African Researchers Magazine (ISSN: 2714-2787) – premier source for latest African research, science and scholarly news

Author: AR Managing Editor

  • Transforming Ethiopia’s Energy Sector: The Role of Geospatial Technology in Sustainable Development

    Transforming Ethiopia’s Energy Sector: The Role of Geospatial Technology in Sustainable Development

    A recent study by Belay et al. (2025) titled “Geospatial Application in Ethiopian Energy Sector” published in the International Journal of Latest Research in Engineering and Technology (IJLRET), reveals that geospatial technology has significant potential in the Ethiopian energy sector.

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    Geospatial technology can significantly improve Ethiopia’s energy sector by enhancing efficiency, resource planning, and development. – Belay et al. 2025

    The article explores the application of geospatial technology in the Ethiopian energy sector. The study highlights the importance of access to affordable and reliable electricity for economic development, employment creation, and investment. The article emphasizes the need for efficient and effective policy frameworks to achieve sustainable development goals and ensure universal electricity access in Ethiopia. Geospatial technology is widely applicable in the energy sector for resource planning, inspection, maintenance, design, and construction. It improves efficiency, stakeholder communication, and maintenance planning. The article also explores the current energy status in Ethiopia, the potential of various renewable energy sources, and the challenges faced in implementing geospatial technology. The study aims to identify the diverse applications of geospatial technology in the Ethiopian energy sector and suggests that investing in this technology is crucial for the country’s energy transformation and sustainable development.

    How the Study was Conducted

    The authors review literature on the application of geospatial technology in the Ethiopian energy sector over the past five years. The authors focused on peer-reviewed articles to establish the applications of this technology and analyzed the current energy status in Ethiopia, the literature on geospatial technology, its use, and its state in Ethiopia. The study relied on a descriptive research approach to draw conclusions on how advanced geospatial technology is applied in the Ethiopian energy sector.

    What the Authors Found

    The authors found that geospatial technology has significant potential in the Ethiopian energy sector. They identified various applications of this technology, including resource planning, inspection, maintenance, design, and construction. The study highlighted the efficiency improvements and better stakeholder communication that geospatial technology can bring to the energy sector. The authors also found that Ethiopia has a considerable endowment of renewable energy sources, such as hydroelectric power, solar energy, geothermal energy, and wind energy. However, only a small portion of these resources is currently harnessed. The study emphasized the need for Ethiopia to invest heavily in geospatial technology to achieve its goal of universal electricity access and sustainable development.

    Why is this important?

    The study highlights the potential of geospatial technology to transform the Ethiopian energy sector. By leveraging this technology, Ethiopia can improve resource planning, inspection, maintenance, design, and construction in the energy sector. This can lead to more efficient energy production, better stakeholder communication, reduced outages, and more effective maintenance planning.

    Investing in geospatial technology is crucial for Ethiopia to achieve its goal of universal electricity access and sustainable development. The study emphasizes the need for Ethiopia to harness its renewable energy sources, such as hydroelectric power, solar energy, geothermal energy, and wind energy, to provide reliable and affordable electricity to its citizens. Addressing the challenges in implementing geospatial technology, such as data sharing, internet infrastructure, and skilled personnel, is essential for the country’s energy transformation and economic growth.

    What the Authors Recommended

    • The authors recommend that Ethiopia invest heavily in geospatial technology to achieve its goal of universal electricity access and sustainable development.
    • The study suggests addressing the challenges faced in implementing this technology, such as data sharing, internet infrastructure, and skilled personnel.
    • The authors emphasize the importance of geospatial technology in improving resource planning, inspection, maintenance, design, and construction in the energy sector.
    • In addition, the authors highlight the need for efficient and effective policy frameworks to support the country’s energy transformation and ensure reliable and affordable electricity for all citizens.

    In conclusion, the integration of geospatial technology holds immense potential to revolutionize the Ethiopian energy sector. By enhancing resource planning, maintenance, and stakeholder communication, this technology can significantly improve the efficiency and effectiveness of energy production and distribution. However, for Ethiopia to fully harness its renewable energy resources and achieve universal electricity access, strategic investments in geospatial technology, infrastructure, and skilled personnel are crucial. Addressing these challenges through robust policy frameworks will not only support sustainable development but also contribute to the country’s long-term economic growth and energy security.

  • Gene–Environment Interactions in African Populations: Unlocking Personalized Nutrition and Healthcare Insights

    Gene–Environment Interactions in African Populations: Unlocking Personalized Nutrition and Healthcare Insights

    A recent study by Nienaber-Rousseau, C. (2025) titled “Understanding and applying gene–environment interactions: a guide for nutrition professionals with an emphasis on integration in African research settings,” published in Nutrition Reviews, reveals that African populations exhibit unique genetic variability and environmental exposures, which are often understudied compared to European and American populations.

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    African populations’ unique genetic diversity and environmental exposures reveal critical insights for advancing personalized nutrition and noncommunicable disease prevention.– Nienaber-Rousseau, C. 2025

    The article offers an in-depth review tailored for nutrition professionals. It examines how genetics and environmental factors, particularly diet, interact to influence the development of noncommunicable diseases (NCDs) such as cardiovascular diseases, type 2 diabetes, neurological disorders, and cancer. The study underscores the unique genetic diversity and environmental exposures found within African populations, highlighting the urgent need for more research in these underrepresented groups. It provides an introduction to essential genetic concepts and methodologies for studying gene–environment interactions (GxEs). Additionally, it addresses the challenges and opportunities within the fields of nutrigenetics and nutrigenomics and evaluates the impact of direct-to-consumer genetic testing. Looking ahead, the article explores how emerging technologies like artificial intelligence and machine learning can revolutionize GxE research, enhancing its quality and reproducibility. By bridging the gap between genetics and nutrition, this study emphasizes the importance of personalized and precision nutrition approaches to improve healthcare outcomes, particularly in African research contexts.

    How the Study was Conducted

    The study on gene–environment interactions was conducted using a comprehensive approach that included various methodologies to explore the interplay between genetics and environmental factors, particularly diet, in influencing noncommunicable diseases (NCDs). The study involved the extraction of genetic information from various sources such as blood, saliva, and tissue samples. Advanced genotyping technologies like array-based chips and next-generation sequencing were used to detect genetic variations. Environmental factors, including diet, were quantified through self-reporting, direct measurements, and biomarker-based inferences. High-quality exposure data was crucial for establishing gene–environment interactions. The study utilized multiple designs, including family-based, epidemiological, population-based, and clinical trials. Family-based studies controlled for common genetic and environmental elements within familial groups, while epidemiological studies included cross-sectional, cohort, and case-control designs. Statistical models were employed to analyze interactions between genetic and environmental factors. This included additive and multiplicative models, as well as advanced techniques like machine learning to detect complex interactions. The robustness and generalizability of findings were ensured through replication across multiple studies and meta-analyses. This helped to confirm the validity of the gene–environment interactions identified. The study focused on biologically plausible candidates to reduce the likelihood of false-positive interactions. This involved examining gene variants and known biological pathways logically connected to gene function.

    What the Author Found

    The author found that African populations exhibit unique genetic variability and environmental exposures, which are often understudied compared to European and American populations. This genetic diversity provides a valuable opportunity to investigate gene–environment interactions (GxEs) and their impact on noncommunicable diseases (NCDs).

    Why is this important?

    Personalized Nutrition and Medicine: Understanding GxEs can lead to personalized nutrition and medicine, where dietary and medical recommendations are tailored to an individual’s genetic makeup. This can improve health outcomes and prevent diseases more effectively.

    Unique Genetic Variability: African populations exhibit unique genetic variability and environmental exposures. Studying these interactions can provide insights into how these factors contribute to the high burden of noncommunicable diseases (NCDs) in these populations.

    Improved Healthcare: By integrating genetics and environmental factors, healthcare professionals can develop more effective prevention and treatment strategies for NCDs such as cardiovascular diseases, type 2 diabetes, neurological disorders, and cancer.

    Advanced Research: The study highlights the need for more research in African populations, which are often understudied. This can help prevent unethical practices and enable tailored treatments that consider the unique genetic and environmental contexts of these populations.

    Future Technologies: The review discusses the potential of advanced technologies like artificial intelligence and machine learning to improve the quality and reproducibility of GxE studies. This can lead to more accurate and reliable findings, further advancing the field.

    What the Authors Recommended

    • The author argues that there is an urgent need for more research on gene–environment interactions (GxEs) in African populations. This is crucial to prevent unethical practices and enable tailored treatments that consider the unique genetic and environmental contexts of these populations.
    • The author recommends that nutrition professionals and healthcare workers should be educated in genetics and GxEs to better understand and conduct these studies. This includes introducing key genetic terms and valid methods to investigate GxEs.
    • The authors propose ways to improve the quality and reproducibility of GxE studies. This includes using advanced technologies like artificial intelligence and machine learning to enhance the accuracy and reliability of findings.
    • The potential contributions of nutrigenetics and nutrigenomics to healthcare should be explored. These fields can enhance personalized and precision nutrition, leading to better healthcare outcomes.
    • The study discusses the implications of direct-to-consumer genetic testing and the need for healthcare professionals to be adequately equipped to guide patients in interpreting and applying genetic information.
    • The authors offer insights into the future of GxE research, including the use of advanced technologies and the need for interdisciplinary collaboration to bridge the gap between genetics and nutrition

    In conclusion, the study by Nienaber-Rousseau (2025) underscores the critical importance of exploring gene–environment interactions in African populations to advance personalized nutrition and healthcare. By leveraging unique genetic diversity, emerging technologies, and interdisciplinary collaboration, this research paves the way for innovative approaches to prevent and manage noncommunicable diseases. As we bridge the gap between genetics and nutrition, the potential for tailored, effective solutions that address the specific health challenges of underrepresented populations becomes a tangible reality, promising a healthier and more equitable future for all.

  • How AI is Transforming African Industries: Opportunities for Professionals in 2025 and Beyond

    How AI is Transforming African Industries: Opportunities for Professionals in 2025 and Beyond

    In an era defined by rapid technological innovation, artificial intelligence (AI) has emerged as a transformative force, particularly in Africa, where it is reshaping industries and redefining the professional landscape. Research conducted by Microsoft has shed light on how AI is not only saving time but also unlocking opportunities for professionals across the continent. According to Ola Williams, Country Manager at Microsoft Nigeria, AI is already changing the way we work, providing powerful tools that enhance productivity, innovation, and decision-making.

    The Growing Role of AI in Sub-Saharan Africa

    AI is no longer a futuristic concept—it is a reality today, actively influencing businesses across Africa. Nearly 60% of businesses in Sub-Saharan Africa predict that expanding digital access will significantly influence their strategies between 2025 and 2030. Among the various digital technologies, AI and advanced information processing are expected to have the most profound impact.

    Globally, the job market is projected to expand by 78 million roles by 2030, largely driven by advancements in technology. According to the World Economic Forum (WEF), the fastest-growing professions include Big Data Specialists, FinTech Engineers, AI and Machine Learning Specialists, and Software Developers. Africa stands to benefit immensely from this shift, as AI increasingly integrates into key sectors such as agriculture, healthcare, and education, boosting efficiency and enabling innovative solutions to longstanding challenges.

    AI’s Transformative Impact on African Workplaces

    Microsoft’s research highlights two key factors driving the adoption of AI in workplaces: the nature of tasks and the volume of data involved. Jobs involving extensive data analysis, such as cybersecurity, product development, sales, marketing, and public relations, are at the forefront of this transformation. AI-powered tools are automating repetitive tasks, streamlining workflows, and empowering professionals to focus on more complex and strategic responsibilities.

    Cybersecurity: Tackling Threats with Precision

    The rise in cyber threats necessitates constant vigilance and rapid response. AI is proving invaluable by analyzing vast amounts of data, identifying patterns, and detecting threats in real time. This enables cybersecurity professionals to shift their focus from routine monitoring to more intricate investigations and proactive threat mitigation. Tasks such as threat detection, incident response, and data analysis are increasingly automated, allowing experts to address complex challenges more efficiently.

    Sales and Customer Relations: Enhancing Personalization and Efficiency

    In sales, relationship-building and deal-closing are critical to success. AI is revolutionizing the field by quickly analyzing customer data, identifying trends, and personalizing outreach efforts. Tools like AI-driven chatbots are streamlining customer interactions, resolving inquiries more efficiently, and improving overall satisfaction. By automating routine tasks, sales professionals can dedicate more time to nurturing client relationships and closing deals.

    Marketing and Public Relations: Driving Creativity and Strategy

    AI is becoming an indispensable tool for marketers and PR professionals. It accelerates processes such as SEO analysis, market research, content drafting, and campaign planning. AI also helps track media coverage and measure audience sentiment, enabling teams to refine their strategies and focus on creating impactful narratives. By automating routine tasks, professionals can channel their efforts toward creative and strategic initiatives, ensuring a human touch in their final outputs.

    AI as the Ultimate Professional Assistant

    AI tools like Microsoft Copilot are not just about improving productivity; they are fostering new skillsets and habits among professionals. According to the Work Trend Index Report by Microsoft and LinkedIn, global use of generative AI (GenAI) doubled between 2023 and 2024, with 75% of professionals already incorporating AI into their workflows. In Africa, the adoption of GenAI is expected to grow exponentially, reaching a market size of nearly $9 billion by 2030.

    Tools such as Microsoft Copilot are empowering employees to work more effectively by automating repetitive tasks and providing real-time insights. Over 90% of global users report significant time savings, allowing them to focus on creative and strategic endeavors. African employees, in particular, feel that AI makes their work more meaningful and enjoyable, aligning with broader trends of technology-driven career growth.

    Closing the Gap: The Need for Enterprise-Ready AI Tools

    Despite AI’s transformative potential, many African organizations lack comprehensive AI strategies, leading employees to rely on personal AI tools that pose security and privacy risks. To harness AI’s full potential, companies must prioritize the implementation of enterprise-ready AI tools, coupled with robust training programs. These measures will ensure the secure and effective use of AI while maximizing its value for businesses.

    Embracing the AI Revolution

    As AI continues to reshape industries and professions, it is crucial for professionals to embrace this revolution by enhancing their skills and adopting new technologies. AI is not merely a tool but a catalyst for innovation, unlocking opportunities for growth and success. By staying ahead of the curve and leveraging AI to its fullest, African professionals can thrive in an increasingly competitive global market.

    The future of work in Africa is being written today, and AI is at the heart of this transformation. It’s time to explore how AI can elevate your career, enhance your productivity, and open doors to new possibilities. The AI revolution is here—seize the moment and shape your professional journey for the better.

  • How Big Data is Revolutionizing Energy Policy and Renewable Development in Africa

    How Big Data is Revolutionizing Energy Policy and Renewable Development in Africa

    Big Data’s Impact on Africa’s Energy Sector

    Big data is revolutionizing the African energy landscape by addressing critical challenges such as low electricity access, currently at 57%, and limited access to clean cooking solutions, which stands at a mere 17%. Through its powerful analytical capabilities, big data enables policymakers to optimize renewable energy systems, stabilize power grids, and expand rural electrification projects. Initiatives such as the African Energy Futures Initiative (AEFI) are leveraging data to map underserved areas, forecast energy demand, and guide infrastructure investments. Despite these advancements, the continent faces barriers like limited data access, infrastructural gaps, and a shortage of skilled analysts. Tackling these issues requires improving data quality, building local expertise, and fostering collaborative efforts to ensure sustainable energy development across Africa.

    Data Analytics: The Foundation of Evidence-Based Energy Policies
    Africa’s Evolving Energy Policy Landscape

    The role of data analytics in shaping Africa’s energy policies has grown significantly in recent years. The continent’s unique challenges, including limited infrastructure and uneven data access, have spurred innovative approaches to using big data for policymaking. Initiatives such as the AEFI have become critical in driving progress, with a focus on energy systems modeling and analysis.

    Progress and Persistent Gaps

    Key advancements in African energy research include:

    • Mapping Underserved Regions: Using satellite imagery and demographic data to guide infrastructure development in areas with the greatest need.
    • Energy Demand Forecasting: Employing big data to enhance grid stability and improve resource allocation.
    • Renewable Energy Resource Evaluation: Identifying investment opportunities in green technologies like solar and wind energy.

    For example, the Africa Renewable Energy Manufacturing Initiative (Africa REMI) supports local industries in producing solar photovoltaic (PV) panels and battery systems by analyzing market trends and resource availability.

    Despite these achievements, significant barriers persist. Researchers frequently encounter challenges such as unreliable data, inadequate infrastructure, a lack of funding, and a scarcity of skilled professionals. Overcoming these obstacles will require coordinated efforts to enhance data quality, invest in local capacity building, and secure sustainable funding.

    Case Studies: Big Data’s Role in African Energy Research
    Advancing Renewable Energy in Kenya

    Kenya exemplifies how big data can transform energy access. Researchers at the University of Nairobi utilized satellite imagery and machine learning to create detailed solar irradiance maps. These maps identify optimal locations for solar installations in rural areas, reducing costs and improving energy access. This approach has proven particularly effective in remote regions like northern Kenya, where extending the power grid is cost-prohibitive.

    Enhancing Grid Stability in South Africa

    South Africa’s Eskom has harnessed big data to revolutionize grid management. By implementing a smart grid system, Eskom uses real-time monitoring to predict energy demand, prevent outages, and optimize maintenance schedules. The Smarter Household Energy Data Project (2015-2017) further enhanced these capabilities by introducing:

    • Advanced monitoring tools for real-time grid performance tracking.
    • Predictive maintenance systems to address potential failures proactively.
    • Data-driven methods for balancing energy supply and demand.

    These innovations have significantly improved grid reliability, setting a benchmark for other countries in the region.

    Big Data Applications in African Energy Policy
    Expanding Energy Access and Reducing Costs

    Big data analytics have streamlined rural electrification by identifying and prioritizing underserved communities. For instance, AEFI employs satellite data and demographic insights to allocate resources efficiently. This data-driven approach enhances the cost-effectiveness of energy distribution systems, ensuring that infrastructure investments yield maximum benefits.

    Optimizing Renewable Energy Systems

    Initiatives like Africa REMI demonstrate how big data supports local industries in scaling solar PV and battery production. By analyzing weather patterns and energy consumption trends, policymakers can generate accurate demand forecasts and refine renewable energy systems for optimal performance.

    Strengthening Energy Security

    Predictive analytics play a crucial role in improving energy security. Advanced grid management systems in countries like South Africa detect potential threats and facilitate quick responses to avoid outages. By prioritizing maintenance efforts based on risk assessments, these systems ensure an uninterrupted energy supply.

    Lessons Learned and Pathways Forward
    Key Success Factors for Big Data Implementation

    Successful big data applications in African energy policy depend on three critical factors:

    1. Data Quality: Accurate, standardized, and validated data is essential for effective decision-making.
    2. Technical Expertise: Training local analysts and engineers in advanced data analytics is vital for sustained progress.
    3. Collaborative Efforts: Partnerships between governments, research institutions, and private entities maximize resource utilization and foster innovation.
    Addressing Data Infrastructure Gaps

    While big data holds immense potential, its effectiveness is constrained by infrastructural limitations. These include:

    • Data Collection: Many regions lack comprehensive network coverage and standardized data collection systems.
    • Storage Solutions: Fragmented platforms hinder seamless data integration and analysis.
    • Analytical Tools: Basic capabilities must be upgraded to incorporate artificial intelligence (AI) and machine learning technologies.

    The African School of Regulation (ASR), supported by a $3 million investment from The Rockefeller Foundation, is addressing these issues by developing a centralized hub for energy policy and data analysis. By turning complex data into actionable insights, ASR aims to drive Africa’s energy transition.

    Future Opportunities and Challenges
    Emerging Technologies

    AI-driven tools such as demand forecasting systems and IoT-enabled smart meters are reshaping Africa’s energy landscape. Initiatives like Zambia’s 1,000 Mini Grid Initiative leverage big data to prioritize renewable energy deployment, highlighting the importance of distributed energy solutions.

    Bridging the Green Power Gap

    Africa must address a “Green Power Gap” of 8,700 terawatt-hours (TWh) by 2050 to meet global climate goals. This requires coordinated efforts to:

    • Secure multi-year funding for energy projects.
    • Strengthen local expertise in energy planning and modeling.
    • Promote cross-border collaboration through shared data platforms.
    Conclusion: Big Data’s Role in Africa’s Energy Future

    Big data is a transformative force in tackling Africa’s energy challenges. From improving infrastructure planning to enabling evidence-based policy decisions, its applications are already driving progress. To fully realize its potential, stakeholders must focus on:

    1. Building local capacity through research grants and training programs.
    2. Upgrading data systems to enable seamless analysis and integration.
    3. Encouraging regional collaboration to implement data-driven solutions.

    By addressing these priorities, Africa can harness the power of big data to achieve a sustainable and equitable energy future.

  • Apply for the MEST Africa-Mastercard Foundation 2025 EdTech Fellowship Program in Ghana – Funding, Mentorship & Growth Opportunities

    Apply for the MEST Africa-Mastercard Foundation 2025 EdTech Fellowship Program in Ghana – Funding, Mentorship & Growth Opportunities

    The MEST Africa-Mastercard Foundation 2025 EdTech Fellowship Program is a groundbreaking initiative designed to revolutionize the education sector in Ghana by harnessing the power of technology. This partnership aims to support and accelerate the growth of innovative EdTech (educational technology) companies by offering a comprehensive blend of resources, mentorship, and support. These elements are intended to help startups scale their operations and maximize their social impact on education across Ghana and beyond.

    About MEST Africa and the EdTech Fellowship Program

    The Meltwater Entrepreneurial School of Technology (MEST) is a premier, Africa-wide initiative that provides entrepreneurial training and incubation for tech startups. It is committed to nurturing the next generation of innovative African tech entrepreneurs. MEST combines world-class education, seed funding, and a powerful network to help founders build sustainable, impactful tech businesses across the continent.

    The EdTech Fellowship Program, a part of this initiative, seeks to address the unique challenges facing education in Ghana. It provides cutting-edge support to EdTech companies—startups, SMEs, and NGOs—that are developing technological solutions aimed at improving education. The program is designed to accelerate their growth, amplify their reach, and help them make a measurable impact on education outcomes in Ghana.

    Aim and Key Benefits of the EdTech Fellowship Program

    The overarching goal of the EdTech Fellowship Program is to empower EdTech companies to catalyze change in the education sector. This is achieved through a combination of structured support and impactful opportunities. Below are the key benefits offered by the program:

    1. Mentorship Network: Participants will gain access to a specialized network of mentors who are experts in the education and technology sectors. This guidance will help companies tackle industry-specific challenges, navigate obstacles, and seize new opportunities for growth.
    2. Accelerated Growth & Impact: The fellowship offers an immersive curriculum tailored to the needs of EdTech startups. The program is designed to expedite their growth, with the ultimate goal of enhancing their ability to improve educational outcomes for learners.
    3. Market Access: Fellows will have opportunities to showcase their innovative solutions to key stakeholders in the education sector, including government bodies, schools, and corporate partners. This exposure will significantly expand the reach and impact of their products and services.
    4. Funding Opportunities: Successful applicants will receive $60,000 in equity-free funding to help accelerate the development and sustainability of their businesses. Additionally, the program provides access to further funding opportunities, creating the potential for long-term growth.

    Eligibility Criteria for the EdTech Fellowship Program

    The program invites startups, small and medium enterprises (SMEs), and non-governmental organizations (NGOs) that meet the following criteria:

    • Incorporation in Ghana: Applicants must be officially registered companies based in Ghana.
    • At least 3 years of operation: The organization should have been operational for at least three years to ensure it has experience and is ready for the growth acceleration provided by the program.
    • Tech-enabled solution: The startup must offer a technological product or service aimed at improving educational outcomes in Ghana, contributing to the broader goals of digital inclusion and educational accessibility.
    • Growth stage: The startup should have a working product and a base of active users, demonstrating its capacity for scale.
    • Impact Potential: The program seeks companies with the potential to impact at least 8,000 learners, aligning with its mission to scale the reach of effective educational solutions.
    • Diverse and inclusive team: Applicants must demonstrate a commitment to inclusivity and diversity, ensuring their teams share a passion for education and are driven to create lasting societal impact.

    Key Dates and Application Process

    The application process for the program is a multi-stage procedure designed to identify the most promising startups:

    • First Information Session: January 16, 2025
    • Second Information Session: February 6, 2025
    • Application Deadline: February 21, 2025
    • Onboarding: April 23, 2025
    • Program End: December 2, 2025

    The three-stage application process consists of:

    1. Stage 1: Submit the online application form before the February 21 deadline.
    2. Stage 2: Shortlisted companies will be invited to pitch their solutions virtually to the selection panel.
    3. Stage 3: Final selection of startups that will be onboarded into the program.

    Conclusion

    The MEST Africa-Mastercard Foundation 2025 EdTech Fellowship Program presents an exciting opportunity for EdTech companies in Ghana to access the resources, mentorship, and funding they need to accelerate their growth and create meaningful impact in the education sector. By supporting visionary entrepreneurs who are harnessing technology to solve pressing educational challenges, this program will contribute to transforming education in Ghana, empowering the next generation of learners.

    For more information and to apply, visit the MEST EdTech Fellowship website.

  • International Climate Protection Fellowship: Advancing Global Climate Solutions for Future Leaders and Postdocs

    International Climate Protection Fellowship: Advancing Global Climate Solutions for Future Leaders and Postdocs

    The International Climate Protection Fellowship is a prestigious program offered by the Alexander von Humboldt Foundation aimed at prospective leaders and postdocs who are passionate about climate protection or climate-relevant resource conservation. This fellowship provides an excellent opportunity for professionals from non-European developing and transition countries to engage in research projects in Germany that focus on key climate issues such as combating climate change, adapting to climate impacts, preserving ecosystems and biodiversity, and promoting sustainable use of natural resources like the seas and oceans.

    Fellowship Overview

    The fellowship is designed to support two categories of applicants:

    • Prospective Leaders (practical experience): Individuals who are taking on or preparing for leadership roles and wish to deepen their expertise in climate protection and related fields. They will work on a one-year research project in Germany.
    • Postdocs: Early-career researchers who have recently completed their PhD and wish to engage in long-term academic research (12-24 months). The fellowship supports individuals working on projects that address pressing climate-related challenges in their home countries.

    Key Areas of Focus

    The fellowship’s core areas of interest include:

    • Climate Change Mitigation and Adaptation: Strategies to reduce carbon emissions and build resilience against climate impacts.
    • Biodiversity and Ecosystem Conservation: Efforts to preserve the natural world amid growing human pressures.
    • Sustainable Resource Use: Promoting efficient consumption and sustainable urban development.
    • Marine Conservation: Focused on preserving oceans, seas, and marine biodiversity.
    • Natural Resource Management: Addressing sustainability issues tied to land, water, and energy.

    These themes are critical to fostering a sustainable global future, especially in countries vulnerable to climate-related risks. The fellowship offers a platform for participants to contribute to the scientific and practical solutions necessary to tackle these global challenges.

    Fellowship Benefits

    The Alexander von Humboldt Foundation provides a comprehensive support package to ensure fellows can focus on their research and professional development while in Germany. Benefits include:

    • Monthly Stipend: Depending on the applicant’s career stage, the monthly stipend ranges from €2,200 to €2,700 for prospective leaders, and €2,700 for postdocs.
    • Additional Financial Support: For partners and children, travel expenses, private health insurance, and the possibility of a German language course.
    • Introductory Event: A three-week orientation program where fellows can network with other climate protection fellows, visit research institutions, and experience German culture.
    • Research Costs: Hosts receive an allowance for research-related expenses—€800 for natural sciences and engineering projects and €500 for projects in the humanities and social sciences.

    Moreover, the fellowship fosters long-term connections by offering extensive alumni support, ensuring continued collaboration between fellows and their German hosts throughout their careers.

    Eligibility Criteria

    Applicants must meet the following requirements:

    1. Engagement with Climate Issues: Applicants should be actively working in the fields of climate protection or climate-related resource conservation in their home countries.
    2. Nationality: Applicants must be citizens of a non-European developing or transition country.
    3. Leadership Experience: Prospective leaders should have at least 24 months of professional experience, or hold a Master’s degree with relevant professional experience.
    4. Postdoctoral Requirements: Postdocs must have completed their PhD no more than four years ago by the application deadline or plan to do so by 31 August of the selection year.
    5. Language Skills: Fluency in English and/or German is required.

    Application Process

    Applicants must first agree on a research project with a host institution in Germany, ensuring their project aligns with the fellowship’s goals. The application process involves submitting the following documents online:

    1. Application Form: Including personal information, motivation letter, and research proposal.
    2. Mentoring Agreement: A statement of support from the chosen host in Germany.
    3. Two Letters of Recommendation: From individuals familiar with the applicant’s academic or professional background.

    Once submitted, the application will undergo a thorough review. Applicants will receive confirmation once all documents are received. Should any questions arise during the process, applicants are encouraged to contact the Humboldt Foundation for guidance.

    Host Institutions and Collaboration

    The fellowship partners with a wide range of institutions in Germany engaged in climate protection research, including universities, research institutes, NGOs, think tanks, and consulting agencies. These institutions offer a rich environment for learning and collaboration, with many having hosted Climate Protection Fellows in the past.

    Impact and Long-Term Opportunities

    The fellowship not only supports the academic growth of individuals but also nurtures international cooperation and knowledge exchange in the critical field of climate protection. Fellows are expected to bring back their enhanced expertise to their home countries, where they can influence climate policy, implement sustainable practices, and train the next generation of climate leaders.

    In conclusion, the International Climate Protection Fellowship offers an unparalleled opportunity for individuals from developing and transition countries to advance their careers, collaborate internationally, and contribute meaningfully to addressing the global climate crisis.

    How to Apply

    For more details,visit Alexander von Humboldt Foundation webpage

  • Enhancing Public Higher Education Infrastructure in Nigeria: An Expanded Corporate Social Responsibility Framework for Achieving SDG 4

    Enhancing Public Higher Education Infrastructure in Nigeria: An Expanded Corporate Social Responsibility Framework for Achieving SDG 4

    A recent study by Ebekozien et al. (2025) titled “Expanded corporate social responsibility framework: companies’ role in improving higher education institutions infrastructure to Sustainable Development Goal 4” published in the Journal of Facilities Management, reveals the critical issue of inadequate infrastructure in public higher education institutions (HEIs) in developing countries, particularly Nigeria.

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    An expanded corporate social responsibility framework can improve public higher education infrastructure to achieve SDG 4.– XXX et al., 2023

    The article explores the challenges of funding infrastructure in public higher education institutions (HEIs) in developing countries, with a focus on Nigeria. It proposes an expanded corporate social responsibility (ECSR) framework to encourage private investment in HEIs infrastructure. The study aims to improve physical facilities in HEIs and achieve Sustainable Development Goal 4 (SDG 4), which focuses on quality education. The article presents findings from virtual interviews across Nigeria and suggests measures to enhance public HEIs infrastructure through ECSR, including institutionalizing ECSR, creating incentives, and involving key stakeholders.

    How the Study was Conducted

    The study employed a qualitative research approach, gathering data through semi-structured virtual interviews with 26 participants from Nigeria’s six geo-political zones. Participants included directors and senior officers from physical planning departments at selected polytechnics and universities, heads of CSR units or management staff from selected companies, and policymakers from government agencies. Each interview lasted an average of 40 minutes, conducted between October and early December 2021. The researchers used thematic analysis to examine the data, generating codes manually from the interview transcripts. Two coding phases were applied: open coding followed by rereading the transcripts to identify key variables. The findings were presented thematically, with the data’s validity ensured through triangulation, researcher reflexivity, and member checking.

    What the Authors Found

    The authors identified 18 measures, grouped into six key variables, to improve public higher education institutions’ infrastructure. These measures, which include expanding corporate social responsibility, increasing awareness, providing incentives, creating national action plans, establishing a legal framework, and ensuring key stakeholders’ participation, can enhance the achievement of Sustainable Development Goal 4 (SDG 4) on quality education.

    Why is this important?

    Quality Education: Improved infrastructure in HEIs is essential for providing quality education, which is a key component of Sustainable Development Goal 4 (SDG 4). Adequate facilities can enhance the learning environment, leading to better educational outcomes and higher global rankings for institutions.

    Sustainable Development: Investing in HEIs infrastructure contributes to sustainable development by ensuring that educational institutions can support the growing demand for higher education and produce graduates who are well-equipped to contribute to the economy.

    Private Sector Involvement: The ECSR framework provides a structured approach for involving the private sector in public infrastructure development. This can help bridge the funding gap that many HEIs face and ensure that infrastructure projects are completed efficiently and effectively.

    Policy and Governance: The study highlights the need for institutionalizing ECSR, creating incentives, and involving key stakeholders. This can lead to better governance and more effective implementation of infrastructure projects.

    Economic Growth: Improved HEIs infrastructure can have a positive impact on economic growth by producing a more skilled workforce and attracting international research funding and collaborations.

    What the Authors Recommended

    The authors recommend several measures to improve public higher education institutions (HEIs) infrastructure through an expanded corporate social responsibility (ECSR) framework. These recommendations include:

    • The study advocates establishing governance mechanisms, promoting institutional synergy among stakeholders, and implementing innovative policies to achieve Sustainable Development Goal 4 (SDG 4).
    • The authors recommend enhancing sensitization of public HEIs infrastructure via ECSR, with the government leading awareness campaigns and engaging stakeholders to embrace ECSR for HEIs.
    • Offering tax incentives, mortgage incentives, and reduced taxes or duty-free on imported HEIs building materials to encourage companies to invest in HEIs infrastructure.
    • Developing white papers on the benefits of HEIs infrastructure via ECSR, encouraging state governments to embrace ECSR for state-owned HEIs, and ensuring the government champions and respects the rule of law.
    • Enacting ECSR supported by presidential executive orders, promoting public HEIs infrastructure to achieve SDG 4, and regularly reviewing the framework in line with global trends.
    • Defining principles and honesty of engagement, detailing stakeholders’ expectations and values, and engaging politicians and policymakers regarding ECSR.

    In conclusion, the study highlights the critical need for improved infrastructure in public higher education institutions in developing countries like Nigeria to achieve Sustainable Development Goal 4, which focuses on quality education. By adopting an expanded corporate social responsibility (ECSR) framework, the private sector can play a pivotal role in addressing funding gaps, while government policies and stakeholder engagement ensure effective implementation. The recommended strategies, including incentives and institutional synergy, can foster a sustainable approach to enhancing educational infrastructure. Ultimately, these efforts will not only elevate the quality of education but also contribute to economic growth, social development, and the overall advancement of higher education in Nigeria and beyond.

  • Non-Formal Training Programs for Entrepreneurship in Sub-Saharan Africa: Insights from a 2025 Systematic Review

    Non-Formal Training Programs for Entrepreneurship in Sub-Saharan Africa: Insights from a 2025 Systematic Review

    A recent study by Leger et al. (2025) titled “The role and effectiveness of non-formal training programmes for entrepreneurship in sub-Saharan Africa: a systematic literature review,” published in Entrepreneurship & Regional Development, reveals that there is significant variation in the types and effectiveness of non-formal training programs for entrepreneurship in sub-Saharan Africa.

    “

    Non-formal entrepreneurship training programs in sub-Saharan Africa vary widely in effectiveness, requiring contextualization and targeted approaches for success.– Leger et al. 2025

    The article examines the influence of non-formal training programs on entrepreneurship in sub-Saharan Africa, a region where entrepreneurship is increasingly viewed as a solution to unemployment and economic challenges. By analyzing 49 studies sourced from SCOPUS and EBSCO databases, the article evaluates the effectiveness of various non-formal training initiatives. The findings reveal substantial differences in the types of training offered and their overall impact. The authors underscore the importance of understanding the local entrepreneurial landscape and conducting thorough evaluations to assess program effectiveness. They advocate for a more in-depth exploration of human capital within local entrepreneurial ecosystems and stress the need for contextualized training materials and targeted participant selection to design more impactful programs.

    How the Study was Conducted

    The study employed the SCOPUS and EBSCO databases using keywords related to “training,” “entrepreneurship,” and “sub-Saharan Africa.” The authors selected 49 articles that discussed non-formal training programs in the region. The review aimed to evaluate the effectiveness of these programs and understand the context-specific entrepreneurial environment.

    What the Authors Found

    The authors found significant variation in the types and effectiveness of non-formal training programs for entrepreneurship in sub-Saharan Africa. They highlighted the importance of understanding the local entrepreneurial environment and the need for rigorous effectiveness evaluations.

    Why is this important?

    This study is important because it addresses the pressing challenges of unemployment and economic development in sub-Saharan Africa. By evaluating the effectiveness of non-formal training programs for entrepreneurship, the study provides insights into how these programs can be improved to better support local entrepreneurs. This is crucial for creating sustainable businesses, increasing job creation, and ultimately alleviating poverty in the region. The findings emphasize the need for a nuanced understanding of the local entrepreneurial environment and the importance of tailoring training programs to the specific needs of participants.

    What the Authors Recommended

    The authors recommend a deeper analysis of the role of human capital within local entrepreneurial ecosystems. The study suggests that training programs should be contextualized and tailored to the specific needs of participants. This includes considering the local entrepreneurial environment and conducting rigorous effectiveness evaluations. By doing so, training programs can be more effective in supporting entrepreneurs and fostering sustainable businesses in sub-Saharan Africa.

    In conclusion, the study by Leger et al. (2025) sheds valuable light on the diversity and effectiveness of non-formal training programs for entrepreneurship in sub-Saharan Africa. By emphasizing the importance of understanding local entrepreneurial ecosystems and tailoring training initiatives to specific participant needs, the research provides actionable insights for designing impactful programs. Addressing unemployment and fostering sustainable businesses in the region will require a nuanced approach that integrates human capital development with rigorous program evaluation. This study serves as a critical foundation for future efforts to enhance entrepreneurship as a driver of economic growth and poverty reduction in sub-Saharan Africa.

  • AU-EU Youth Lab Entrepreneurship Grants 2025: Empowering Youth-Led Enterprises for Economic Growth

    AU-EU Youth Lab Entrepreneurship Grants 2025: Empowering Youth-Led Enterprises for Economic Growth

    The AU-EU Youth Lab’s Entrepreneurship Grants Program offers a unique opportunity for youth-led organizations, social enterprises, and individuals dedicated to empowering young people to take charge of their economic future. With the goal of supporting initiatives that enhance young people’s economic participation, this program provides grants to foster youth-led actions addressing key challenges faced by youth globally in relation to entrepreneurship and economic development.

    Focus Areas of the Entrepreneurship Grants

    The grants are designed to support youth initiatives tackling three core challenges in fostering economic opportunities for young people:

    1. Access to Skills Development Opportunities: The program emphasizes the need for youth to gain skills that align with both their personal aspirations and the realities of their local economic landscapes. This includes promoting the development of new youth-led enterprises, enhancing the employability of young people, and ensuring these opportunities are relevant to their communities.
    2. Responsible Growth of Youth-Led Enterprises: The grants aim to support the sustainable and responsible growth of youth-led (social) enterprises. This involves incorporating social and environmental considerations into business practices, ensuring that young entrepreneurs operate within ethical frameworks while driving positive change in their communities.
    3. Enabling Environment for Youth Entrepreneurs: Building an enabling ecosystem is essential for young entrepreneurs to thrive. The program supports initiatives that create the right conditions for youth to start and grow businesses, facilitating access to resources, mentorship, and networks that help young people succeed in their ventures.

    Benefits of the Entrepreneurship Grants

    Selected organizations will receive financial support ranging from 30,000 to 50,000 EUR to implement projects that advance skills development among youth. Additionally, they will become part of a broader platform that facilitates peer exchange, allowing organizations to share their solutions and collaborate with decision-makers, stakeholders, and other youth organizations across Africa and Europe.

    Further, grant recipients will gain access to mentorship and capacity-building resources tailored to their specific needs. This support ensures that organizations are not only funded but also equipped to expand and scale their impact effectively.

    Funding and Eligible Activities

    The program’s funding covers a wide range of activities aimed at strengthening youth economic participation. These can include:

    • Developing, Testing, and Implementing New Curricula: Proposals may involve creating innovative educational content that fills gaps in advancing youth economic participation, such as introducing a new curriculum module tailored to specific local needs.
    • Scaling Up Existing Programs: Grants can support efforts to expand and reach more diverse groups of young people, particularly those in remote or underserved areas, through innovative delivery methods and platforms.
    • Fostering Exchange and Coordination Among Key Stakeholders: Organizations may propose activities that facilitate collaboration between local businesses, youth, and skills development providers. For instance, this could involve organizing learning exchanges between youth-led businesses and other stakeholders to exchange knowledge and foster collaboration.

    These activities can overlap and combine, allowing for flexibility in the proposal’s approach, as long as they align with the core objectives of strengthening youth economic participation.

    Eligibility Criteria

    To qualify for the AU-EU Youth Lab’s Entrepreneurship Grants, the applying organization or enterprise must meet the following criteria:

    • Youth-led: The organization or enterprise must be led by young people aged 18 to 35, where the decision-making power lies primarily with youth.
    • Social Enterprises or Enterprises: The applying entity must either be a social enterprise or a regular enterprise with a strong social impact. Social enterprises are businesses that aim to create positive social change alongside financial sustainability.
    • Legally Registered: The organization must be formally registered, have a bank account, and have a governance structure in place, ensuring accountability and transparency.
    • Located in One of the 12 Eligible Countries: The applicant must be based in one of the African Youth Action Lab focus countries, which include Ethiopia, Kenya, Mozambique, Nigeria, Senegal, Sierra Leone, Somalia (Somaliland region), Tanzania, Tunisia, Uganda, Zambia, and Zimbabwe.
    • Minimum Financial History: The organization should have a history of managing funds or grants, with a minimum annual budget or past grants of 10,000 EUR.

    Application Deadline and Process

    The deadline for submitting applications is February 19, 2025. Organizations or social enterprises meeting the criteria are encouraged to apply and take advantage of this opportunity to secure funding, share their ideas, and access valuable resources that will help them contribute to the economic empowerment of young people across the globe.

    For further details, visit the AU-EU Youth Lab official website to learn more about the application process and get started on your journey to making a tangible impact in your community and beyond.

  • Friedrich-Ebert-Stiftung Young Leaders Forum 2025: Fully Funded Leadership Program for Ugandan Youth

    Friedrich-Ebert-Stiftung Young Leaders Forum 2025: Fully Funded Leadership Program for Ugandan Youth

    Application Deadline: January 17, 2025

    Applications are now open for the 2025 cohort of the Friedrich-Ebert-Stiftung (FES) Young Leaders Forum (YLF). This flagship initiative by the Friedrich-Ebert-Stiftung Uganda office seeks to empower politically active and socially committed young Ugandans. The YLF is designed to enhance participants’ political, social, and economic knowledge and skills, motivating them to champion social justice, good governance, and equitable development across Uganda.

    About the Young Leaders Forum (YLF)

    The YLF is an intensive, fully funded training programme aimed at equipping young leaders with the tools necessary to create a meaningful impact in their communities. Through policy-focused and issue-based modules, the programme nurtures a new generation of informed and proactive leaders capable of addressing Uganda’s most pressing challenges.

    The 2025 programme consists of eight modules delivered over two-day sessions spanning May to October. These sessions feature a blend of lectures, workshops, and participatory discussions, facilitated by seasoned experts in various fields. The curriculum is carefully tailored to cover critical topics in governance, advocacy, policy development, and social justice.

    Eligibility Criteria

    To qualify for the programme, applicants must meet the following requirements:

    1. Be a Ugandan citizen or provide proof of residency for non-citizens.
    2. Be between 18 and 30 years of age.
    3. Have attained a minimum of “A” level education.
    4. Demonstrate a proven commitment to public affairs, community engagement, or advocacy efforts.

    Application Requirements

    Each application must include the following:

    1. An updated and complete CV, including contact details of three referees.
    2. Copies of “A” level certificates and other relevant academic transcripts, if applicable.
    3. A letter of motivation detailing your reasons for applying, your expectations from the programme, and your plans for utilizing the knowledge and skills acquired to drive positive change in your community.

    Application Process

    Interested candidates can apply through either of the following methods:

    Online Applications:

    Physical Applications:

    • Submit your application in an envelope clearly marked “FES–YLF intake XII” to the address below:
      Plot 58, John Babiiha Avenue, Kololo
      P.O. Box 3860, Kampala, Uganda

    Key Deadlines

    • Application Deadline: Friday, January 17, 2025.
    • Only complete applications will be considered.
    • Shortlisted candidates will be contacted and invited for interviews, tentatively scheduled for April 2025.

    Programme Benefits

    The YLF is a fully funded programme, covering all training costs. It offers a rare opportunity to connect with like-minded peers and established professionals, fostering a network of young leaders committed to advancing Uganda’s future. Participants gain access to expert insights, innovative tools, and practical strategies for driving transformative change in their communities.

    This initiative not only builds individual capacity but also strengthens the collective efforts toward social equity and governance reform in Uganda.

    For more information and updates, visit the official webpage of the Friedrich-Ebert-Stiftung Young Leaders Forum.

    Take this chance to become part of an inspiring journey that empowers young leaders to make a difference. Apply now to be part of the YLF 2025 intake!