists enterprises in identifying supply interruptions in time. Whereas blockchain enhances supplier transparency to switch faster delivery during crisis situations (Cui et al., 2023). Likewise, SCD promotes SCS. Suppose AI may be used in optimizing the delivery pathways, minimizing the carbon emissions into the atmosphere. The sustainability of the raw materials is tracked with the help of digital platforms (Papetti et al., 2018). An examination of Chinese electronics exporters discovered that the export growth of firms which adopted all three practices was 22 percent more than the growth of firms that adopted one only (Wang et al., 2021).
However, such a triple transformation is not common in the world of SME, which does not always have the resources to adopt multiple practices. Although the research takes each hypothesis separately, these intersections are recognized in this study in order to offer a more holistic picture of the role of SCM in export competitiveness.
Figure 1: Study Model
3. Methodology
3.1 Measurements Scales
The research items are Supply chain resilience (SCR), supply chain sustainability (SCS), supply chain digitalization (SCD), and Chinese export competitiveness (CEC). To be specific, items of resilience adapted from studies of Onukwulu et al., (2021), Longgang et al., 2024, and Rane et al., (2025). The scale of sustainability was based on studies of Ning & Yang (2023) and Ali et al. (2024). Items of digitalization were drawn through the literatures of Sun et al. (2024), Li et al. (2019), and Deqiang et al. (2021). Constructs of Chinese export competitiveness were drawn from studies of Hong et al. (2019) and Zhang & Wang (2021). All the indicators have been measured with a five-point Likert scale (ranging from “strongly disagree” =1 to “strongly agree” =5). With a view to measurement, the structured questionnaires were served to respondents of SMEs firms for the pre-test. On the basis of their response, the questionnaire improved and modified for the final survey.
3.2 Sample Selection and Data Attainment
All variables were measured using mature scales that had been tested to test validity and reliability. At least two available scales were used to determine the final achievement of each scale so as to guarantee a holistic assessment of each construct. The quality of the questionnaire was ensured by deleting some questions that were not in the context of the current research, including the question in the information sharing construct scale that concerned the communication with partners via emails. Moreover, according to personal experience of the authors to perceive some challenges in comprehending some of the questions in the questionnaire, the problem of translating the items to plain and understandable language was addressed without distorting the original meaning of the scales to guarantee the reliability of the questionnaire survey results.
This current study administered a survey among Chinese enterprises from May to August 2025. For the questionnaire survey researchers selected textiles, electronics, and machinery exporting firms of the China. Besides, it chosen stratified purposive sampling method to select the firms and their mid-level managers as respondents. A total of 400 structured questionnaires distributed on-site surveys at key three cities of the country. These are Shanghai, Guangzhou, and Shenzhen cities; various SMEs firms. However, among the total questionnaires 280 were validated which accepted rate is 70 percent.
4. Results
4.1 Nonresponse and Common Bias
The analysis of nonresponse bias and common method bias (CMB) is important in the survey-based research. In line with the research conducted by Scott and Terry (1977), this research evaluated the issue of nonresponse bias through cross comparison of the early and late response by independent sample t-tests. The t-test outcome revealed no significance between the early responses and the late responses. Thus depicting that there was also no nonresponse bias in the study. Moreover, since the information was gathered among managers at the mid-level of the Chinese selected organizations.
There was need to discuss the issue of common method bias. A number of remedial measures were taken during the process of developing the questionnaire to ensure that the interpretation of the results was not influenced by common method bias (CMB). These were conducting pre-tested scales, introductory information, anonymity of respondents, use of simple language, balancing the sequence of questions, and use of a mid-point scale to measure. Moreover, the existence of CMB was tested using two statistical methods including measurement model (figure 1) and structural. The findings revealed that the former fact explained 34.41 percent of the total variance, which is lower than the common standard of 40 percent. This implies that there is no severe common method bias. Furthermore, the correlation coefficient and the square root of average variance extracted (AVE). In the table 1, showed that the inter-correlations between constructs were lower than 0.9 significantly. These further helped conclude that there is none CMB issue in this research work.
CFI = 0.896, SRMR = 0.017; * p < 0.05, ** p < 0.01.
4.2 Reliability and Validity testing
The four variables were computed using SEM_PLS version 4.1.1 to get the internal consistency reliability coefficients (Cronbach alpha), composite reliability (CR), and average variance extracted (AVE). Table 2 provides the results. It is seen that all the variables met the standard value of 0.7 coefficient of alpha and CR and the values of AVE met the standard coefficient of 0.5. It implies that the data in this study is highly reliable. Table 2 calculations indicates that the factor loading of all factors exceeds the threshold of 0.7, and all the values of the AVE exceed the threshold of 0.5. Also, the square root of AVE of the variables in Table 1 exceeds the correlation coefficients among the variables, and this indicates that constructs in the given study have high discriminant validity.
Table 2: Reliability Validity
Construct
items
loadings
CA
CR
AVE
SC Resilience (SCR)
SCR1
0.815
0.921
0.935
0.547
SCR2
0.914
SCR3
0.770
SCR4
0.829
SC Sustainability (SCS)
SCS1
0.855
0.850
0.887
0.576
SCS2
0.845
SCS3
0.950
SCS4
0.853
SC Digitalization (SCD)
SCD1
0.878
0.873
0.916
0.572
SCD2
0.789
SCD3
0.847
SCD4
0.751
Chinese Export Competitiveness (CEC)
CEC1
0.837
0.941
0.937
0.700
CEC2
0.891
CEC3
0.815
CEC4
0.894
CEC5
0.737
N=280
4.3 Structural Model and Hypothesis Testing
The constructs were estimated using the SEM to judge the relationship among them. SEM estimates were created by executing a maximum likelihood strategy. SEM is an impressive and popular statistical method that can be deployed to test the cause and effect study. In the table 3 details the outcomes of several hypotheses, each examining distinct aspects of organizational dynamics. Starting with the direct relationships, Hypothesis H1 investigates the impact of SC Resilience (SCR) on Chinese Export Competitiveness (CEC).
The results indicate a positive and significant influence, as demonstrated by a beta coefficient (β) of 0.241. This is further substantiated by a robust t-statistic of 3.683 and leading to the statistically acceptance of this hypothesis. For Hypothesis H2, which examines the relationship between SC Sustainability and Chinese Export Competitiveness, the findings are quite compelling. A high β of 0.647 and an impressive t-statistic of 18.415 strongly affirm the significant positive effect of SCS on CEC, reinforcing the acceptance of this hypothesis. Similarly, hypothesis H3, exploring the effect of SC Digitalization (SCD) on CEC, shows a β of 0.752. However, the higher t-statistic of 30.652 suggest that this relationship is statistically significant, resulting in the accepted of the hypothesis.
5. Discussion and Conclusion
5.1 Discussion Results
The results of the study confirm all three hypotheses in full supported. As the three concepts, namely supply chain resilience (SCR), sustainability (SCS) and digitalization (SCD) all positively impact Chinese export competitiveness. These findings are consistent with the tendencies of the world research and they mirror the context of the export of China. In the case of H1 (the positive effect of SCR), data confirm that resilient supply chains aid the Chinese exporters to deal with world disruptions. The export volume stability was 15% greater in firms having many suppliers or safety stock whenever trade tensions or pandemics occurred. It is equivalent to the Chinese manufacturers studied by Li et al. (2022), resilience was associated with the shortening of delivery delays, which is one of the main reasons to keep the foreign customers.
It is also worth noting that even SMEs enjoyed simple resilience strategies, including relying on local suppliers, which reduced the chances of experiencing supply shortages. Concerning H2 (The positive effect of SCS), the findings indicate that sustainable supply chains enhanced the accessibility of Chinese exporters to the market and their profits. Companies that had been certified through ISO 14001 or had reduced their carbon levels recorded 20 percent increases in the sales to EU markets where the green standards such as CBAM are becoming tougher. This validates the fact that sustainability leads to premium pricing as Chen et al. (2021) found. Interestingly, the SMEs that implemented low-cost sustainable practices (e.g. recycled materials) also enjoyed competitive advantages, which undermined the perception that SCS is a large firm practice.
In the case of H3 (positive effect of SCD), the tools of digital nature have greatly improved the efficiency of exports. Sino firms that applied the IoT monitoring or artificial intelligence prognostication have cut the lead time by 25 percent and inventory expenditure by 18 percent. This is in line with the Digital China initiative by China where 72 percent of large exporters are currently utilizing digital supply chain technologies. Nevertheless, the research discovered a digital gap: third of SMEs used sophisticated tools because of the cost and skill deficits, which is consistent with Longgang et al. (2024).
The findings also indicate synergies in the three factors. Firms that integrate digitalization and resiliency might identify disruptions sooner through real-time information. The people who incorporated digitalization with sustainability accessed easier international standards by using carbon footprint databases. This is a resemblance of Wang et al. (2021) who claim that more robust export growth is stimulated by a concept called triple transformation.
5.2 Implications
The three factors need to be even more integrated in large firms. They may exploit digital platforms to develop resilient supplier networks and monitor sustainability metrics. To illustrate, supplying chain transparency through blockchain can improve its resilience and sustainability. Transformational strategies, requiring low costs, are needed in SMEs. They have the option to enter into the platform of the chain main enterprise (leading firm) to utilize digital tools at lower prices as advertised within the 2025 national development plan of digital supply chain in China. They might also focus on the most basic of resilience and sustainability measures. Such as dual sourcing of the major materials, and recycled packaging. Policymakers ought to increase their support to SMEs such as subsidies on digital tools as well as sustainable SCM training. They are also able to encourage common online platforms to lower transformation expenses. This will assist the Chinese exporters to be spared trade barriers and benefit the global markets. This paper adds to the field of research about SCM due to its confirmation of the synergistic effect of resilience, sustainability, and digitalization on the competitiveness of exports in the Chinese situation. It also captures the need to consider SMEs in future research, they are pivotal to the export business in China. Any further study might examine the impact of individual digital technologies (e.g., AI, blockchain) in various export sectors. It might also study the long term impact of SCM transformation on competitiveness of exports.
5.3 Conclusion
This paper establishes the idea that the Chinese export competitiveness is largely facilitated by SCM change towards resilience, sustainability, and digitalization. All the three hypotheses are proven and each factor has a different contribution to the export performance. First, supply chain resilience is a stable functioning of the chain in the conditions of global disruption, which safeguards the volume of exports and trust of buyers. Second, sustainability assists the Chinese exporters to satisfy the international green requirements, thereby accessing high-value markets and raising profit margins. Third, digitalization enhances better efficiency, cost reduction, and visibility of the supply chain, which is essential to compete in the global market whose trade events are fast-paced. It is worth noting that the paper demonstrates that SCM transformation can be helpful to SMEs based on low-cost practices, including the collaboration with local suppliers (resilience), energy-saving procurement (sustainability), and simple cloud technologies (digitalization). Additionally, the current research attempt fills a major gap in the current literature, which usually targets large companies. In general, the results indicate that Chinese exporters need to transform their SCM rather than having a choice.
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Daily writing prompt
Name an attraction or town close to home that you still haven’t got around to visiting.
This study employed geospatial techniques to capture the process of land conversion taking place. The objectives include mapping the land use types. The methodology involved geospatial technique which uses remote sensing and GIS techniques to identify the past and current condition of land use change occasioned development activities in the Makurdi Metropolis for the period of 1999, 2009 and 2019. The result shows that overall, there was progressive and increasing change in built-up area and water body categories, at (17.00%) and (1.73%) respectively during the period of study. However, vegetation cover, farm land, bare land and wetland decreased by (2.51%), (3.51%), (4.61%) and (8.08%) respectively. Residential buildings are fast encroaching the flood plain of River Benue in Makurdi. There is a need to sensitize the residents on the danger of flooding and provisions should be made to relocate those already occupying the location.
Keywords:GIS, land use change, Imagery, Mapping, remote sensing
Introduction
The population of the world is growing at different rates relative to the total population (Omali, 2020), and it is becoming more urbanized (Enoch, John, and Jonathan, 2020). Changes in land use and land cover (LULC), which are more common in developing countries, are a result of this population growth. Due to the “push” of rural areas and the “pull” of urban centers, Nigeria’s high rate of urbanization is changing its land use (Aluko, 2013). Unprecedented alterations in the ecosystem and environmental processes have, of course, been brought about by natural forces and human activity (Okeke and Omali, 2016). This has resulted in a decline in biodiversity and environmental degradation. Land use and cover change is a global phenomenon. While urban centers are growing in population and area the surrounding open/agricultural lands are rapidly changing. Construction is putting increasing pressure on the land use to make room for a variety of urban land uses. There are severe consequences from the ruthless reduction of available land per person, including low or decreased food production, ecological degradation, environmental problems, and socioeconomic difficulties.
Current methods for managing natural resources and keeping an eye on environmental changes heavily rely on studies on changes in land use and land cover (LULC) (Okeke and Omali, 2016). This makes it feasible to comprehend human interactions with natural resources, both past and present, as well as their effects. To get the desired outcome, the conventional approach to LULC assessment is inadequate (Okeke and Omali, 2018). Therefore, it’s critical to use cutting-edge technologies, such as sophisticated computers, remote sensing, geographic information systems (GIS), GPS, and the power of spatial information systems (Okeke and Omali, 2016). Since remote sensing is the only affordable technology that provides data on a global scale, it provides an important means of detecting and analyzing spatiotemporal dynamics on geographical entities (Omali, 2018a). Through the use of aerial or spaceborne sensors, remote sensing gathers data about Earth without requiring the sensors to come into direct physical contact with the target or object of interest (Omali, 2022a). According to Omali (2021) the electromagnetic radiation serves as the transmission medium for information. GIS is typically employed in the gathering, storing, modifying, analyzing, visualizing, and presenting of georeferenced data and information (Omali, 2022b). Through the manipulation, analysis, statistical application, and modeling of spatial data, it provides us with the ability to handle spatially referenced data (Omali, 2022c). In general, remote sensing data and GIS techniques have emerged as incredibly helpful tools for mapping natural resources, such as vegetation and changes in land use/cover over geographic areas. This has allowed for the removal of many of the constraints associated with traditional surveying techniques and the acquisition of a continuous and comprehensive ecosystem inventory. In light of this, research on the LULC in Makurdi was conducted using geospatial technologies over a 20-year period, from 2009 to 2019.
Methodology
Data
Both primary and secondary sources provided data for the study; some of these are listed in Tables 1a and 1b. Satellite imagery and field observations make up the main sources. During the field campaign, training site coordinates were recorded using a handheld GPS device (Garmin Etrex 32). With the GPS using satellite, almost anywhere on Earth can be located at any time (Omali, 2023a). Furthermore, it is important to note that time-series data, such as remotely sensed data from various eras, must be applied in order to study and monitor LULC (Omali, 2023b). As a result, the time-series satellite data from three epochs of multi-spectral Landsat TM/ETM/OLI imagery were used in this study. Other materials such as newspapers, journals, textbooks, World Bank publications, and maps are included in the secondary sources.
Table 1a: Maps used in the study
Type
Date of Production
Source
Scale
Landuse/landcover map
Secondary
1999
Military Air Force Base Makurd
1:1000000
A base map of Makurdi LGA
Secondary
2019
Benue State Ministry of Land and Survey
1:50000
Table 1b: Satellite imageries used in the study
Type
Path/Row
Date of Imagery
Source
Resolution
TM (Band 1-7)
Primary
188/55
July 5, 1999
Global Land Cover Facility (GLCF) database.
30m
ETM+(Band 1-7)
Primary
188/55
August 4, 2009
Global Land Cover Facility (GLCF) database.
30m
OLI+
Primary
188/55
July11, 2019
Global Land Cover Facility (GLCF) database.
30m
Pre-processing of the Satellite Imagery
It is crucial to pre-process satellite images for accurate change detection (Andualem et al., 2018). Time series analysis requires this crucial step in order to reduce noise and improve the interpretability of image data (Yichun et al., 2008). The processes and methods used in satellite image processing include geometric correction, atmospheric and radiometric correction, and masking study areas. To produce a consistent and trustworthy image database, radiometric and atmospheric correction is applied to account for variations in the viewing geometry and instrument response characteristics, as well as atmospheric conditions related to scene illumination. Pre-processing techniques used in this study included study area masking, image enhancement, and correction for atmospheric and radiometric errors. In order to bring the image scene and the scanned topographic maps into the same coordinate system, they were also co-registered into UTM zone 32N, WGS 84.
Image Classification
The goal of the imagery classification process was to assign each pixel in the digital image to one of many land cover classes, or “themes” (Omali, 2018b). This allows for the creation of thematic maps of the land cover present in an image. Finding the land use and land cover class of interest was the first stage in this study’s mapping and change analysis of land use and land cover. In this investigation, we employed six classes, as indicated in table 2, by incorporating and adapting the classification scheme from Andersen et al. (1971). The classes listed in Table 2 were utilized in this study. Also, the maximum likelihood supervised classification technique was used to classify LULC images from Landsat data. The study’s training sites were first located and defined. Fieldwork yielded training samples in line with Lu and Weng (2007). For the actual supervised classification of the study area, signature files containing statistical data about the reflectance values of the pixels within the training site for each of the LULC types or classes were developed in line Ojigi (2006). The supervised classification algorithm was imputed with the signatures.
Table 2: Land Use/Land Cover Classification Scheme
Land Use
Description
Built-up Area
comprises all developed surfaces including residential, commercial, industrial complexes, public and private institutions, recreational areas, Airport, Factories, Interstate highways, roads networks that linked most of the areas together.
Vegetation,
areas covered with plants of various species. This category includes grassland and non-agricultural trees and shrubs they are mostly wild plants.
Farm Land,
land used primarily for cultivation of food and fibre, it includes cropped areas, fallow land and plantations (Ochards, nursery, vineyard etc.), harvested areas and herbaceous croplands.
Bare Surface,
includes open surfaces, rocky outcrops, sandy area, strip mines, quarries, gravel pits, silt etc. Exposed soil devoid of vegetal cover, that is, open spaces.
Water body,
includes areas covered with water bodies such as rivers, streams, lakes, flood plain, Reservoirs. It also includes artificial impoundment of water like dam used for irrigation, flood control, municipal water supplies, recreation, etc.
Wetland.
an area where water covers the soil either at or near the surface of the soil all year or for varying periods of time during the year, including during the growing season.
Source: Adapted and modified from Anderson et al., (1971)
Land Use and Land Cover change Detection
There are numerous approaches for detecting changes in multi-spectral image data, such as time series analysis, vector analysis of spectral changes, and characteristic analysis of spectral type. Time series analysis is the most common method, and it was used in this study. Its objective is to analyze the course and trend of changes by tracking ground objects using continuous observation data from remote sensing (Adzandeh, et al., 2014). Naturally, post-classification comparisons can yield results of change that are acceptable and provide “from-to” data (Okeke and Omali, 2018).
Results and Discussion
Land Use and Land Cover Classification Result
The satellite imageries covering the study area were classified in GIS environment. Tables 2 reveal that there is a progressive and significant increase in built-up area which is necessitated by the increase in commercial activities, residential growth, economic and social activities. This is in line with the findings of Etim and Dukiya (2013) who opine that urban encroachment on agricultural land has reduced the productivity of most farmers in Makurdi. The water body recorded little increase due to the increase in water works like construction of Kaptai Lake, which is the largest artificial lake in the country. The farm land, vegetation, bare land and wetland decreases throughout the period of study.
Table 3: Land use and land cover distribution of Makurdi
Class
1999
2009
2019
Area (km2)
(%)
Area (km2)
(%)
Area (km2)
(%)
Built-up
98.079
11.97
170.968
20.86
237.46
28.97
Vegetation
138.20
16.86
125.695
15.33
117.653
14.35
Farm Land
203.56
24.83
184.608
22.52
174.735
21.32
Bare Land
142.487
17.38
122.249
14.91
104.561
12.77
Water Body
22.459
02.74
29.164
03.56
36.658
04.47
Wetland
214.89
26.22
186.99
22.78
148.696
18.14
Total
819.670
100
819.670
100
819.670
100
The classified images (false colour composite) for the different periods 1999, 2009 and 2019 of study area are shown in Figures 5.1, 5.2 and 5.3 respectively. These colour composite shows the visual distribution pattern of the distribution and change taking place in the images of the areas throughout the period of study. The dominating land use and land cover category in 1999 as shown in Table 3 and figure 1 is the wetland covering an area of 214.89km2 (26.22%). This is understandable as Hemba, et al. (2017) describes the relief of Makurdi town as lying entirely in the low- laying flood Plain with River Benue forming the major drainage channel. Farm land covers 203.56km2 representing 24.83% of Makurdi.
Figure 1: Land Use and Land Cover of Makurdi in 1999
Most residents engage in farming, either crop production or livestock farming as the soil is fertile and the weather is conducive for agricultural practices. This assertion supports the views of Hula, (2010) who noted that most farmers in Makurdi cultivate land for crop production, rearing of animals for consumption and selling part of the produce to generate money to meet other needs. The populace of Makurdi comprises of indigenous farmers and migrants who are mostly engaged in farm activities as noted by Oju et al. (2011). Due to farming and hunting and other activities like sand mining carried out in Makurdi, the size of bare land is observed to occupy large space of about 142.487km2 represented by 17.38% in 1999. This is because farmers have enough space to cultivate. Farmers relocate to other lands whenever a particular land becomes unproductive and this has been the major cause of bare land in the study area. These contradicts Tee (2019) who argued that hunting, grazing and other factors, which lead to clearing of land through manual, mechanical and chemical means have greatly changed the original vegetation cover to bare land and other classes of land use in Makurdi. The vegetation covered a reasonable size of land and it was 138.20km2 (16.86%).This is attributed to the few number of settlers in Maukurdi and low level of human activities taking place within the urban centre as at the time. The water body was 22.459 km2 (2.74%) with River Benue forming the major drainage system in the area and is the main source of water for human use. This is in line with the views of Nnule and Ujoh, (2017) who pointed out that Benue River is the main source of water in Makurdi. This doesn’t mean that other form of water sources like borehole, ponds and dams are not important.
Table 1 and figure 2 shows that the wetland had the largest area coverage of about 186.99km2 (22.78%) in 2009 as the entire land fall within the Benue Valley and Trough. The geology of the study area influence the wetland, this infect is also confirmed by Iorliam, (2014). The farmland occupies 184.608km2 (22.52%), as most residents are farmers. The number is significant as civil
Figure 2: Land Use and Land Cover of Makurdi in 2009.
servants also own farms. The built-up, which was 170.968km2 (20.86%) recorded a high increase due the increase in population. This corroborates the findings of Jiang, et al. (2013) which stated that the urban expansion on agricultural land is associated with both shrinking agricultural land area and a higher level of urban development. It also agrees with the findings of Araya and Cabral (2010) that substantial growth of urban areas has occurred worldwide in the last few decades with population increase being one of the most obvious agents responsible. The vegetation cover depreciated to 125.695km2 (15.33%). This may be attributed to deforestation as more forest was cleared to provide more space for increasing human development. This is buttressed by Mugish and Nyandwi (2015) that housing development on arable farm land in most cities has become an issue on the global agenda in recent times. Bare land, which was 122.52km2 (14.91%) decreased as the spaces were being covered with more structures but the water body 29.164km2 (3.56%) slightly increased. Of course, this is an indication that most of the human activities use water and other sources of water are being developed to meet the need of the increasing populace.
The level of human activities in the year 2019 was very high, although Makurdi has no functional Master Plan to check the developmental activities, however, as shown in the image Fig5.3 and Table5.1, The built-up area of 237.46km2 (28.97%) in 2019 almost tripled its size recorded in 1999.This supports the assertion by United Nations Department of Economy and Social Affairs (UNDESA, 2010) that urban cities have changed from small isolated population
Figure 3: Land Use and Land Cover of Makurdi in 2019.
centres to large interconnected economic, physical, and environmental features. In recent time, issues of Herdsmen/Farmers crisis are among factors contributing to the migration of people from neighbouring villages to Makurdi Town for safety. These numbers of people who mostly settled along the urban hinterland, which is mostly used for agricultural purpose, have converted the land for building of houses and other socioeconomic infrastructures. The farm land occupies 174.735km2 (21.32%) as it decreases with population upsurge settles in the study area. Farmers move outside of Makurdi to get land for their activities which make the cost of cultivation expensive than expected. Agencies with the mandate of protecting natural ecosystem are weak in areas of law enforcement in Makurdi as infrastructural developments are indiscriminately carried out. This observation contradicts the views of Wade quoted in Nico et al. (2000) that Various NGOs, government and international Agencies have been supporting the urban agriculture (UA) since 1970s in major world regions. There was reduction in wetland to 148.696km2 (18.14%) and vegetation cover to 117.653km2 (14.35%) compared to the previous ten years while the water body 36.658km2(4.47%) increases during the same periods.
Conclusion
The research findings revealed that built-up area increased all through the period of study while arable land decreases due to infrastructural development. The rapid increase in built-up area is because the surrounding agricultural land is fast decreasing. Bare land, vegetation and wetland decreased throughout the period of study as human settlement increases over the years. Of course, it was observed that the effect of the development was concentrated more to the north eastern part of Makurdi as residential buildings with high rate of economic activities is observed in the region. Generally, this study has been able to show that conversion of open/agricultural land for infrastructural development was mostly due to increase in number of people through migration and natural means of population growth. The land use and land cover change detection for the period of 20 years revealed the extent and type of conversion. The study recommends Green areas within and around the city should be properly preserved as this allows for ventilation. All effort should be put in place to prevent unofficial development and measures should be in place to curb population growth which has encouraged urban sprawl on prime agricultural land as this is feasible around Makurdi hinterland.
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The transportation of isocyanates such as MDI (Methylene Diphenyl Diisocyanate) and TDI (Toluene Diisocyanate) remains one of the most demanding areas in chemical logistics. Strict safety requirements, temperature sensitivity, and regulatory oversight leave no room for compromise. In response to these challenges, Kricon Group has introduced a new generation of tank containers engineered specifically to meet the highest standards of safety, reliability, and operational efficiency.
According to an article on Logistics IT, Kricon Group has developed these ISOPA-certified tank containers to ensure safe and compliant transport of MDI and TDI across Europe and international markets, reinforcing its role as a trusted partner in chemical logistics.
Addressing the Complexities of Isocyanate Transport
MDI and TDI are critical raw materials for a wide range of industrial applications, including polyurethane foams, coatings, adhesives, and elastomers. However, their chemical properties make transportation particularly complex. These substances require precise temperature control, secure handling procedures, and equipment that fully complies with industry-specific standards such as those set by ISOPA (European Diisocyanate & Polyol Producers Association).
Any deviation from recommended transport conditions can pose risks to personnel, the environment, and supply chain continuity. As a result, logistics providers and chemical manufacturers increasingly seek purpose-built equipment rather than adapted or generic tank containers.
Designed in Full Compliance with ISOPA Guidelines
Kricon Group’s newly introduced tank containers are designed and manufactured in strict alignment with ISOPA recommendations. Compliance is not treated as a formality but as a core design principle that influences every aspect of the container’s construction.
The containers incorporate standardized connection points to ensure seamless compatibility with ISOPA-approved loading and unloading systems. Enhanced insulation supports stable temperature conditions throughout transit, while integrated safety features help reduce the risk of contamination, leakage, or operational error. These design choices support traceability and accountability at every stage of the logistics process.
By aligning container specifications with ISOPA standards from the outset, Kricon enables chemical producers and logistics partners to operate with greater confidence and regulatory assurance.
Engineering Solutions Tailored to MDI and TDI
Unlike general-purpose chemical containers, Kricon’s latest units are specifically engineered to meet the unique demands of isocyanate transport. Materials used in the construction are selected for their resistance to corrosion and chemical interaction, helping to preserve product integrity over long distances and repeated use cycles.
Temperature control options play a central role in the container design. Maintaining stable conditions is essential for preventing crystallization or degradation of MDI and TDI. The new containers can be equipped with advanced insulation systems and temperature management solutions that support consistent performance in varying climatic conditions.
In addition, intelligent monitoring technologies allow operators to track key parameters during transit. This data-driven approach improves visibility, enables early detection of potential issues, and supports continuous improvement in logistics planning.
Safety as a Strategic Priority
Safety is not limited to regulatory compliance; it is also a strategic differentiator in chemical logistics. Kricon Group’s investment in high-specification tank containers reflects a broader commitment to protecting people, cargo, and infrastructure.
Enhanced valve systems, reinforced structural components, and optimized design for handling operations reduce the likelihood of incidents during loading, transport, and unloading. These features are particularly valuable for logistics partners operating across multiple jurisdictions with varying regulatory expectations.
By prioritizing safety at the equipment level, Kricon helps its clients mitigate risk, reduce insurance exposure, and strengthen trust with downstream partners.
Supporting Efficiency and Sustainability
Beyond safety and compliance, the new generation of tank containers is designed to improve operational efficiency. Standardized specifications simplify fleet management, while durable construction supports long service life and reduced maintenance requirements.
Efficient thermal performance and optimized design also contribute to sustainability goals. By minimizing product loss, reducing the need for reprocessing, and supporting more predictable transport conditions, these containers help lower the environmental footprint associated with chemical logistics.
Sustainability considerations are increasingly important for chemical manufacturers facing pressure from regulators, investors, and customers alike. Equipment that supports both safety and environmental responsibility offers a clear competitive advantage.
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Kricon Group’s tank container solutions are supported by its established global logistics network. This enables seamless deployment across key industrial regions and ensures that clients can access consistent equipment standards regardless of route or destination.
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Setting New Benchmarks in Chemical Transport
The introduction of ISOPA-certified tank containers for MDI and TDI transport underscores Kricon Group’s role in shaping best practices within the chemical logistics sector. Rather than responding reactively to regulatory change, the company is proactively investing in solutions that anticipate future requirements.
As chemical supply chains become more complex and expectations around safety, transparency, and sustainability continue to rise, purpose-built logistics equipment will play an increasingly central role. Kricon’s latest tank containers represent a step forward in aligning operational performance with industry standards and long-term strategic goals.
Conclusion
Transporting MDI and TDI safely is a challenge that demands specialized expertise, advanced engineering, and strict adherence to industry guidelines. Kricon Group’s new ISOPA-certified tank containers address these demands through thoughtful design, robust safety features, and a clear focus on compliance and efficiency.
For companies involved in the production, distribution, or logistics of isocyanates, these containers offer a reliable solution that supports both operational excellence and regulatory confidence. As chemical logistics continues to evolve, innovations of this kind will be essential in setting new standards for the industry.
Surose, R. G., Tawade, R. V., Tejare, P., Patil, M., & Godi, S. (2026). A Review Conventional and Herbal medicine treating Brain-Eating Amoeba (Naegleria fowleri). International Journal of Research, 13(1), 219–224. https://doi.org/10.26643/rb.v118i12.13073
Miss Rutika Gopal Surose; Miss Rani Vinod Tawade; P. Tejare, Mr. Makarand Patil; *Dr Sandhya Godi
Abstract
The brain-eating amoeba, Naegleria fowleri, is a free-living, thermophilic protozoan responsible for Primary Amoebic Meningoencephalitis (PAM), a rare but rapidly fatal infection of the central nervous system. The organism is commonly found in warm freshwater environments and infects humans when contaminated water enters the nasal cavity. Following nasal entry, the amoeba migrates along the olfactory nerve to the brain, where it causes extensive inflammation, tissue necrosis, and cerebral edema. Clinical symptoms typically begin within one week of exposure and progress quickly from headache and fever to seizures, coma, and death. Diagnosis is challenging due to symptom overlap with bacterial meningitis and the rapid progression of the disease. Current treatment involves aggressive combination therapy using antifungal and ant parasitic drugs such as amphotericin B and miltefosine, along with intensive supportive care; however, the mortality rate remains above 95%. Preventive strategies, including proper water treatment and public awareness, are crucial in reducing infection risk. Continued research into early diagnostic methods and novel therapeutic approaches, including plant-based compounds, is essential to improve survival outcomes.
Keywords: Naegleria fowleri, amoeba , conventional medicine and herbal medicine
Introduction
The brain-eating amoeba, scientifically known as Naegleria fowleri, is a free-living, thermophilic protozoan that inhabits warm freshwater environments such as lakes, rivers, hot springs, and poorly maintained swimming pools. Although human infection is extremely rare, N. fowleri causes a devastating disease known as Primary Amoebic Meningoencephalitis (PAM). This infection affects the central nervous system and progresses rapidly, often resulting in death within days. Due to its high mortality rate and rapid disease progression, Naegleria fowleri remains a significant concern in medical microbiology and public health.
History
Naegleria fowleri was first identified in 1965 in Australia by Fowler and Carter while investigating cases of fatal meningoencephalitis. Initially, the disease was mistaken for bacterial meningitis due to similar clinical manifestations. Subsequent laboratory studies confirmed the causative agent as a free-living amoeba. Over the years, sporadic cases have been reported worldwide, particularly in tropical and subtropical regions. Advances in diagnostic techniques have improved detection, but effective treatment options remain limited.
Pathogenesis
Infection occurs when water contaminated with N. fowleri enters the nasal cavity, usually during swimming or diving. The amoeba attaches to the olfactory epithelium and migrates along the olfactory nerve, passing through the cribriform plate to reach the brain. Once inside the central nervous system, the organism multiplies rapidly, causing severe inflammation, hemorrhage, and necrosis of brain tissue. The amoeba destroys neural cells by phagocytosis and releases cytolytic enzymes, leading to cerebral edema and increased intracranial pressure, which are the main causes of death.
Causes
Exposure to warm freshwater contaminated with Naegleria fowleri
Water forcefully entering the nose during swimming, diving, or water sports
Use of untreated or contaminated water for nasal irrigation (e.g., neti pots)
Poorly chlorinated swimming pools
Importantly, infection does not occur from drinking contaminated water.
Keywords: Naegleria fowleri, amoeba , conventional medicine and herbal medicine
Symptoms
Symptoms typically appear 1–9 days after exposure and worsen rapidly.
Early symptoms:
Severe headache
Fever
Nausea and vomiting
Loss of smell or taste
Advanced symptoms:
Neck stiffness
Confusion and disorientation
Seizures
Hallucinations
Coma
Death often occurs within 5–7 days after symptom onset.
Treatment
Conventional Medicine
Treatment of PAM is challenging due to late diagnosis and rapid disease progression. Current conventional therapy includes a combination of antimicrobial drugs and supportive care:
Amphotericin B – the primary drug used to kill the amoeba
Miltefosine – an antiparasitic drug shown to improve survival in some cases
Rifampicin, Fluconazole, and Azithromycin – used as adjunct therapies
Corticosteroids – to reduce brain inflammation
Management of intracranial pressure – including therapeutic hypothermia
herbal medicinal plants cure for Naegleria fowleri infection; however, several medicinal plants have demonstrated anti-amoebic, antimicrobial, and neuroprotective properties in laboratory studies and traditional medicine. These plants are considered supportive or preventive, not curative.
Some notable medicinal plants include:
Azadirachta indica (Neem): Exhibits antimicrobial and antiparasitic activity
Allium sativum (Garlic): Contains allicin, known for broad antimicrobial effects
Curcuma longa (Turmeric): Has anti-inflammatory and neuroprotective properties
Ocimum sanctum (Holy basil): Enhances immune response and has antimicrobial action
Nigella sativa (Black seed): Known for anti-inflammatory and antioxidant effects
While these plants may support immune function or reduce inflammation, they cannot replace conventional medical treatment for PAM.
Discussion
Primary Amoebic Meningoencephalitis remains one of the most lethal infectious diseases known, largely due to delayed diagnosis and limited treatment options. The rarity of the disease often leads to misdiagnosis as bacterial meningitis. Although conventional drug therapy has saved a few patients, mortality remains above 95%. Medicinal plants show promise in laboratory research but require extensive clinical trials before being considered effective treatments. Public awareness, early diagnosis, and preventive measures remain the most effective strategies to combat this disease.
Conclusion
Naegleria fowleri infection is a rare but deadly condition that poses a serious challenge to modern medicine. Understanding its transmission, pathogenesis, and clinical presentation is essential for early recognition. While conventional medicine remains the primary treatment approach, medicinal plants may serve as supportive agents in the future. Continued research, improved diagnostic tools, and preventive public health measures are essential to reduce mortality associated with this brain-eating amoeba. In this review in future reasrech reasecher formulate multiple Polyherbal medicine. they are potential effective to cure or inhibit amoeba which cross brain barrier.
References
Fowler, M., & Carter, R. F. (1965). Acute pyogenic meningitis probably due to Naegleria fowleri. British Medical Journal, 2(5464), 740–742.
Centers for Disease Control and Prevention (CDC). (2023). Naegleria fowleri – Primary Amebic Meningoencephalitis (PAM).
Visvesvara, G. S., Moura, H., & Schuster, F. L. (2007). Pathogenic free-living amoebae. FEMS Immunology & Medical Microbiology, 50(1), 1–26.
Marciano-Cabral, F., & Cabral, G. (2007). Pathogenesis of Naegleria fowleri infection. Clinical Microbiology Reviews, 20(3), 557–572.
Cope, J. R., et al. (2016). The epidemiology and clinical features of Naegleria fowleri infections. Clinical Infectious Diseases, 63(9), 1159–1164.
Cowan, M. M. (1999). Plant products as antimicrobial agents. Clinical Microbiology Reviews, 12(4), 564–582.
Saleh, S. S., Abdu, R., & Suleiman, M. M. (2026). Effect of Entrepreneurship Education and Attitude on Entrepreneurial Intention Among Graduating Students of Polytechnics in Kano State, Nigeria. International Journal of Research, 13(1), 133–146. https://doi.org/10.26643/eduindex/ijr/2026/8
1Safiyanu Sulaiman Saleh, 2Rabiu Abdu, & 3Muhammad Muhammad Suleiman
1Department of Business Administration and Management,
1School Social & Management Sciences
2Bursary Department
3Department of Computer Science, School of Science & Technology
1,2,3Federal Polytechnic Kabo, Kano, Nigeria
ABSTRACT
This study explores the effects of Entrepreneurship Education (EE) and Entrepreneurial Attitude (EA) on Entrepreneurial Intention (EI) among Polytechnic’s in Kano State. Against the backdrop of Nigeria’s persistent youth unemployment and underemployment, the study seeks to determine whether exposure to entrepreneurship education and the development of a positive entrepreneurial mindset could influence students’ willingness to pursue self-employment. A thorough literature review and empirical evaluation established that entrepreneurship plays a vital role in economic transformation, especially in developing nations. Numerous studies reported a positive and significant link between EE, EA, and EI, some argue that the impact of EE is context-dependent and may be weakened by poor delivery or lack of practical engagement. The empirical literatures confirmed that EE tends to stimulate EI when it promotes self-efficacy, risk-taking, and innovation, and when coupled with a supportive entrepreneurial attitude. However, gaps remain in understanding these relationships in local contexts like Nigerian polytechnics. The study will adopt a quantitative research design and rely on data of the students obtained from the MIS Unit of Kano State Polytechnic, which recorded an HND graduating student population of 1,045 across 32 departments/programmes in various units/schools of the polytechnicAsample size of 285will be selected using theKrejcie and Morgan (1970). Astratified random sampling technique will ensure that all departments are proportionately represented. Data analysis will be conducted using SPSS version 26, applying descriptive statistics, Pearson’s correlation, and multiple regression analysis. The results is expected to reveal a statistically significant and positive relationship between EE and EI, as well as between EA and EI.
Entrepreneurship plays a vital role in fostering economic transformation, inclusive growth, and national development across the globe (Johnson, Adeoye, & Chen, 2023; Ferreira, Silva, & Martins, 2022; Okafor, Ezenwa, & Oyetunji, 2021). This is especially true for developing countries like Nigeria, where challenges such as poverty and high unemployment remain critical (Emeka, Agho, & Udeh, 2023; Asuquo, 2024; Idowu, 2023; Aina & Oladipo, 2021). Despite its abundance of human and material resources, Nigeria has struggled to achieve widespread economic prosperity. Most citizens still live below the poverty line, surviving on less than a dollar per day even after over sixty years of independence (Yakubu, Hassan & Omeje, 2022), while unemployment figures continue to rise (Bello, Danjuma, & Suleiman, 2023). A country with a vibrant entrepreneurial base has the potential to become economically stable and prosperous (Nasir, Lukman, Adisa, & Olaniyan, 2023). For young people, unemployment remains a particularly severe issue often double or triple the national average (Popescu & Dinu, 2023).
Entrepreneurship is not accidental – it is an intentional decision shaped by personal, educational, and environmental factors. Numerous studies have shown that entrepreneurial intention (EI) is influenced by aspects such as education, social and family background, and exposure to entrepreneurial education (EE) (Okon & Bello, 2022). This disconnect has fueled academic interest in entrepreneurship as a practical and desirable career path for students. As a result, many studies have examined EI and its antecedents to understand entrepreneurial behavior more deeply (Silva, Pereira, & Oliveira, 2022). Research has shown that African youth are particularly entrepreneurial, demonstrating a readiness to innovate and take risks (Adeniyi, Rashid, & Gamede, 2024). Entrepreneurial intention remains a key indicator for understanding how and why individuals initiate and develop new business ventures (Patel, Sharma, & Bhatnagar, 2021).In line with this, Petrova, Kuznetsova, & Romanova (2023) emphasized the importance of exploring more psychological and environmental variables that influence EI.
Similarly, Nor, Idris, Fatah & Salim (2022) recommended larger sample sizes and broader institutional representation in EI research. Okeke, Nwankwo & Ubah (2023), who examined EI in Muslim-majority regions, advised future research to expand its geographic and cultural scope while also including new influencing variables. Likewise, Khan, Yusuf, Ali, Sharma & Adeel (2021) noted that limited empirical work has been done in developing countries to fully understand the link between EE and EI. Despite the growing significance of EI in policy and practice, few empirical studies have focused on this topic within the Nigerian context. It is against this backdrop, the present study aims to address several of these issues. Specifically, it will investigate the effects of entrepreneurial education and students’ attitudes on entrepreneurial intention among graduating students in Kano State polytechnic.
1.1 PROBLEMS STATEMENT
Despite Nigeria’s abundant human and material resources, the country continues to experience high levels of youth unemployment and poverty. Polytechnic graduates, in particular, face significant challenges in securing employment within their field of study. This disconnect between formal education and economic opportunities has sparked growing concern about the effectiveness of Nigeria’s higher education system in fostering entrepreneurship. While entrepreneurship education (EE) is increasingly recognized as a catalyst for equipping students with the mindset and skills necessary for self-employment, many Nigerian polytechnic still predominantly train students to become employees rather than entrepreneurs. Furthermore, although entrepreneurial intention (EI) is widely acknowledged as a precursor to actual entrepreneurial behavior, empirical studies examining the specific influence of EE and student attitudes on EI remain limited within the Nigerian context. The absence of localized evidence restricts policymakers, educators, and curriculum developers from making informed decisions to bridge the education-employment gap.
This study is crucial because it seeks to address the urgent challenge of youth unemployment in Nigeria by examining the role of entrepreneurial education and student attitudes in shaping entrepreneurial intentions. Previous research conducted in developed countries has demonstrated a positive relationship between EE and EI; however, such findings cannot be directly applied to Nigeria without context-specific investigation. Additionally, scholars have called for expanded research into the psychological and educational factors influencing EI, especially in developing countries. This study not only responds to that call but also contributes to filling a significant empirical gap by focusing on Kano State Polytechnic students at a critical transition point graduation. By identifying the variables that significantly impact EI, the findings of this study will inform educational policies, polytechnic curricula, and entrepreneurial development programs aimed at transforming graduates from job seekers to job creators. Ultimately, the study supports the national goal of promoting economic self-reliance and sustainable development through youth entrepreneurship.
1.2 Objectives of the Study
The primary objective of this study is to examine the effect of entrepreneurship education and students’ attitudes on entrepreneurial intention among HND graduating students of Kano State polytechnic. To achieve this main goal, the study seeks to:
Assess the impact of entrepreneurship education (EE) on the entrepreneurial intention (EI) of HND graduating students of Kano State Polytechnic.
Examine the influence of students’ attitudes towards entrepreneurship on their intention to become entrepreneurs.
Determine the combined effect of entrepreneurship education and attitude on entrepreneurial intention among Kano State Polytechnic HND graduates.
1.3 Hypotheses Development
Based on the above objectives, the study postulated the hypotheses: –
HO1: There is no significant positive relationship between entrepreneurship education and entrepreneurial intention of HND graduating students of Kano State Polytechnic
HO2: There is no significant positive relationship between students’ attitude and entrepreneurial intention of HND graduating students of Kano State Polytechnic
HO3: There is no significant positive relationship between combination of EE & EA and EI of HND graduating students of Kano State Polytechnic
LITERATURE REVIEW/CONCEPTUAL DEFINITIONS
2.1 Entrepreneurial Intention
Entrepreneurial intention (EI) has emerged as a central concept in entrepreneurship research and is widely recognized as a strong predictor of planned, purposeful entrepreneurial behavior (Salim, Farouk & Nor, 2021; Adegbite, Yusuf & Lawani, 2023; Chukwuma, Bello & Hassan, 2022). EI reflects an individual’s conscious decision and commitment to start a new business or engage in entrepreneurial activities in the future. It signifies a deliberate mindset that precedes action, driven by the identification of opportunities and the perceived feasibility of launching a venture (Rahman, Tan & Othman, 2022). Furthermore, EI is often influenced by one’s ability to analyze the environment, assess market gaps, and creatively propose solutions through business ideas. This self-awareness and contextual understanding are what enable individuals, particularly students, to discover and refine entrepreneurial opportunities (Oyelola, Bakare & Adebayo, 2021). Supporting this, Martins, Lima, & Correia (2022) argue that EI represents a goal-oriented mindset, allowing individuals to align their personal and professional aspirations with the dynamic demands of entrepreneurship.
In summary, entrepreneurial intention is a multidimensional concept encompassing the desire, determination, and strategic planning to engage in entrepreneurial activities. It represents a foundational construct for understanding entrepreneurial behavior and is a critical area of interest for scholars, educators, and policymakers seeking to enhance entrepreneurship development, particularly among youth and polytechnic students.
2.2 Entrepreneurship Education and Entrepreneurial Intention
In recent years, there has been a noticeable increase in the institutionalization of entrepreneurshipeducation (EE) within higher education curricula across disciplines. It is now common for students in fields such as the arts, engineering, and sciences to be exposed to formal entrepreneurship training at the Polytechnics level (Chinelo, Abbas & Wang, 2022). This shift reflects a growing consensus on the value of EE in broadening students’ skillsets, encouraging self-reliance, and equipping them with practical knowledge to navigate the uncertainties of post-graduation life (Ibrahim, Musa & Zhang, 2023). Numerous studies have confirmed that EE has a significant and positive impact on entrepreneurial intention (EI), which refers to an individual’s conscious decision to pursue entrepreneurship as a career path (Ayoade, Kwame, & Zhou, 2021). As such, many governments and educational institutions have integrated entrepreneurship into academic policy, not only to combat youth unemployment but also to stimulate innovation, productivity, and inclusive economic growth (Olowolaju, Shah, & Ridwan, 2023). EE serves as a strategic tool to ignite students’ interest in start-ups, wealth creation, and self-employment (Chen, Adebayo & Tan, 2021).
The integration of EE into polytechnic programs is intended to instill fundamental entrepreneurial competencies that guide students toward business ownership and sustainability. As noted by Abdulaziz, Fatai, Munirat, Ifeoma, & Raymond (2023), EE empowers students to acquire essential entrepreneurial knowledge—planning, decision-making, opportunity recognition, risk-taking which supports business creation and strategic management. Beyond technical knowledge, EE fosters creativity, responsibility, and an entrepreneurial mindset, transforming passive learners into active problem-solvers and future business leaders (Nwachukwu, Gomez & Xu, 2022). Empirical research continues to demonstrate a strong theoretical and practical link between EE and EI. Multiple studies have shown that students exposed to structured EE programs exhibit higher entrepreneurial intentions compared to their counterparts without such exposure (Okonjo, Felix, & Wang, 2024; Rahim, Ishola, & Le, 2023). Similarly, researchers such as Fatima, Bello, and Wahab (2022), and Noor, Idris, & Hassan (2021), have found that EE plays a crucial role in shaping students’ attitudes, confidence, and motivation toward entrepreneurship.
2.3 Entrepreneurial Attitude and Entrepreneurial Intention
Entrepreneurial education (EE) plays a significant role in shaping students’ entrepreneurial attitudes (EA), especially among those enrolled in business-related and economics programs (Okeke, Yusuf & Bello, 2021). Entrepreneurial attitude refers to an individual’s evaluative disposition – either positive or negative towards entrepreneurship, and it includes cognitive, emotional, and behavioral tendencies (Abdullahi, Musa & Li, 2022). When students develop favorable entrepreneurial attitudes, they are more likely to express interest in entrepreneurial ventures. In this context, attitude serves as a psychological framework that shapes how individuals perceive entrepreneurship and whether they are inclined to engage in it (Ogunyemi, Raji & Zhang, 2022). Attitude influences behavior, as it is linked to how one processes and reacts to information, events, or opportunities. This notion is echoed by Bello, Chukwudi, & Wang (2021), who suggest that entrepreneurial behavior is rooted in how an individual cognitively and emotionally responds to business opportunities and risks.
Scholars have emphasized that entrepreneurial action is an outcome of both attitude and intention. In essence, before entrepreneurship becomes an action, it begins as a mindset shaped by positive perceptions and internal motivation (Saidu, Ibrahim, & Chen, 2023). Therefore, cultivating positive attitudes is crucial in promoting entrepreneurial aspirations among students. Entrepreneurial attitude reflects how welcoming, enthusiastic, or critical students are toward the idea of starting a business. Pulido, Azubuike, & Zhou, (2024) define EA as a predisposition toward entrepreneurship based on self-perceptions of achievement, creativity, personal autonomy, and self-esteem. However, some scholars argue that the relationship is not always linear. For example, Ogundele, Taiwo, & Chen (2021) found that while EE improves EA, other factors such as perceived behavioral control and external support systems are also crucial in translating attitudes into intention. In a broader study, Liang, Adesina, & Wang (2024) noted that even when students have positive attitudes toward entrepreneurship, structural barriers such as lack of funding, mentorship, or market access can reduce their likelihood of acting on those intentions.
2.4 Review of Related Empirical Literature
The relationship between entrepreneurial attitude (EA)andentrepreneurial intention (EI) has attracted significant scholarly attention over the years, particularly due to its centrality in understanding entrepreneurial behavior. Empirical studies across different contexts and time periods consistently show that EA is a strong predictor of EI, though the strength and direction of this relationship may vary depending on cultural, educational, and institutional variables. A seminal work by Krueger, Reilly, & Carsrud (2000) using the Theory of Planned Behavior (TPB) laid the groundwork for understanding intention as a function of attitude, perceived behavioral control, and subjective norms. Their study confirmed that individuals with a positive disposition toward entrepreneurship are more likely to form intentions to start a business. Building on this, Liñán & Chen (2009) conducted a cross-cultural study and found that students with favorable attitudes toward entrepreneurship had higher EI scores across multiple countries, confirming the universality of the attitude-intention relationship. Similarly, Fayolle & Gailly (2015) examined European students and discovered that positive attitudes toward innovation, self-efficacy, and achievement were strongly correlated with entrepreneurial career aspirations.
Recent empirical studies between 2021 and 2024continue to affirm these earlier findings while offering updated insights. For example, Adeoye, Ladan, & Jiang (2023) investigated Nigerian undergraduates and revealed that entrepreneurial attitude defined by indicators such as personal control, risk tolerance, and creativity significantly predicted students’ entrepreneurial intentions. The study emphasized that EA was not only influenced by personality traits but also shaped by exposure to entrepreneurship education. Okon, Bello, & Wang (2022) examined students in both Nigerian and Chinese polytechnics, and their comparative study revealed that entrepreneurial attitude mediated the impact of entrepreneurial education on EI. Their findings suggest that positive cognitive and emotional evaluations of entrepreneurship, developed through polytechnic curricula and role models, enhance students’ willingness to engage in start-up ventures. In Malaysia, Nasir, Okechukwu, & Fu (2021) conducted a structural equation modeling analysis among business students and found a direct, significant relationship between EA and EI. The study also found that entrepreneurial attitude was strengthened by factors such as internship experiences, student enterprise programs, and perceived entrepreneurial climate on campus. Additionally, Pulido, Azubuike, & Zhou (2024) carried out a longitudinal study in Nigeria that tracked students from their second year through graduation. The study showed that those who participated in project-based entrepreneurship modules developed stronger entrepreneurial attitudes and were three times more likely to express the intention to start their own businesses.
Other studies, such as those by Adamu, Olatunji, & Ye (2023), observed that EA plays a moderating role between entrepreneurship education and EI. While most students showed high levels of enthusiasm for entrepreneurship, the absence of practical application and institutional support led to a gap between intention and action. Similarly, Ogundele, Taiwo, & Chen (2021) reported that although positive entrepreneurial attitudes were prevalent among Nigerian polytechnic students, other factors such as fear of failure, lack of capital, and insufficient mentoring significantly weakened the effect on actual intention. A broader international perspective was presented by Liang, Adesina, & Wang (2024), who explored gender differences in EA and EI across three countries. Their findings indicated that while male students generally displayed higher entrepreneurial attitudes, female students’ EI was significantly influenced by social encouragement and community-based entrepreneurial programs.
Earlier works have also echoed these findings. For instance, Kusmintarti, Thoyib, Ashar, & Maskie (2014) identified that students with strong EA measured by achievement motivation and innovativeness were more inclined to start businesses. Pulka, Aminu, & Rikwentishe (2015) found similar results in a Nigerian context, where EA mediated the relationship between entrepreneurial education and EI. Studies such as Ismail (2015)andRuswanti (2015)emphasized the psychological dimensions of EA, arguing that how individuals emotionally and cognitively relate to entrepreneurship plays a major role in intention formation. Abun, Foronda, & Agoot (2018) found in the Philippines that EA significantly predicted the entrepreneurial intentions of polytechnic students, especially when paired with practical business experiences. Moreover, studies like those by Hassan, Norashikin, & Omar (2016) and Trang & Mintardjo (2018) also confirmed that EA not only predicts EI but can also be enhanced through entrepreneurship education, mentorship, and experiential learning opportunities.
The empirical literature spanning more than two decades strongly supports the assertion that entrepreneurial attitude is a key antecedent of entrepreneurial intention. While the strength of this relationship is generally positive and significant, the impact of attitude on intention can be enhanced or diminished depending on a range of contextual and moderating factors, including exposure to entrepreneurship education, access to resources, institutional support, and socio-cultural influences.
2.5 Research Model
Entrepreneurship Education (EE)
Entrepreneurial Intention (EI)
Entrepreneurial Attitude (EA)
Fig 1: Author’s Model, 2025
The research model investigates the influence of Entrepreneurship Education (EE) and Entrepreneurial Attitude (EA) on Entrepreneurial Intention (EI) among HND graduating polytechnic students in Kano State Polytechnic. It proposes that EE directly enhances students’ intentions to become entrepreneurs by equipping them with relevant knowledge, skills, and experiences. At the same time, EE is believed to shape students’ attitudes toward entrepreneurship, such as their confidence, motivation, and risk tolerance, which in turn influence their intention to start a business. Overall, the model is used to explore how exposure to entrepreneurship education and the development of a positive entrepreneurial mindset together drive students’ willingness to engage in entrepreneurial activities after graduation.
METHODOLOGY
This study will adopt a quantitative research design, aimed at assessing the effects of entrepreneurship educationandentrepreneurial attitudeonentrepreneurial intention among HND graduating students of Kano State Polytechnic. The design is non-experimental and analytical, utilizing structured data to evaluate relationships among variables. The target population will comprise all HND graduating students of 2025 from32 departments/programmes, with a total of 1,045 students as documented by the institution’s Management Information System (MIS) Unit. To determine the appropriate sample size, the Krejcie and Morgan (1970) table will be used, yielding a representative sample of 285 respondents. A stratified random sampling technique will be employed, with each department to be treated as a stratum.
4.0 RESULTS
4.1 Reliability
Education
Reliability Statistics
Cronbach’s Alpha
No. of Items
.835
8
Attitude
Reliability Statistics
Cronbach’s Alpha
No. of Items
.807
8
Intention
Reliability Statistics
Cronbach’s Alpha
No. of Items
.790
8
The interpretation of reliability using Cronbach’s Alpha was based on the rule of thumb provided by (Sekaran & Bougie, 2010), who suggest that the Cronbach Alpha should be at least .70 or more. From the above analysis, the composite reliability coefficients of the latent constructs ranged from .790 to .835, with each exceeding the minimum acceptable level of .70, suggesting adequate internal consistency reliability of the measures used in this study (Hair, Ringle, & Sarstedt, 2011).
4.2 Regression
Model Summaryb
Model
R
R Square
Adjusted R Square
Std. Error of the Estimate
Change Statistics
R Square Change
F Change
df1
df2
Sig. F Change
1
.580a
.336
.331
4.01613
.336
68.775
2
272
.000
a. Predictors: (Constant), ATTITUDE, EDUCATION
b. Dependent Variable: INTENTION
ANOVAa
Model
Sum of Squares
df
Mean Square
F
Sig.
1
Regression
2218.584
2
1109.292
68.775
.000b
Residual
4387.176
272
16.129
Total
6605.760
274
a. Dependent Variable: INTENTION
b. Predictors: (Constant), ATTITUDE, EDUCATION
Coefficientsa
Model
Unstandardized Coefficients
Standardized Coefficients
T
Sig.
Collinearity Statistics
B
Std. Error
Beta
Tolerance
VIF
1
(Constant)
12.761
1.540
8.286
.000
Education
.139
.060
.153
2.306
.022
.555
1.803
Attitude
.448
.064
.466
7.025
.000
.555
1.803
a. Dependent Variable: INTENTION
The results suggest that both Entrepreneurial Education and Entrepreneurial Attitude significantly predict Entrepreneurial Intention among graduating students of Kano State Polytechnic. The regression model confirms that both variables (EE & EA) individually and jointly contribute significantly to predicting EI. These findings support prior studies and reinforced the importance of integrating entrepreneurship education across all departments to foster self-employment mindsets in students.
4.3 Correlations
EDUCATION
ATTITUDE
INTENTION
EDUCATION
Pearson Correlation
1
Sig. (2-tailed)
N
275
ATTITUDE
Pearson Correlation
.667**
1
Sig. (2-tailed)
.000
N
275
275
INTENTION
Pearson Correlation
.464**
.568**
1
Sig. (2-tailed)
.000
.000
N
275
275
275
**Correlation is significant at the 0.01 level (2-tailed).
The results suggest that both Entrepreneurial Education and Entrepreneurial Attitude significantly predict Entrepreneurial Intention among graduating students of Kano State Polytechnic. The positive correlations indicate that higher exposure to entrepreneurship education and a favorable attitude toward entrepreneurship are associated with stronger intentions to engage in entrepreneurial ventures.
CONCLUSION
In conclusion, entrepreneurship education plays a pivotal role in shaping students’ entrepreneurial mindset, skills, and intentions. While there is strong evidence supporting its positive influence on EI, the effectiveness of EE is highly dependent on content quality, pedagogical approach, and contextual relevance. Thus, there is a continuing need to strengthen EE curricula in polytechnics, tailor them to local entrepreneurial ecosystems, and embed experiential learning elements to foster genuine entrepreneurial intentions among students. This growing body of evidence has prompted scholars and educators to view EE as a foundation for building entrepreneurial ecosystems within academic institutions. Entrepreneurial attitude is a critical psychological construct that significantly influences entrepreneurial intention. Fostering positive entrepreneurial attitudes through education, experiential learning, and supportive ecosystems is essential to nurturing a generation of proactive, innovation-driven graduates.
RECOMMENDATIONS
Based on the findings above, the following recommendations were developed –
Curriculum redesign – this is to ensure transition from more of theoretical lectures to practical based learning such as business simulations, business incubation, and venture creations after practical, where students earn credit for launching actual startups
Attitude shaping – since attitude is a major predictor, teachers should focus on social persuasion to shape the students’ psychological attitude
Dream building – invite young successful alumni entrepreneurs to speak to students. This will boost their ambition and reduce fear of failure and makes them feel that it is a feasible career
Encourage arts, science and engineering students to take entrepreneurship modules together. Innovation often happens at the intersection of diverse skill sets
Policy makers to encourage startup development by giving grants instead of loans.
Government to intensify “ease of doing business” to facilitate development of business ideas to reality
Future researches to focus more in ways of translating academic research into practice.
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Pure Tax Investigations: HMRC Tax Investigation Specialists announced the release of their latest WDF article for AccountingWEB earlier this year, ‘Should HMRC ramp up offshore liability nudge letters?’ which was written by founder and managing director Amit Puri to provide up-to-date statistical information from HMRC on the Worldwide Disclosure Facility.
With 10+ years of direct experience at the UK tax authority – HM Revenue and Customs – and over 10 years in the private sector, Amit leverages his specialist tax disputes resolution expertise to analyse the facts and figures concerning HMRC’s “nudge-letters” as well as the non-disclosure related action taken. In India this problem is often referred to as offshore ‘black money’ and it has had its own disclosure facilities in the past.
What is the Worldwide Disclosure Facility (HMRC WDF)?
The Worldwide Disclosure Facility (HMRC WDF), which can be used to disclose a UK tax liability relating to an offshore issue, has now been running since September 2016.
It’s still running, providing individuals who have earned income or achieved gains overseas with a streamlined opportunity to bring their tax affairs up to date, by means of making a voluntary disclosure through an online portal. Provided a full and complete disclosure is made, there is no need to meet HMRC face-to-face or engage in numerous rounds of correspondence about the facts.
“Making such disclosures to HMRC can be uncomfortable, as one must recount what has been done (or not) and explain why. Experienced tax investigation and disclosure specialists will understand this part well and seek to provide peace of mind to their clients, while keeping abreast of WDF developments and HMRC’s practices” added Amit.
What do the HMRC WDF disclosure statistics show?
Let’s start by reviewing the number of WDF disclosures received by HMRC and the number of nudge letters, or one-to-many letters, as HMRC likes to call them nowadays, that were sent. The article has detailed figures, but some 53,000 WDF disclosures have been made (up to and including 2024/25).
From the WDF’s humble beginning in September 2016 where 88 disclosures were received (presumably in the calendar year), then ramping up in 2017, and then the most ever were received in 2018 and 2019 per year. This coincided with the Requirement to Correct (RTC) window. This was so that disclosures could still be based on the regular offshore penalties regime. After that window closed, all disclosures had to be based on the newer, much more aggressive Failure to Correct (FTC) offshore penalties regime — for tax years up to and including 2015/16.
… the average penalties per disclosure has remained quite flat. Averaging a little over £1,000 at their lowest, and up to about £2,500 for other years. We expected them to rise over time as more FTC penalties are involved.
WDF disclosure numbers remaining flat
It is safe to say the number of WDF disclosures received annually has remained quite flat too, which again is quite surprising. But, notably, the number of nudge letters sent out by HMRC has decreased in relative terms over the years, despite more offshore financial accounts data being available to HMRC and their supposedly advanced IT and innovative analysis tools.
So it doesn’t come as a surprise to see that the average taxes secured per disclosure have not increased over time. This is despite the newer extended 12-year tax assessing rule for offshore matters being introduced. One should expect there to be more tax years included in WDF disclosures over time, all other things being equal.
There seems to be no good reason for the average taxes recovered figures being much lower for 2021/22, and for it being much higher for 2022/23. These seem to be anomalies.
Fewer WDF disclosure nudge letters
Interestingly though, it could be that the significant reductions in the number of nudge letters sent in 2021 and 2022 have contributed to the lower yields from disclosures in 2021 onwards. We compared this to the higher tax revenues in earlier years when a lot more nudge letters were sent out.
It is clear that annual revenues from WDF disclosures have never recovered, and neither have the number of nudge letters sent out.
The article had detailed annual figures, but let’s note that in total some £815,654,804 had been raised in taxes, interest and penalties.
Some £665m was secured in taxes, through the WDF. When we include associated late payment interest and penalties thereon, the total revenues are c.£816m. This excludes the future benefit of voluntary compliance, where clients maintain their correct footing and file accurate tax returns as appropriate in the future.
Could HMRC do more to encourage more WDF disclosures?
Of course. There seem to be material issues with their handling of the offshore financial data and/or the quality of that data. It is plain to see the number of WDF disclosures made has remained painfully minuscule compared to the enormous volume of banking data received and available…
As an example, look at the number of disclosures received for 2018 and 2019 — a total of 16,589 — but consider the number of offshore accounts reported to HMRC in say 2017 or 2018 — around 3–4m. The data exponentially eclipsed the number of disclosures.
Also, in May 2022, HMRC reported that in 2019, UK residents had some £850bn in offshore financial accounts. Also, in their No Safe Havens 2019 report, they reported to have received some 5.67m records in 2018 alone pertaining to offshore bank accounts.
There seems to be a lack of ambition at HMRC, despite being armed with so much offshore banking data they could probably swim in it. So it should come as no surprise that we still strongly believe the number of WDF disclosures made has always directly been influenced by the number of nudge letters sent by HMRC.
*** CONTACT: Pure Tax Investigations, 63 St Mary Axe, London, EC3A 8AA, United Kingdom +44 203 7575 669 / pure-tax.com
How can we help with WDF disclosures?
If you or your client has been contacted by HMRC about non-UK / offshore income / Indian interest income and offshore bank accounts then we can help steer that worldwide disclosure facility process, to keep it on track and focused, to bring about a swift and commercial conclusion. We will fully review the underlying records to identify investment interest income, dividends, and gains on assets, so that we robustly prepare annual tax calculations. We are not in the business of procrastinating.
Importantly, we deliver that all-important trusted ‘buffer’ between our clients and HMRC during their in-depth and intrusive investigations and in all voluntary disclosures too.
From experience and speaking to other practitioners, we noted that HMRC has been writing to people with much smaller levels of income overseas and/or those who have not been in the UK for long. That too signals the end of any low-hanging fruit era. But the take-home message remains that, those who wait for HMRC to contact them lose the ability to make a wholly voluntary disclosure and are therefore unable to secure the minimum FTC penalties (100%). Unfortunately, prompted FTC penalties start at 150%.
It is still a good time to review a client’s overseas activities, accounts and wealth to ensure UK taxes on investment income and gains are correctly calculated, disclosed and paid. We encourage seeking out specialist tax disclosures advice where there is a lack of experience in making them and handling corresponding inquiries, to secure the very best possible outcomes for our clients, based on robust knowledge about tax assessment rules regarding time limits, the various offshore penalty regimes that apply, and double taxation relief quirks.
Founded by ex-senior Tax Inspector Amit Puri, who boasts over ten years of direct experience at HM Revenue and Customs, Pure Tax Investigations is a tax investigation specialists boutique firm, offering expert Tax Investigations and Disputes, Business Enquiries and Disclosures support. Along with wider HMRC specialist support to their clients and their existing advisers, as well as some tax restructuring, estate planning and other tax advisory services.
Pure Tax Investigations has become renowned for its pragmatic, client-centric approach, offering clear and bespoke tax advice tailored to each client’s unique tax concerns and business aspirations. Utilising a wide range of local and international accounting and tax knowledge, the HMRC tax investigation specialists provide peace of mind and certainty to clients by ensuring HMRC is effectively managed.
Amit Puri, Pure Tax Investigations: +44 20 3757 5669 / info@pure-tax.com
Hailing from a modest middle-class family in India, Dr. Rahul Kumar Sharma’s early life was shaped by his father’s unwavering dedication to education. As a schoolteacher, Dr. Rahul Kumar Sharma father instilled in him the values of perseverance, intellectual curiosity, and a commitment to societal upliftment. From a young age, Dr. Rahul Kumar Sharma exhibited an extraordinary fascination with financial systems, captivated by the intricate interplay of numbers, market behaviors, and the mechanisms of wealth creation. This passion propelled him to pursue a rigorous academic path, culminating in a degree from IIT Bombay and a PhD in Finance from the prestigious Wharton School of Business.
At J.P. Morgan, Dr. Rahul Kumar Sharma’s expertise flourished as he became a prominent private fund manager and stock strategist, overseeing portfolios exceeding $6 billion. During this phase, he not only achieved financial independence but also gained firsthand exposure to the high-stakes, often ruthless dynamics of global capital markets. Yet, despite his international success, Dr. Rahul Kumar Sharma heart remained deeply rooted in India—a nation he felt had nurtured his journey and to which he owed a profound sense of responsibility.
Five years ago, Dr. Rahul Kumar Sharma made the pivotal decision to return to India, dedicating himself to mentoring retail investors. Through extensive interactions with thousands of individuals, he uncovered a disheartening trend: nearly 95% of Indian traders were losing money not due to lack of effort, but due to systemic barriers, outdated strategies, and limited access to institutional-grade knowledge. “Their aspirations are valid,” he asserts, “but the system favors the privileged.” Determined to bridge this gap, he authored The Secrets of Stocks, a groundbreaking manual designed to democratize financial literacy and empower everyday investors.
Key Insights from The Secrets of Stocks:
Decoding Institutional Market Manipulation Tactics: Reveals how large players exploit market asymmetries and how retail investors can recognize and counter these strategies.
Building Disciplined, Adaptive Trading Frameworks: Teaches risk-aware methodologies tailored to India’s volatile markets, emphasizing long-term sustainability over short-term gains.
Navigating India’s Unique Regulatory and Economic Landscape: Addresses challenges such as policy shifts, tax implications, and local market behaviors to help investors stay ahead.
Transforming Hard-Earned Capital into Sustainable Wealth: Provides actionable steps to align investment goals with personal financial aspirations, fostering confidence and clarity.
Dr. Rahul Kumar Sharma’s vision is unambiguous: to position The Secrets of Stocks as the most trusted guide for Indian retail investors, enabling them to reclaim control over their financial futures. “My purpose is to give back to the nation that shaped me,” he states, underscoring his belief that financial empowerment is a cornerstone of societal progress.
A Mission Rooted in Purpose
Dr. Rahul Kumar Sharma’s journey exemplifies the transformative power of knowledge. By merging his global expertise with an intimate understanding of India’s financial ecosystem, he has created a roadmap for retail investors to navigate complex markets with confidence. His work is not merely a book—it is a movement toward equitable financial literacy, where every individual, regardless of background, can harness the tools to build lasting wealth.
As he continues to expand his reach through workshops, mentorship programs, and digital platforms, Dr. Rahul Kumar Sharma remains steadfast in his mission: to ensure that the lessons of Wall Street are no longer the privilege of a few but the foundation for millions. “Knowledge is the ultimate equalizer,” he concludes. “With discipline, strategy, and the right guidance, every Indian investor can rewrite their financial destiny.”
Precision engineering is one of the most demanding fields in modern manufacturing. Whether producing intricate metal components for automotive systems, structural elements for construction, or tight-tolerance parts for industrial machinery, manufacturers must choose the right processing technology—one that offers accuracy, speed, repeatability, and cost efficiency.
Two technologies dominate this landscape: laser cutting and CNC machining. Each has evolved dramatically over the past decade, and both play essential roles in today’s production ecosystems. But how do they compare? Which applications suit each technology best? And how can manufacturers make the right decision for their workflow?
This article provides a clear, data-driven comparison to help businesses, engineers, and technical buyers make informed choices.
1. Understanding the Core Difference
Laser cutting and CNC machining rely on entirely different principles.
Laser Cutting
A high-powered laser beam melts, vaporizes, or burns material to create a clean, narrow cut line. Modern machines—especially fiber laser cutters—are fast, accurate, and optimized for metals like steel, aluminum, copper, and stainless steel.
Laser systems excel in:
Thin to medium-thickness materials
Complex shapes
Smooth edges
High-speed profiling
For example, manufacturers processing structural steel profiles often use specialized systems such as anH-shaped steel laser cutting machine, which combines accuracy with exceptional productivity.
CNC Machining
CNC machining removes material using mechanical tools such as mills, lathes, or drills. It is a subtractive manufacturing method that offers extremely tight tolerances and can create multi-dimensional features that laser cutting cannot.
CNC systems excel in:
Deep pockets
Threads
Chamfers
Multi-surface operations
High-precision 3D forms
Both technologies are powerful, but they shine in different scenarios—let’s explore those distinctions step by step.
2. Accuracy & Tolerance Comparison
Precision engineers focus heavily on tolerance, and this is where the comparison becomes interesting.
Laser Cutting Tolerance Levels
Modern industrial laser cutters typically achieve:
Fiber laser technology also reduces heat-affected zones, improving dimensional stability.
CNC Machining Tolerance Levels
High-end CNC machines can achieve:
±0.005 mm or better
Extremely tight tolerances on small components
Superior dimensional accuracy for complex geometries
Winner: CNC machining for ultra-high precision, but laser cutting provides more than enough precision for 95% of metal fabrication jobs.
3. Complexity of Geometry
Laser Cutting
A laser beam can move incredibly fast and change direction instantly, making it ideal for:
Complex outlines
Patterns and perforations
Sharp corners
Custom one-off designs
It’s particularly effective for 2D profiles, signage, metal architecture, and machine components.
CNC Machining
CNC machines can work in:
3-axis
4-axis
5-axis
They can produce 3D shapes, pockets, contours, and internal cavities—features impossible for laser cutting.
Conclusion: Laser = Best for 2D and high-speed profiling CNC = Best for 3D forms and multi-surface machining
4. Material Compatibility
Both technologies work with a broad range of metals, but their behavior varies.
Laser Cutting Materials
Ideal for:
Mild steel
Stainless steel
Aluminum
Copper & brass
Titanium
Laser cutting struggles only when thickness becomes excessive (typically above 40 mm depending on the laser power).
CNC Machining Materials
Works with:
Metals (steel, aluminum, brass, titanium)
Plastics
Composites
Wood
CNC machining handles extremely thick or hard materials that lasers cannot efficiently cut.
5. Speed & Workflow Efficiency
Laser Cutting
Extremely fast, especially on thin–medium materials
Minimal setup time
No clamping required in most cases
Batch production becomes highly efficient
A single operator can manage multiple laser machines at once, which helps factories reduce labor cost.
CNC Machining
Slower due to tool changes, spindle speeds, and material removal rates
Requires fixturing and setup
More operator supervision
Precision takes time
Winner: Laser cutting for high-volume or fast-turnaround jobs.
6. Surface Quality & Finishing Requirements
Laser Cutting Finish Quality
Clean edges
Very minimal burr
Little or no post-processing
No tool marks
This is especially valuable for industries where visual appearance matters—architecture, automotive interiors, decorative panels, and more.
CNC Machining Finish Quality
Excellent surface finish
Can produce mirror-like surfaces through polishing
Ideal for precision parts, molds, and engineering components
7. Cost Efficiency Comparison
Cost is often the deciding factor, and here’s how the two processes compare:
Cost Advantages of Laser Cutting
Faster cycle times
Lower labor requirement
Minimal consumables
Lower maintenance
High material utilization due to narrow kerf
Laser cutting is the most cost-effective choice for producing sheet metal parts.
Cost Advantages of CNC Machining
Invaluable for precision parts where dimensional accuracy is critical
Necessary for 3D forms
Tooling cost is higher, but the value is justified in complex applications
General Rule: Laser cutting = Lower cost for flat parts CNC machining = Higher cost but essential for complex engineering
8. Which Technology Should You Choose?
Choose Laser Cutting If:
You need fast production
You work mainly with sheet metals
Edge quality matters
Shapes are mostly 2D
You want minimal finishing work
Cost efficiency is important
You require architectural or industrial structural components
Laser cutting also supports specialized industrial needs—factories processing beams, pipes, or profiles rely on advanced laser systems such as those offered by Dowell Laser.
Choose CNC Machining If:
Your parts need ultra-tight tolerances
You require pockets, threads, counterbores, or multi-surface details
You need 3D geometry
You work with materials that are too thick or hard for laser cutting
Why Many Factories Use Both Technologies
In modern precision engineering, the smartest approach is hybrid production. Many manufacturers use:
Laser cutting for blanking, profiling, and preparing raw shapes
CNC machining for final finishing and tight-tolerance features
This combination significantly reduces overall production cost while maintaining high-precision output.
Example workflow:
Laser cuts the rough profile in seconds
CNC performs finishing on critical features
Final product achieves perfect accuracy with minimal waste
This hybrid method is widely used in automotive fabrication, construction steel processing, aerospace components, and machinery manufacturing.
Final Verdict
Laser cutting and CNC machining are not competitors—they are complementary technologies. Laser cutting dominates in speed, cost efficiency, and 2D profiling, while CNC machining excels in precision, 3D geometry, and finishing.
For most metal fabrication businesses, choosing both technologies is the fastest path to higher precision, lower production cost, and improved competitiveness.
If your factory is looking to upgrade production capability, modern high-power laser cutting systems offer one of the highest ROI levels in today’s manufacturing world—and integrating CNC machining afterward creates a complete, high-efficiency workflow.
This article highlights six prestigious international business research scholarships available for PhD students in the UK. It explains the eligibility criteria and how these opportunities can support your academic and professional growth in global business research.
Photo by Havanna Sousa on Pexels.com
Are you a PhD-level student and looking for an international business research scholarship in the UK? Starting a PhD in business research is a big and life-changing decision. It demands hard work and a profound interest in solving real business challenges. For international students, the right place to study not only shapes their education but also their future.
A Universities UK study shows that international researchers in the UK are contributing to more than half of all impactful research projects worldwide. This shows the distinguished position of the UK universities in research. Their strong academic reputation attracts global scholars seeking advanced opportunities in business studies. Here, you will learn about the top 6 international business research scholarships that support doctoral students who want to study business at the PhD level in the UK.
What to Expect in This Article?
The UK universities provide world-class opportunities for PhD research in international business.
International business research scholarships, such as Chevening and Gates Cambridge, provide full financial support to international students.
Most international business research scholarships cover tuition fees, research costs, and travel expenses.
Applicants for international business research scholarships should demonstrate academic excellence, leadership potential, and a clear research vision.
Strong research proposals linking to global business challenges improve selection chances.
Why the UK Is Ideal for International PhD Students?
The UK stands out as an ideal destination for international PhD candidates for several significant reasons. Some of them are given below:
Firstly, the UK universities mainly focus on research strengths in business and related fields and have gained global recognition. The best business school in the UK regularly publishes innovative research and encourages partnerships with industry. That means if you are doing a business research PhD at UK universities, it will help you build real-world business linkages and boost your academic experience.
The second reason to pursue the international business research scholarship in the UK is the strong funding culture. Governments and universities invest a significant share of their funds in postgraduate research and doctoral programmes. Government support for global partnerships and scholarship programmes further helps make PhD study affordable.
The third reason to get an international business research scholarship in the UK is its rich cultural diversity and global networking opportunities. You will meet fellow scholars from all over the world and connect with institutions. These connections open doors to post-PhD career prospects. One major benefit of research in the UK is that universities often work together with multinational companies and global industry partners.
6 Must-Apply International Business Research Scholarships for PhD Students in the UK
Learning about a PhD in international business can shape your global career path. Here are the top 6 international business research scholarships that enable passionate scholars to pursue world-class research.
1. Chevening Scholarships
The Chevening Scholarship is among the most prestigious awards for PhD students. This scholarship is suitable for future leaders who want to study in the United Kingdom. The UK government funds Chevening scholarships through the Foreign and Commonwealth Office. It offers international doctoral students a remarkable opportunity to get a world-class education and build a strong professional network.
Every year, a lot of students from more than 160 countries apply for the Chevening scholarships, which demonstrates the global reach and credibility of the programme. Many applicants seek expert guidance from a UK-based essay writing service to write a strong personal statement that meets the high standard criteria of the scholarship. Chevening indicates that its alumni hold leadership roles in over 140 countries, reflecting its lasting global impact.
Benefits and Duration
For business research students, the Chevening Scholarship provides an excellent opportunity to study business and management at leading UK universities. It covers the tuition fees and living expenses. However, it mainly supports the one-year master’s programmes, not full PhD degrees. Still, students who recently completed their master’s through Chevening often continue to do research later.
Applicants should show their academic excellence and a strong commitment to making a difference in their home country. You can apply for a Chevening Scholarship online through the Chevening portal and follow each step carefully. After completing their degrees, the successful scholars join the powerful global network each year
Apply date: Applications for the Chevening Scholarships usually open in August and close in November each year.
2. Commonwealth PhD Scholarship
The Commonwealth PhD Scholarship supports students from developing Commonwealth countries studying in the United Kingdom. The Commonwealth Scholarship Commission in the UK manages the Commonwealth PhD Scholarship. The main purpose of this International Business Research Scholarship is to support students from low- or middle-income countries who are unable to afford the expenses of advanced studies.
It welcomes applicants from nations such as Pakistan, India, Bangladesh, and Nigeria. The objective is to enable the talented students to gain global research experience and bring that knowledge back to improve their home countries.
The Commonwealth Scholarship Commission stated that more than 99% of its scholars contribute to the development of work after graduation. This shows that the Commonwealth PhD Scholarship focuses on real-world impact and leadership.
Benefits and duration
The Commonwealth Scholarship also supports doctoral research across a range of subjects, including management and business. It values research that drives positive change. If your study focuses on international business or entrepreneurship in developing economies, this scholarship is well-suited to you.
It covers tuition fees and research costs. This scholarship lasts three to four years, depending on the duration of the PhD programme. Through this, scholars can fully concentrate on their research without financial stress.
To increase the chance that your choice is approved, just write a research proposal that connects your study to the development goals. Try to work with UK supervisors who help you to support this journey. This approach will strengthen your application and highlight your commitment to meaningful research.
Apply date:
The submission date for applications for the Commonwealth PhD Scholarship usually runs from early September to mid-October each year.
3. Rhodes Scholarship at the University of Oxford
The Rhodes Scholarship at the University of Oxford is one of the oldest and most respected awards in the world. It started in the early 1900s at the University of Oxford and continues to honour the highest standards and leadership. The Rhodes Trust oversees this scholarship and selects students who demonstrate strong academic skills and lead the creation of change. It helps students study a diverse range of subjects, including PhD programmes at the University of Oxford.
A report by the Rhodes Trust shows that 8 to 10 Rhodes Scholars continue to hold leading roles in academia and business after completion of their degrees. This indicates the programme’s strong focus on developing global leaders of change. This scholarship is suitable for students who want to study in the UK and are looking for a PhD in business.
Benefits and Duration:
Rhodes Scholars receive a:
Full tuition fee
A yearly stipend of about £20,400’
Support for visa and travel expenses
They also get direct mentorship and training through a global network of alumni. For PhD students, the scholarship can cover up to three years of study.
The Rhodes scholarship provides a powerful platform for business researchers. Oxford’s world-class instructors and strong connections with global firms help the students to combine their academic skills theory with real-world practice.
A Rhodes Scholar gains access to a network of innovators and decision-makers. This interaction can lead to collaboration in research and develop career opportunities worldwide.
Apply Date:
You can apply for the Rhodes scholarship between late July and October each year.
4. Gates Cambridge Scholarship
The Gates Cambridge Scholarship supports brilliant international business students who are unable to afford their postgraduate study at the University of Cambridge. The Gates Scholarship began in 2000, funded by the Bill & Melinda Gates Foundation.
It remains one of the most prestigious and competitive scholarships in the world. According to Gates Cambridge, about two-thirds of its scholars pursue PhD programmes, including those in business and management.
Funding and Research Opportunities
The Gates Cambridge Scholarship comprises:
Full Tuition Fees
A maintenance allowance of about £21,000 per year,
Other expenses include airfare, visa fees, and a health surcharge.
Business PhD candidates benefit from access to Cambridge Judge Business School and a diverse global academic community.
Apply date:
Applicants can apply for the Gates Cambridge Scholarship in December or January of each year.
5. University of Edinburgh Business School PhD Scholarships
The University of Edinburgh Business School offers opportunities for PhD scholars in the field of business and management. The University of Edinburgh Business School’s PhD scholarship has built a strong global reputation for its research in international strategy and business ethics. The financial help of Edinburgh universities helps international students to focus on their studies without any kind of stress.
Research Opportunities and Industry Links
Edinburgh Business School support connects students to global networks and industry leaders. The PhD candidates work under the direct guidance of experts who regularly publish in the Journal of Business.
The Chartered Association of Business Schools found that universities offering structured industry-linked doctoral programmes, such as Edinburgh, produce graduates with greater research visibility. Scholarships support applied business research.
6. London Business School PhD Scholarships
The London Business School is recognised as one of the top institutions for business research and is located in the heart of London. It helps the international students and promotes the culture of research.
Its PhD programme focuses on accounting and organisational behaviour. These London Business School PhD scholarships suit students who want to examine advanced topics in business and develop into significant researchers. If you plan to apply for such competitive scholarships, getting expert help from the best essay writing services in London can strengthen your application.
Funding and Financial Support
The LBS PhD scholarship also provides full funding to all admitted PhD students. The scholarship package comprises a tax-free stipend of about £27,000 per year and a full tuition fee reduction.
Students also receive funding for conferences and their research expenses. This financial stability helps the scholars fully concentrate on their studies and research goals.
Career and Leadership Opportunities
Graduates of the LBS PhD programme often move into careers as professors or strategists in the top global organisations. The school’s close connections with businesses worldwide give scholars direct access to real-world data and insights.
Apply date:
Applications for this scholarship are submitted in December each year.
Final Words
Pursuing a PhD in business research in the UK is one approach to expanding their knowledge and understanding of research, which helps them in their future. The UK universities are prestigious and offer strong research support for international students.
UK universities do not just provide financial aid programmes; they also offer opportunities for leadership and research that can have a real impact on the world. Strong academic support and funding will help students give their research full focus. By choosing the right international business research scholarship, doctoral researchers can realise their ambitions and help create leaders.
FAQs
Are There Scholarships for PhD Research in International Business?
Yes, there are different scholarships for PhD research in international business. The top programmes in the UK, such as Chevening, Commonwealth, Rhodes, Gates Cambridge, and scholarships at London Business School and the University of Edinburgh, provide full or partial funding. These scholarships cover the tuition and research expenses.
They help international students interested in focusing on advanced business research without financial stress. Many scholarships also offer many benefits, such as mentorship, networking, and exposure to industry, to prepare the students for academic and leadership careers.
What Financial Aid is Available for International Business Majors?
The international business majors have access to various types of financial aid. Universities in the UK and throughout the world provide merit-based scholarships and research assistantships. Programs such as Chevening, Commonwealth, and Gates Cambridge provide full financial support.
External organisations and global companies also fund students pursuing international business degrees. These options make it easier for international students to complete their studies with confidence.
International Journal of Research (IJR) 