Denesh Sooriamoorthy | Cardiovascular Engineering | Best Researcher Award

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Dr. Denesh Sooriamoorthy | Cardiovascular Engineering | Best Researcher Award 

Senior Lecturer at Asia Pacific University of Technology & Innovation (APU), Malaysia

Dr Denesh A/L Sooriamoorthy is a distinguished academic and researcher specializing in mechatronic engineering, robotics, and biomedical systems. Currently serving as a Senior Lecturer at Asia Pacific University of Technology & Innovation, he has made impactful contributions to both education and research. His career has been defined by innovative curriculum development, particularly in robotics and mechatronics, alongside leadership in collaborative projects with academia and industry. His doctoral research pioneered early risk prediction methods for cardiovascular diseases, integrating numerical modeling and wearable technologies. He has consistently demonstrated the ability to merge advanced technical knowledge with practical applications, producing outcomes that bridge healthcare, robotics, and intelligent systems. Beyond his technical expertise, he has held leadership roles as programme coordinator, advisor to student clubs, and conference organizer, reflecting his versatility as an academic leader. His professional recognition as a certified engineer and technologist underscores his standing in the engineering community.

Professional Profile

Scopus | Orcid

Education

Dr Denesh A/L Sooriamoorthy has pursued a distinguished educational journey that integrates engineering, research, and teaching excellence. He began with a strong foundation in mechatronic engineering, completing his undergraduate studies with high honors at the University of Nottingham. His academic trajectory advanced through a master’s degree in mechatronic engineering, where he gained extensive technical knowledge in robotics, systems modeling, and intelligent control applications. Building on this foundation, he undertook doctoral research at the University of Nottingham, focusing on innovative cardiovascular disease risk prediction methods. This doctoral work not only strengthened his expertise in biomedical engineering and signal processing but also aligned with his passion for advancing healthcare technologies. To complement his research and academic career, he further specialized in pedagogy by obtaining a postgraduate qualification in teaching and learning. His educational path reflects a seamless integration of engineering, healthcare technology, and academic leadership, preparing him for impactful contributions in academia and industry.

Experience

Dr Denesh A/L Sooriamoorthy has amassed extensive academic and research experience across leading institutions. At Taylor’s University Malaysia, he was instrumental in developing the Mechatronics Engineering programme and played a vital role in robotics curriculum design. He also served as the Work-Based Learning Coordinator for the Robotic Design and Development programme, signing industry collaborations and facilitating practical training opportunities. As an advisor to the Taylor’s Robotics Club, he nurtured student innovation through projects and competitions. His earlier professional experience as a research engineer at Chulia Facilities Management allowed him to bridge industry with research, particularly in cardiovascular modeling and wearable health monitoring. Currently, as a Senior Lecturer at Asia Pacific University, he teaches diverse modules in electronics, robotics, and intelligent systems while leading programme development and accreditation processes. His expertise spans teaching, research, industry collaboration, student mentorship, and professional training, showcasing his commitment to holistic academic and professional excellence.

Awards and Honors

Dr Denesh A/L Sooriamoorthy has been recognized with multiple prestigious awards that highlight his academic excellence, research impact, and teaching innovation. His research on cardiovascular disease risk prediction and robotics applications has received accolades at international conferences and innovation exhibitions, including gold and silver awards at technology expos. He has been honored with best paper awards and has received recognition for his inventive contributions to healthcare and intelligent systems. His outstanding teaching abilities have earned him university-level awards, including recognition for his mentorship and dedication to students. He has also been celebrated for his communication and presentation skills, achieving notable positions in competitions such as the Three Minute Thesis. Beyond academic recognition, he has been commended for his leadership roles, including conference chairing and programme coordination. These honors collectively underscore his ability to excel across research, teaching, innovation, and professional service, strengthening his reputation as an accomplished engineer and educator.

Research Focus

Dr Denesh A/L Sooriamoorthy’s research spans mechatronics, robotics, biomedical engineering, and intelligent systems. His work uniquely bridges healthcare and engineering, particularly through pioneering methods for early prediction of cardiovascular diseases. Using numerical modeling of circulatory systems, coupled with wearable monitoring devices and predictive algorithms, his studies aim to advance preventive healthcare solutions. Beyond biomedical applications, he has contributed significantly to robotics, focusing on sensors, actuators, machine vision, swarm intelligence, and embedded systems. His expertise extends into renewable energy management and electric vehicle battery optimization, integrating artificial intelligence with engineering systems to enhance sustainability. He has led and collaborated on multiple funded projects, ranging from industrial robotics to intelligent autonomous navigation. His interdisciplinary approach combines theory, experimentation, and practical deployment, ensuring his research addresses real-world challenges. By aligning healthcare innovation with robotics and energy technologies, his work continues to influence both academic research and industrial applications globally.

Publication Top Notes

Title: An integrated convolutional neural network with zero-dimensional cardiovascular hemodynamics parameters for early cardiovascular disease detection

Journal: Biomedical Signal Processing and Control 
Summary: This paper introduces a hybrid diagnostic model that integrates convolutional neural networks (CNNs) with zero-dimensional cardiovascular hemodynamics parameters for early cardiovascular disease detection. The combination of deep learning and physiological modeling improves accuracy, interpretability, and clinical relevance, offering a reliable tool for risk assessment and decision support in healthcare.

Title: Optimizing solar maximum power point tracking with adaptive PSO: A comparative analysis of inertia weight and acceleration coefficient strategies

Journal: Results in Engineering 
Summary: This study investigates maximum power point tracking (MPPT) in photovoltaic systems using adaptive particle swarm optimization (PSO). By analyzing different inertia weight and acceleration coefficient strategies, the research demonstrates improved convergence speed, tracking stability, and energy harvesting efficiency. The adaptive PSO approach outperforms traditional methods, making it well-suited for practical solar energy applications.

Conclusion

Ir Ts Dr Denesh A/L Sooriamoorthy exemplifies the integration of engineering expertise, research innovation, and academic leadership. His contributions span mechatronics, robotics, healthcare technologies, and sustainable energy systems, reflecting his commitment to interdisciplinary solutions for global challenges. As an academic, he has nurtured future engineers through curriculum development, teaching, and mentorship, while also building bridges between academia and industry through impactful collaborations. His recognition as a professional engineer and technologist highlights his credibility and standing in the engineering profession. With a proven record of securing research grants, publishing in high-impact journals, and leading innovative projects, he continues to advance knowledge and practical applications in engineering. His long-term vision is to remain at the forefront of research, education, and innovation, contributing to the development of intelligent systems that benefit society. Through his dedication, versatility, and leadership, he stands as a valuable asset to any institution or research initiative he engages with.

Behablom Meharenet | Immunology | Best Researcher Award

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Dr. Behablom Meharenet | Immunology | Best Researcher Award 

Senior Researcher at Animal Health Institute, Ethiopia

Dr. Behablom Meharenet is a distinguished Ethiopian veterinarian and senior researcher at the Animal Health Institute. His expertise spans parasitology, public health, entomology, and immunology, with a special focus on Human and Animal African Trypanosomiasis. He has played a pivotal role in advancing national disease control programs, combining scientific innovation with practical field applications. Known for his problem-solving approach, he has led impactful projects targeting tsetse fly control and livestock disease management. His publications in reputable journals have informed both veterinary and public health strategies, benefiting rural communities dependent on livestock. Dr. Meharenet’s leadership extends beyond research to capacity building, fostering collaboration between scientists, government agencies, and international partners. His dedication to addressing neglected tropical diseases has enhanced Ethiopia’s position in global health research. Through his work, he continues to promote sustainable livestock health solutions that improve livelihoods and contribute to national food security and economic development.

Professional Profile

Scopus

Education

Dr. Behablom Meharenet holds advanced academic qualifications that provide a solid foundation for his research and professional practice. He earned his Doctor of Veterinary Medicine from Hawassa University, where he built expertise in animal health and disease management. To expand his understanding of public health systems and disease prevention, he pursued a Master’s in Public Health at Addis Ababa Medical and Business College. His academic journey also includes specialized training in parasitology, epidemiology, and immunology, equipping him to address complex veterinary and public health challenges. Through research fellowships and professional development programs, he has strengthened his skills in laboratory diagnostics, vector control, and epidemiological survey techniques. His educational achievements have not only enhanced his technical abilities but also fostered a multidisciplinary approach to problem-solving. By integrating veterinary medicine and public health principles, Dr. Meharenet is able to design and implement effective strategies that safeguard both human and animal populations from infectious diseases.

Experience

Dr. Behablom Meharenet has extensive professional experience as a senior researcher, consultant, and project leader in veterinary and public health fields. At the Animal Health Institute, he has overseen national strategies for controlling Human and Animal African Trypanosomiasis, integrating vector control, field epidemiology, and community engagement. His role includes designing and executing experimental trials, such as optimizing sterile insect technique applications for tsetse control. He has led numerous epidemiological studies assessing disease prevalence, vector distribution, and associated risk factors across Ethiopia. Beyond technical research, he has managed multi-stakeholder collaborations with international organizations, ensuring research outcomes translate into practical policy recommendations. His work has improved livestock health, increased rural productivity, and strengthened national capacity to respond to disease threats. Through editorial and peer-review contributions to scientific journals, he has influenced research quality standards. His combined leadership, technical expertise, and field experience make him a recognized authority in vector-borne livestock disease control.

Research Focus

Dr. Behablom Meharenet’s research centers on the epidemiology, prevention, and control of vector-borne diseases, particularly trypanosomosis affecting both humans and animals. His studies investigate disease prevalence, vector biology, and environmental factors influencing transmission. By integrating laboratory diagnostics, field surveys, and intervention trials, he develops strategies for sustainable disease control. His work on tsetse fly population management, including the application of sterile insect techniques, has contributed to innovative approaches in vector suppression. He also explores co-infections such as fascioliasis, providing a broader understanding of disease interactions in livestock. His research addresses the socio-economic impacts of animal diseases, emphasizing the importance of disease-free livestock for rural livelihoods. Collaborations with international agencies strengthen the application of his findings in real-world settings. His multidisciplinary approach combines veterinary medicine, entomology, and public health principles, ensuring that his research outcomes are relevant, scalable, and effective in improving animal health and community well-being.

Publication Top Notes

Title: Implemented strategic trypanosomosis and vector control activities along the Birbir River Basin through the application of deltamethrin-based insecticides using stationary attractive devices (targets), ground spraying, and live bait techniques

Summary:
A baseline and intervention study was conducted from September 2016 to February 2018 measuring entomological and parasitological indicators. After implementing vector control using deltamethrin-treated stationary targets, ground spraying, and live bait techniques, the apparent fly density dropped from 2.61 to 1.68 flies/trap/day (−64.37%). The prevalence of bovine trypanosomosis declined from 7.91% to 4.81% (−60.81%), accompanied by improved mean packed cell volume (PCV) in infected cattle (from 21.87 ± 4.57 to 22.53 ± 4.48 and from 25.41 ± 4.27 to 25.68 ± 4.04). These results demonstrate effective suppression of both vector population and parasite prevalence through the implemented strategies

Conclusion

Dr. Behablom Meharenet exemplifies the blend of academic excellence, field expertise, and practical innovation required to address complex veterinary and public health challenges. His career demonstrates a commitment to both scientific advancement and societal benefit. By tackling neglected tropical diseases such as trypanosomosis, he contributes directly to improving food security, rural livelihoods, and national economic stability. His leadership in multi-disciplinary teams ensures that research findings are translated into actionable strategies adopted by policymakers and implemented in communities. Through partnerships with local and international stakeholders, he fosters sustainable solutions to persistent animal health problems. His editorial and peer-review roles reflect his dedication to maintaining high research standards in the scientific community. Driven by a vision of healthier livestock and resilient communities, Dr. Meharenet continues to advance research that bridges the gap between science and practice, making him a strong candidate for the Best Researcher Award.

Marie Amougou Atsama | Gastroenteritis | Best Researcher Award

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Dr. Marie Amougou Atsama | Gastroenteritis | Best Researcher Award 

Research Officer at Research Center on Emerging and Re-merging ,Cameroon

Dr. Amougou Atsama Marie is a highly accomplished public health manager and virologist with extensive expertise in research, biosafety, and disease prevention. She currently serves as Biosafety Officer and Public Health Manager at the Research Center for Emerging and Re-Emerging Infectious Diseases in Yaoundé, Cameroon. With a strong focus on viral hepatitis and other infectious diseases, she has led numerous initiatives aimed at prevention, surveillance, and control within Central Africa. Her work spans laboratory research, public health program coordination, and stakeholder engagement at national and regional levels. Dr. Marie has played a key role in developing diagnostic protocols, improving health systems, and fostering community-based prevention strategies. Her leadership extends to advocacy, capacity building, and integrating innovative approaches, such as the use of improved traditional medicine in disease management. Dedicated, results-oriented, and deeply committed to public health, she continues to advance impactful research and healthcare improvement in underserved communities.

Professional Profile

Scopus

Education

Dr. Amougou Atsama Marie possesses a strong academic background in virology, biotechnology, and biochemistry, built through rigorous studies and advanced research training. She completed her doctoral and postdoctoral work at the renowned Centre Pasteur of Cameroon, where she specialized in the molecular and epidemiological aspects of various viral pathogens. She earned her master’s degree in biotechnology and development from the University of Yaoundé I, developing a foundation in molecular biology, diagnostics, and public health applications. Her undergraduate degree in biochemistry further strengthened her understanding of biological systems and analytical methods. Over the years, she has complemented her formal education with specialized certifications in good clinical laboratory practice, human research ethics, quality control management, and advanced genomic sequencing techniques. These academic achievements, coupled with hands-on research experience, have equipped her with both theoretical knowledge and practical expertise, enabling her to design, implement, and oversee complex public health and laboratory research programs effectively.

Experience

Dr. Amougou Atsama Marie has established herself as a leader in public health management and virology through diverse roles in research, biosafety, and quality control. As Biosafety and Research Officer, she has coordinated regional efforts for the elimination of viral hepatitis B and C across multiple Central African countries, facilitating capacity-building workshops and advocacy programs. She has developed and optimized diagnostic protocols for a range of viruses, including hepatitis B, C, D, E, Dengue, Chikungunya, and Zika, while implementing robust surveillance and monitoring systems. Her work involves close collaboration with national and international health partners to strengthen healthcare delivery and integrate innovative solutions into disease prevention strategies. She has also led research on vaccine response, genetic diversity of hepatitis viruses, and the integration of traditional medicine in treatment. In addition to her technical expertise, she actively engages in community education, raising awareness about infectious disease prevention among students and the public.

Awards and Honors

Dr. Amougou Atsama Marie has received multiple recognitions for her outstanding contributions to virology research, biosafety, and public health initiatives. Her leadership in hepatitis elimination programs across Central Africa has earned her commendations from national health authorities and regional stakeholders. She has been honored for her innovative approaches in integrating traditional medicine into viral hepatitis management and for developing advanced diagnostic protocols for various infectious diseases. Her work in facilitating high-impact workshops, mentoring healthcare professionals, and contributing to national health guidelines has been acknowledged by both academic and public health institutions. She is respected for her role in promoting cross-border collaboration in disease control and for her dedication to building local capacity in laboratory diagnostics and biosafety management. Through these recognitions, Dr. Marie’s influence extends beyond research, highlighting her as a key figure in advancing evidence-based, community-centered health solutions in Cameroon and the broader Central African region.

Research Focus

Dr. Amougou Atsama Marie’s research centers on the prevention, diagnosis, and control of viral hepatitis and other emerging infectious diseases. She is particularly focused on understanding the genetic diversity of hepatitis viruses and its impact on vaccine response and treatment outcomes. Her work involves developing and optimizing molecular and serological diagnostic protocols for a wide range of viruses, including arboviruses such as Dengue, Chikungunya, and Zika. She also investigates strategies to integrate traditional medicine into viral hepatitis management, aiming to improve accessibility and cultural acceptance of treatment in local communities. Dr. Marie is actively involved in operational research that strengthens health systems, enhances biosafety measures, and improves outbreak preparedness. Her approach combines laboratory-based research with community engagement, ensuring that scientific advancements translate into practical, sustainable health solutions. By bridging research, policy, and public health action, she contributes to regional and global efforts to control infectious diseases effectively.

Publication Top Notes

Title: First molecular detection of five gastroenteritis viruses in untreated wastewater and impact of seasonal change on their distribution in Cameroon
Journal: One Health (2025)
Summary:
This study presents the first molecular evidence of five major gastroenteritis-causing viruses detected in untreated wastewater in Cameroon. Using molecular techniques, researchers identified the presence of these pathogens and assessed how their distribution varies across different seasons. The findings reveal a clear influence of seasonal patterns on virus prevalence, highlighting the importance of wastewater surveillance as an early warning system for community health risks. The research supports the One Health approach by linking environmental monitoring to public health interventions, offering valuable insights for disease prevention and control strategies in the region.

Conclusion

Dr. Amougou Atsama Marie embodies a rare combination of scientific expertise, leadership, and dedication to public health improvement. Her career reflects a consistent commitment to advancing research, enhancing diagnostic capabilities, and promoting evidence-based interventions for infectious disease control. Through her work in laboratory innovation, biosafety, and community engagement, she has significantly contributed to the fight against viral hepatitis and other infectious threats in Central Africa. Her ability to collaborate with diverse stakeholders, from policymakers to grassroots organizations, underscores her holistic approach to healthcare solutions. By integrating modern scientific methods with culturally sensitive strategies, she ensures that her work is both impactful and sustainable. Dr. Marie’s professional journey serves as an inspiring example of how research excellence and public health service can intersect to create lasting change, improving the lives of individuals and strengthening health systems across regions.

Abid Rasoo | Environmental Sociology | Best Researcher Award

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Mr. Abid Rasoo | Environmental Sociology | Best Researcher Award

Doctor Student at Quaid-i-Azam University islamabad, Pakistan

A dedicated PhD scholar in Sociology at Quaid-i-Azam University Islamabad, this individual has developed a strong foundation in sociological theories, methodologies, and critical analysis. Proficient in English, Urdu, and Pashto, they excel in academic research and interdisciplinary collaboration. Their academic journey reflects a deep commitment to addressing complex social issues, particularly within the domains of environmental sociology, urban sociology, population studies, gender studies, and criminology. With a passion for linking theory to practice, they have authored scholarly papers in reputable journals and presented at national conferences. Their doctoral dissertation, titled Environmental Injustice and Social Well-being of Marginalized Communities in District Kohat, Pakistan, underscores a focus on social equity and environmental justice. Through academic research, teaching, and community engagement, they strive to contribute to meaningful societal change and to advocate for marginalized populations facing environmental and social challenges in Pakistan.

Professional Profile

Google Scholar | Scopus 

Education

The scholar’s educational foundation is rooted in the discipline of Sociology, complemented by a broad spectrum of related subjects. They are currently pursuing a PhD in Sociology at Quaid-i-Azam University Islamabad, where their research focuses on environmental injustice and marginalized communities. They hold an M.Phil. in Sociology from the same institution, with a dissertation exploring the relationship between water scarcity and social well-being. Their Master’s in Sociology examined the socioeconomic effects of water scarcity on local communities, demonstrating a consistent engagement with environmental and social issues. The academic journey began with a Bachelor of Arts from Allama Iqbal Open University, following earlier studies in Pre-Medical sciences and a Diploma in Information Technology. Throughout their education, they have studied a wide range of courses, including globalization, criminology, gender issues, social change, sociological theories, social statistics, and creative and scientific writing, building a comprehensive understanding of social phenomena.

Experience

The scholar brings substantial academic and professional experience to their field. As a Research Associate at the School of Sociology, Quaid-i-Azam University Islamabad, they contributed to projects on population studies, environmental sociology, urbanization, and gender issues. Their work included assisting in teaching courses such as quantitative research, social statistics, sociology of population, and environmental sociology. They collaborated with multidisciplinary teams to collect, analyze, and present data, and contributed to academic publications and presentations. Their earlier roles include serving as an Office Assistant and Computer Operator, as well as working as an Enumerator and Field Researcher on a governance-focused project funded by the Higher Education Commission. Additionally, they have taught as visiting faculty at the National Institute of Pakistan Studies, delivering a course on Folk Heritage of Pakistan. These experiences have honed their research, analytical, communication, and teaching skills, enabling them to work effectively in academic and field environments.

Research Focus

The scholar’s research interests span several interrelated areas, including environmental sociology, urban sociology, population studies, gender issues, and criminology. Their doctoral research addresses Environmental Injustice and Social Well-being of Marginalized Communities in District Kohat, Pakistan, seeking to uncover the complex interplay between environmental challenges and social inequality. Their previous research at the Master’s and M.Phil. levels focused on water scarcity and its socioeconomic and well-being impacts, demonstrating a sustained commitment to environmental justice. This academic trajectory reflects a consistent effort to link empirical data with sociological theory, providing actionable insights for policy and community development. They are particularly interested in how environmental degradation disproportionately affects vulnerable populations and how targeted interventions can improve living conditions. By combining qualitative and quantitative methodologies, they aim to produce research that is academically rigorous, socially relevant, and capable of informing sustainable policy decisions for marginalized and at-risk communities.

Publication Top Notes

Title: Empowering community participation for sustainable rural water supply: Navigating water scarcity in Karak district Pakistan
Journal: Groundwater for Sustainable Development, Vol. 26, 101269 (2024)
Summary: This study investigates the role of community engagement in achieving sustainable rural water supply in Karak district, Pakistan. It explores the socio-environmental challenges posed by water scarcity and highlights participatory strategies for long-term water resource management.

Title: Water scarcity and social wellbeing of people living in district Karak Khyber Pakhtunkhwa, Pakistan
Journal: Russian Law Journal, Vol. 11(5), 1440–1452 (2023)
Summary: This research examines the implications of persistent water scarcity on the social wellbeing of Karak district residents, focusing on economic stability, health outcomes, and community resilience.

Title: Water crisis and its impact on the socio-economic condition of local people of district Karak, Khyber Pakhtunkhwa, Pakistan
Journal: Islamabad Journal of Social Sciences, Vol. 1(1), 39–50 (2020)
Summary: The paper analyzes how water shortages affect livelihoods, income patterns, and social cohesion in rural communities of Karak district, providing policy recommendations for sustainable water management.

Title: Family Planning Aspirations Among Youth in Higher Education: A Study in Islamabad, Pakistan
Journal: Remittances Review, Vol. 9(S4), 1596–1623 (2024)
Summary: This study explores attitudes, preferences, and socio-cultural influences shaping family planning intentions among university students, offering insights into reproductive health education.

Title: Unraveling Beliefs and Politics in the Digital Age: Analyzing Social Media’s Influence on Religious and Political Ideologies Among University Students in Pakistan
Journal: Kurdish Studies, Vol. 12(5), 693–703 (2024)
Summary: This paper investigates how social media platforms shape religious beliefs and political attitudes of university students, highlighting the role of digital engagement in ideological transformation.

Title: The Dynamics Of Urbanization On Family Structures: A Study In Islamabad, Pakistan
Journal: Migration Letters, Vol. 21(S13), 1279–1295 (2024)
Summary: This research examines how rapid urbanization influences family systems, living arrangements, and intergenerational relationships, using Islamabad as a case study.

Title: A Closer Look at the Social Wellbeing of Child Laborers in Pir Wadhai and Mandi Moor, Rawalpindi, Pakistan
Journal: Remittances Review, Vol. 9(S3), 1186–1203 (2024)
Summary: This study provides an in-depth analysis of the living and working conditions of child laborers, highlighting social challenges, educational barriers, and potential policy interventions.

Title: Socio-Cultural Impact Of Urbanization On Rural Students’ Academic Performance: Empirical Evidence From Quaid-I-Azam University, Islamabad, Pakistan
Journal: Migration Letters, Vol. 21(S11), 1267–1283 (2024)
Summary: This paper explores how the transition from rural to urban environments affects the academic performance of university students, focusing on cultural adaptation and social integration challenges.

Conclusion

This scholar’s academic journey is defined by a commitment to bridging theory and practice in the pursuit of social and environmental justice. With a strong grounding in sociological concepts and methods, they have pursued research that addresses the pressing challenges faced by marginalized communities in Pakistan. Their expertise extends beyond research into teaching, academic collaboration, and conference participation, reflecting a well-rounded professional profile. Proficiency in multiple languages and the ability to work in multicultural environments enhance their effectiveness in both academic and community settings. They are deeply committed to producing research that not only contributes to scholarly discourse but also informs practical solutions to social problems. By integrating environmental, gender, urban, and population perspectives into their work, they continue to expand their impact as a researcher and educator, with the ultimate goal of fostering equitable, inclusive, and sustainable social change.

Sareer Ahmad | Climate Linked Diseases | Excellence in Research Award

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Mr. Sareer Ahmad | Climate Linked Diseases | Excellence in Research Award

Visiting Lecturer at Quaid-i-Azam University Islamabad, Pakistan

Sareer Ahmad is a dedicated economics scholar specializing in development economics, international economics, microeconomics, and econometrics. Currently pursuing a doctoral degree at Quaid-i-Azam University, Islamabad, he has built a strong academic and professional profile through research, teaching, and policy analysis. His academic journey reflects a passion for understanding global economic dynamics, with a particular interest in foreign direct investment, environmental quality, and technological advancement. Sareer has contributed to academia as a research associate and visiting lecturer, delivering lectures, guiding students, and producing impactful research publications. His expertise in data analysis tools such as EViews, Stata, and R enables him to conduct rigorous statistical studies and generate evidence-based insights. Committed to advancing sustainable development through informed economic policies, Sareer combines analytical skills, scholarly dedication, and a drive for knowledge dissemination, making him a promising contributor to both academic and policy-oriented economic discourse.

Professional Profile

Scopus

Education

Sareer Ahmad’s academic foundation is deeply rooted in economics, having pursued advanced studies that span undergraduate, postgraduate, and doctoral levels. He holds a Bachelor’s degree in Economics from the University of Swabi, where he developed an early interest in agricultural economics and profitability analysis. He later earned an MPhil in Economics from Quaid-i-Azam University, Islamabad, with research focused on trade dynamics between Pakistan and China, specifically through the lens of the S-Curve phenomenon. Building on this foundation, he is advancing toward a doctoral degree in Economics at the same institution, exploring the relationship between Chinese outward foreign direct investment, environmental sustainability, and host country technological growth. Throughout his education, Sareer has demonstrated excellence in academic performance, research methodology, and analytical thinking. His educational journey has equipped him with deep theoretical knowledge, strong statistical skills, and the ability to integrate complex economic concepts into practical, policy-relevant frameworks.

Experience

Sareer Ahmad has accumulated rich professional experience in academia and research, blending teaching expertise with analytical research skills. As a Visiting Lecturer at Quaid-i-Azam University, he has delivered courses in development economics, international economics, microeconomics, and econometrics, encouraging critical thinking and connecting theory with real-world applications. His role as a Research Associate at the School of Economics involved literature reviews, survey design, data collection, and statistical analysis, along with co-authoring academic publications and supporting grant proposals. Additionally, as a Teaching Assistant in the Directorate of Students Affairs Office, he has provided academic support, led discussions, and evaluated student performance. Across these roles, Sareer has consistently demonstrated an ability to manage diverse academic responsibilities, foster student engagement, and contribute meaningfully to research projects. His combined teaching and research experience reflects a strong commitment to advancing economic knowledge, fostering learning environments, and supporting evidence-based policy development.

Awards and Honors

Sareer Ahmad has been recognized for his outstanding academic performance and research excellence throughout his educational journey. He earned a gold medal for securing top position in his Bachelor’s degree in Economics from the University of Swabi, reflecting his dedication and mastery of the subject. His academic promise was acknowledged early on through a prestigious Higher Education Commission scholarship for his undergraduate studies, providing support and encouragement to pursue his goals. During his postgraduate studies at Quaid-i-Azam University, he was awarded a competitive MPhil fellowship, enabling him to focus on advanced research in economics. These honors highlight his consistent commitment to academic excellence, intellectual growth, and professional development. They also reflect his ability to maintain high performance across different stages of his academic career. Sareer continues to uphold the values of hard work and merit that have earned him recognition, striving to contribute meaningfully to economics and policy research.

Research Focus

Sareer Ahmad’s research is centered on the intersections of international economics, development economics, and environmental sustainability. His doctoral work investigates the impact of Chinese outward foreign direct investment on host countries, focusing on its implications for environmental quality and technological capabilities. He explores how global capital flows influence sustainable development outcomes, combining econometric analysis with policy evaluation. His previous research has examined trade dynamics, particularly the asymmetries in bilateral trade between Pakistan and China, offering insights into economic relationships shaped by structural differences. Beyond these areas, he is interested in econometric modeling, time series analysis, and panel data methods, using tools such as EViews, Stata, and R. His broader research goal is to contribute to evidence-based policymaking that balances economic growth with environmental stewardship. By linking empirical findings with policy implications, Sareer aims to address complex challenges at the intersection of global trade, investment, and sustainability.

Publication Top Notes

Title: Greening Agriculture: Exploring the Asymmetric Impact of Agriculture on Carbon Emissions in SCO Countries
Journal: Journal of Agriculture and Environment for International Development
Year: 2025

Summary:
This article examines how agricultural activities in the Shanghai Cooperation Organization (SCO) countries influence carbon emissions, with a particular focus on asymmetric impacts. Using empirical analysis, the study identifies how different agricultural practices, production levels, and policy approaches either mitigate or exacerbate environmental degradation. The findings highlight the need for tailored sustainability strategies in SCO nations, emphasizing that a one-size-fits-all policy may be ineffective due to varied economic structures, resource availability, and technological adoption. The research contributes to global discussions on green agriculture by providing region-specific insights that bridge environmental goals with agricultural productivity.

Conclusion

Sareer Ahmad represents a blend of scholarly dedication, analytical expertise, and a commitment to meaningful economic research. His academic journey, from early studies in economics to advanced doctoral research, reflects a consistent focus on understanding and addressing real-world economic challenges. Through his teaching, he has inspired students to think critically and apply economic concepts to contemporary issues. Through his research, he has contributed to important debates on trade, investment, and sustainable development, offering insights that are both theoretically rigorous and practically relevant. His proficiency in advanced econometric tools and statistical analysis strengthens his ability to provide evidence-based solutions for policy and development challenges. With a clear vision for contributing to academia, research, and public policy, Sareer continues to expand his expertise and impact. He aspires to work within dynamic environments where his skills and knowledge can drive informed decision-making, sustainable growth, and long-term economic resilience.

Megan Meuti | WNV Mosquito Seasonality | Best Researcher Award

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Dr. Megan Meuti | WNV Mosquito Seasonality | Best Researcher Award

Associate Professor at The Ohio State University ,United States

Megan Elizabeth Meuti is an Associate Professor in the Department of Entomology at The Ohio State University. She is an accomplished researcher whose work focuses on the seasonal and reproductive biology of mosquitoes, particularly species that transmit West Nile virus and other diseases affecting humans, livestock, and wildlife. She is widely recognized for her interdisciplinary approach, integrating molecular biology, ecology, and vector management strategies to address pressing public health challenges. Her research has been supported by competitive grants from major funding agencies, leading to numerous peer-reviewed publications, book chapters, and collaborative projects with national and international partners. Megan is also dedicated to mentoring undergraduate, graduate, and postdoctoral researchers, fostering the next generation of scientists. Through her leadership, she advances scientific understanding of insect biology while translating discoveries into practical solutions for disease prevention and ecological balance in shared human and wildlife environments.

Professional Profile

Scopus | Google Scholar | Orcid

Education

Megan Elizabeth Meuti completed her higher education entirely at The Ohio State University, earning dual bachelor’s degrees in Entomology and Microbiology, both with high academic distinction. She later pursued doctoral research in the Department of Entomology, focusing on the relationship between circadian clocks and photoperiodic diapause in the Northern house mosquito, Culex pipiens. Her doctoral work examined how internal biological rhythms interact with seasonal cues to influence mosquito dormancy and reproduction, a subject with significant implications for understanding and controlling vector-borne diseases. Under the guidance of a distinguished advisor, she developed expertise in molecular biology, insect physiology, and environmental adaptation mechanisms. This academic foundation has been instrumental in shaping her research career, equipping her with a unique blend of field, laboratory, and analytical skills. Her educational journey established a strong interdisciplinary base, enabling her to bridge fundamental science with applied strategies in vector control and ecological health.

Experience

Megan Elizabeth Meuti currently serves as an Associate Professor of Entomology at The Ohio State University, where she leads a dynamic research program. Her academic career includes service as an Assistant Professor in the same department and prior teaching experience as a Visiting Professor in biology. She has undertaken multiple leadership roles, including chairing departmental committees, serving as Associate Editor for a peer-reviewed journal, and participating in faculty and student award committees. Her expertise has led to extensive collaborations with researchers in the United States and internationally, contributing to projects funded by agencies such as the NIH, NSF, USDA, and the International Atomic Energy Agency. She has worked with local mosquito control organizations to evaluate integrated pest management strategies while safeguarding pollinator health. Her role encompasses research, teaching, mentorship, and public outreach, making her a multifaceted contributor to both academic and applied entomology.

Awards and Honors

Megan Elizabeth Meuti’s career is distinguished by numerous awards recognizing her excellence in research, teaching, and mentorship. She has received honors for outstanding undergraduate advising, excellence in undergraduate research mentoring, and professional teaching achievement from the Entomological Society of America. Her research excellence has been acknowledged through awards from the Ohio Agricultural Research Development Center and the Department of Entomology, including recognition for graduate research, teaching, and service. She has also earned travel and presentation awards from national and international scientific societies, highlighting the impact and quality of her work. These accolades reflect her ability to excel in diverse aspects of academia, from generating high-impact research to inspiring students and peers. The consistent recognition from prestigious institutions and professional organizations underscores her leadership in advancing entomological science and her dedication to fostering inclusive and innovative scientific communities.

Research Focus

Megan Elizabeth Meuti’s research centers on understanding the seasonal and reproductive biology of disease-vector mosquitoes, particularly Culex and Aedes species. Her work explores how environmental cues such as light, temperature, and seasonal changes interact with internal biological systems like the circadian clock to regulate mosquito dormancy, reproduction, and disease transmission potential. She investigates the molecular and physiological mechanisms behind diapause, the influence of male mosquito ejaculates on female reproductive behavior, and the evolution of blood-independent egg production. Her research also addresses applied challenges, such as balancing pollinator health with mosquito management in urban environments, and improving sterile insect technique applications. By combining molecular biology, ecology, and epidemiology, her work informs predictive models of vector-borne disease risk. Through interdisciplinary collaborations, she integrates fundamental discoveries with practical strategies to improve public health and support ecological stability in the face of urbanization and climate change.

Publication Top Notes

Title: Genome Sequence of the Tsetse Fly (Glossina morsitans): Vector of African Trypanosomiasis
Authors: International Glossina Genome Initiative, GM Attardo, PP Abila, JE Auma, …
Journal: Science(2014)
Summary: Presents the complete genome of Glossina morsitans, offering insights into reproduction, immunity, and parasite transmission, paving the way for targeted disease control.

Title: Functional circadian clock genes are essential for the overwintering diapause of the Northern house mosquito, Culex pipiens
Authors: ME Meuti, M Stone, T Ikeno, DL Denlinger
Journal: Journal of Experimental Biology,(2015)
Summary: Reveals how circadian clock genes regulate diapause, enabling mosquitoes to survive harsh winter conditions.

Title: Evolutionary links between circadian clocks and photoperiodic diapause in insects
Authors: ME Meuti, DL Denlinger
Journal: Integrative and Comparative Biology, (2013)
Summary: Reviews the evolutionary connection between biological clocks and seasonal diapause, highlighting shared genetic pathways.

Title: Evolutionary and functional genetics of insect diapause: a call for greater integration
Authors: GJ Ragland, PA Armbruster, ME Meuti
Journal: Current Opinion in Insect Science,(2019)
Summary: Advocates combining evolutionary biology with molecular genetics to better understand the complexity of insect diapause.

Title: Artificial light at night alters the seasonal responses of biting mosquitoes
Authors: LR Fyie, MM Gardiner, ME Meuti
Journal: Journal of Insect Physiology, (2021)
Summary: Shows that nighttime light exposure disrupts mosquito seasonal patterns, potentially increasing disease risks.

Title: Circadian transcription factors differentially regulate features of the adult overwintering diapause in the Northern house mosquito, Culex pipiens
Authors: V Chang, ME Meuti
Journal: Insect Biochemistry and Molecular Biology, (2020)
Summary: Identifies specific transcription factors controlling different aspects of diapause in mosquitoes.

Title: Mom Matters: Diapause Characteristics of Culex pipiens–Culex quinquefasciatus Hybrid Mosquitoes
Authors: ME Meuti, CA Short, DL Denlinger
Journal: Journal of Medical Entomology,(2015)
Summary: Finds that maternal lineage strongly influences diapause traits in hybrid mosquito populations.

Conclusion

Megan Elizabeth Meuti exemplifies the integration of scientific curiosity, academic leadership, and public health impact. Her career bridges fundamental research on mosquito biology with practical applications in disease prevention, reflecting a deep commitment to solving global health challenges. She has cultivated strong networks of collaborators across disciplines and countries, fostering a research environment that values innovation, mentorship, and inclusivity. Her work not only advances knowledge of insect physiology and seasonal ecology but also shapes strategies for sustainable vector control, protecting both human health and biodiversity. Through her teaching, she inspires students to pursue scientific inquiry with rigor and creativity. Her track record of funded projects, publications, and scientific service positions her as a leader in entomology whose contributions have lasting relevance. Megan’s continued dedication ensures that her work will influence both academic research and applied health initiatives for years to come.

Timothy Waje | Epidemiology of viral diseases | Best Academic Researcher Award

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Mr. Timothy Waje | Epidemiology of viral diseases | Best Academic Researcher Award 

Ph.D.Researcher at Abubakar Tafawa Balewa University Bauchi ,Nigeria

Timothy Waje is a dedicated Nigerian professional with a strong commitment to health education, disease control, and research. He blends leadership, strategic planning, and organizational skills in both academic and field environments. Known for his work in neglected tropical diseases, his career spans public health, microbiology, and institutional leadership. Timothy has excelled in managing complex projects under pressure, fostering collaborations, and achieving measurable results in challenging environments across northern Nigeria. His multidisciplinary approach combines scientific research, policy engagement, and grassroots mobilization. With a natural ability to train and lead, he continuously drives health improvements through capacity-building initiatives and innovative solutions. His familiarity with Nigeria’s diverse regional contexts enhances his effectiveness in community engagement and program implementation. In every role, Timothy demonstrates integrity, dedication, and a passion for public service, making him an influential figure in the health and research sectors.

Professional Profile

Scopus

Education

Timothy Waje has pursued a progressive academic path rooted in microbiology and public health. His foundational studies equipped him with deep knowledge in applied microbiology, research methodology, and epidemiology. Through advanced degrees, he developed expertise in medical microbiology and expanded his understanding of infectious disease control, biostatistics, and public health systems. His academic journey is marked by continuous learning and critical thinking, supported by hands-on training in laboratory sciences and data analysis. Waje’s education reflects a clear alignment with his professional focus, as he explored both theoretical and practical aspects of disease transmission, diagnostics, and community-based health strategies. He has also acquired strong competencies in research design, data interpretation, and scientific communication. These qualifications have not only enhanced his academic credentials but also strengthened his leadership in public health interventions, particularly in northern Nigeria. His commitment to education continues to shape his impact as a trainer, researcher, and mentor in the field.

Experience

Timothy Waje brings a wealth of experience across the fields of public health, microbiology, education, and banking. As a provost, he has overseen administrative and academic functions, trained staff, led institutional governance, and taught core subjects in microbiology and disease control. In public health, he has served as a consultant and field expert on multiple neglected tropical diseases programs, successfully conducting surveys, monitoring treatments, and leading community mobilization. His roles have involved supervising data collection, analyzing survey outcomes, and managing implementation logistics. He has also played critical roles in organizing training sessions, facilitating capacity development, and interacting with government and health agencies. Before transitioning into health leadership, Timothy worked in the banking sector, where he excelled in customer service, compliance, operations, and financial management. Across sectors, his ability to lead, organize, and meet deliverables under pressure has distinguished his career. He adapts easily, solves problems strategically, and mentors others effectively in various roles..

Research Focus

Timothy Waje’s research is grounded in medical microbiology, infectious diseases, and epidemiology, with a special focus on public health concerns in northern Nigeria. His work addresses key health challenges such as cytomegalovirus, lymphatic filariasis, hepatitis viruses, malaria, and Campylobacter infections. Through reviews, clinical studies, and laboratory-based investigations, he examines pathogen prevalence, molecular patterns, genetic diversity, and drug resistance. His research combines both quantitative and qualitative methodologies, often informed by real-world public health interventions. Waje contributes to understanding the spread, diagnosis, and control of diseases that affect vulnerable populations. His investigations aim to inform evidence-based decision-making, improve diagnostics, and support targeted interventions in community settings. He is especially interested in diseases with socioeconomic impacts, focusing on prevention, early detection, and sustainable health education. Waje collaborates with academic, governmental, and international organizations, and is committed to sharing knowledge that advances both science and the practical management of infectious diseases.

Publication Top Notes

Title: Occurrence of Cytomegalovirus among Pregnant Antenatal Women within Bauchi Metropolis, Nigeria

Journal: Clinical Epidemiology and Global Health

Summary:
This study investigates the presence and prevalence of cytomegalovirus (CMV) infection among pregnant women attending antenatal clinics in Bauchi, Nigeria. The research focuses on understanding the epidemiological patterns and potential health implications of CMV infections during pregnancy. Utilizing serological testing methods, the study evaluates CMV exposure levels in a representative sample of pregnant women. The findings contribute to public health awareness regarding maternal CMV infection and stress the need for routine screening in antenatal care settings to reduce potential risks to maternal and fetal health.

Conclusion

Timothy Waje stands out as a versatile professional with a rare combination of academic rigor, field experience, and organizational leadership. His journey reflects a commitment to service, whether through education, scientific research, or health program implementation. In every role, he promotes teamwork, quality delivery, and continuous learning. Waje’s work contributes meaningfully to disease control, institutional development, and capacity building in underserved areas. His interdisciplinary expertise and regional familiarity position him to address complex health challenges with culturally sensitive and evidence-based strategies. Beyond technical skills, his strong ethical foundation, communication abilities, and leadership qualities inspire those he works with. As he continues to advance in research and academic pursuits, his impact is felt across public health, education, and community engagement landscapes. Timothy Waje exemplifies the qualities of a dedicated scholar, capable administrator, and transformative health advocate who consistently strives for excellence, collaboration, and the betterment of society through knowledge and service.

Sajida Nawaz | Nanofibers | Best Researcher Award

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Dr. Sajida Nawaz | Nanofibers | Best Researcher Award

Doctoral at UET, lahore ,Pakistan

Sajida Nawaz is a dedicated physicist and emerging researcher in the field of nanotechnology and biomedical materials. With a background rooted in applied and theoretical physics, she brings strong interdisciplinary insight into the development of innovative nanomaterials for medical and environmental applications. Her work bridges physics, materials science, and biomedical engineering, with a focus on sustainable and biocompatible solutions. She has contributed to multiple collaborative research projects and has represented her work through international conferences and poster presentations. Sajida is highly regarded for her commitment to scientific excellence, detailed experimentation, and hands-on proficiency in advanced characterization techniques. As a visiting scholar, she has extended her academic reach internationally, exploring new methodologies and forming global collaborations. Her drive to address real-world challenges through nanoscience places her at the forefront of applied research, where she continues to grow as a promising scientist contributing to innovative solutions in healthcare and ecological sustainability.

Professional Profile

Google scholar | Scopus

Education

Sajida Nawaz has pursued a structured and in-depth academic path grounded in physics and nanoscience. She began with a foundational degree in physics, where she developed strong analytical and problem-solving skills. Her academic progression continued through postgraduate studies in applied physics, deepening her understanding of material behavior and experimental methods. Furthering her academic journey, she is now engaged in advanced doctoral research with a focus on nanotechnology and biomedical applications. Her academic training has equipped her with a robust understanding of physical principles, along with specialized skills in nanoparticle synthesis, laser-material interaction, and surface morphology. Sajida’s academic work includes the successful completion of dissertations and theses centered on the physicochemical properties of nanomaterials and the impact of irradiation on polymers. Her education blends theoretical learning with practical lab expertise, which has enabled her to contribute meaningfully to scientific research, publications, and collaborations in both national and international academic environments.

Experience 

Sajida Nawaz has gained extensive research and academic experience through a combination of institutional affiliations and international collaborations. She has worked in advanced laboratories focused on material science and nanotechnology, where she developed expertise in techniques such as UV-Vis spectrophotometry, FTIR, XRD, TGA, FESEM, and TEM. Her experience spans both academic and applied research, including the synthesis and characterization of nanomaterials for medical and ecological applications. She has presented her work at scientific workshops, international conferences, and research competitions. As a visiting research scholar at a prominent center for nanotechnology, she expanded her technical capabilities and built global academic networks. Sajida has also co-authored several peer-reviewed articles in reputed journals, demonstrating her ability to contribute meaningfully to interdisciplinary scientific discussions. Her hands-on experience with high-end instrumentation and collaborative projects reflects her capability to work in diverse research settings while contributing original ideas and experimental precision to complex scientific challenges.

Research Focus 

Sajida Nawaz’s research focuses on the intersection of nanotechnology, biomedical engineering, and material science. Her work involves the synthesis and application of biocompatible nanoparticles and nanofibers, particularly for drug delivery and vector control. She specializes in electrospinning and electrospraying techniques to produce functional nanomaterials, often integrating essential oils and chitosan to develop eco-friendly acaricides. Her research also explores laser-matter interaction and polymer surface morphology for industrial and healthcare purposes. Sajida employs a variety of advanced tools, including FESEM, UV-Vis spectrophotometry, XRD, FTIR, and TGA to characterize materials and evaluate their therapeutic and structural properties. She is particularly interested in creating sustainable and effective solutions for disease prevention using nanomedicine and bioassays. Her investigations extend to both theoretical modeling and practical applications, positioning her work at the frontier of global scientific needs. Through collaborative international research, she continues to contribute to advancements in medical nanotechnology and environmental health solutions.

Publication Top Notes

Title: Synthesis, Characterization, and Biocompatibility of Pure and Doped Magnetite Nanoparticles for Magnetic Hyperthermia in Cancer Treatment
Authors: JU Hassan, S Shahzadi, F Waheed, S Nawaz, R Sharif, S Riaz, D Ban
Journal: Applied Physics A
Summary: This research focuses on the preparation and analysis of magnetite nanoparticles, both pure and doped, for use in magnetic hyperthermia cancer therapy. The study evaluates their structural, magnetic, and biocompatibility characteristics, suggesting their promise as safe and effective agents for non-invasive cancer treatment.

Title: Biocontrol Potential of Nano-Encapsulated Essential Oil Crosslinked with Chitosan Nanoparticles Against Tick-Borne Diseases
Authors: S Nawaz, S Shamaila, M Oneeb, JU Hassan, S Ahmad, S Ramakarshina, et al.
Journal: Colloids and Surfaces A: Physicochemical and Engineering Aspects
Summary: This paper investigates the antimicrobial and pesticidal efficacy of essential oils nano-encapsulated with chitosan for controlling ticks. The formulation exhibited enhanced stability and biocontrol properties, offering a potential eco-friendly solution to tick-borne disease management.

Title: ITSM Applications Within Selected Logistics and Transport
Authors: MN Tariq Niamat, Waqar Azeem, Saira Imtiaz, Sajida Nawaz, Kainat Ilyas
Journal: Pakistan Journal of Scientific Research (PJOSR)
Summary: This study assesses the implementation of IT Service Management (ITSM) systems in logistics and transport operations. It discusses how ITSM enhances workflow, reduces operational downtime, and improves service delivery, thereby contributing to digital transformation in supply chains.

Title: AEOF Nano-Encapsulated
Journal: Journal of Population Therapeutics & Clinical Pharmacology
Summary: This article explores the pharmacological potential of nano-encapsulated AEOF compounds. The study emphasizes improved bioavailability, controlled release, and therapeutic targeting, highlighting implications for enhanced drug delivery and patient outcomes in clinical treatments.

Conclusion

Sajida Nawaz exemplifies a new generation of interdisciplinary researchers committed to addressing global health and environmental challenges through science and innovation. With strong academic foundations and hands-on expertise in nanotechnology, she merges theoretical knowledge with real-world applications. Her active participation in collaborative research, both nationally and internationally, reflects her dedication to learning and contributing to global scientific progress. Sajida’s research not only enhances academic understanding but also holds tangible promise for improving lives, particularly in the areas of disease control and sustainable biomedical solutions. Her continued pursuit of innovation through international exposure and scientific inquiry underlines her role as a proactive and forward-thinking scholar. As she advances her doctoral studies and expands her publication record, Sajida remains committed to building bridges across disciplines and borders. Her trajectory signals a career marked by purpose, precision, and potential, making her a valuable contributor to the evolving landscape of nanoscience and applied physics.

Moses Adriko | Schistosomiasis | Best Researcher Award

Published on by Global Diseases Research

Dr. Moses Adriko | Schistosomiasis | Best Researcher Award

Senior Entomologist at Ministry of Health, National Malaria Elimination Division, Uganda

Moses Adriko is a distinguished Senior Entomologist with the Ministry of Health in Uganda, recognized for his expertise in medical entomology, parasitology, and public health leadership. With an academic role as a public health research fellow and reader at Nkumba University, he bridges policy, practice, and academia. Adriko plays a pivotal role in coordinating integrated vector management strategies, especially in controlling malaria vectors and other disease-causing agents. His national and international collaborations have positioned him as a key contributor to the fight against neglected tropical diseases. A respected voice in policy development, he is involved in various global expert committees, including those under the World Health Organization. His contributions extend to environmental health, disease surveillance, and community health systems. Through his leadership, Moses Adriko continues to influence strategic decisions aimed at improving health outcomes across Uganda and beyond.

Professional Profiles

Orcid | Scopus

Education 

Moses Adriko holds a robust academic foundation spanning medical entomology, public health, business administration, and leadership. His doctoral research at Nkumba University investigates fascioliasis within a One Health framework, merging human, animal, and environmental health perspectives. He has completed advanced degrees in public health and business administration from Nexus International University, gaining cross-disciplinary expertise in health policy and management. His formal training includes a bachelor’s degree in science from Makerere University and a diploma in medical entomology and parasitology. Beyond degree programs, Adriko has engaged in continuous professional development through prestigious short courses and certificates offered by institutions in Switzerland, Egypt, Kenya, Sudan, and Zambia. These cover advanced epidemiology, parasitology, disease eradication strategies, research design, and ethical conduct in public health. His educational background has been instrumental in equipping him with the technical and strategic capabilities required for leading complex disease control programs both nationally and globally.

Experience 

Moses Adriko has extensive professional experience in disease control, vector management, and health systems strengthening. As a Senior Entomologist with the Ministry of Health, he is tasked with planning, coordinating, and implementing integrated strategies for vector-borne disease prevention. He has served as a program officer for national bilharzia and worm control initiatives and contributed to externally funded projects like ASCEND. Adriko’s work spans both field and administrative roles, including technical training, stakeholder engagement, and policy execution. In addition to his governmental duties, he has held academic positions, lecturing in medical entomology and parasitology at the Uganda Institute of Allied Health and Management Sciences. He has served on ethics review committees, ensuring compliance in research protocols related to public health. His leadership and hands-on engagement in disease surveillance, community mobilization, and health promotion initiatives have solidified his reputation as a reliable authority in tropical medicine and integrated vector control in Uganda.

Awards and Honors

Moses Adriko has received multiple recognitions for his contributions to tropical disease control and public health research. He has been awarded numerous travel fellowships to attend global workshops and conferences focused on neglected tropical diseases, water infrastructure, and disease eradication strategies. These include events hosted in South Africa, Ethiopia, Tanzania, Senegal, the United Arab Emirates, Kenya, and Zambia. His participation in these prestigious forums reflects his role as both a contributor and thought leader in the field. He has also been recognized for his involvement in advancing community-based health programs and promoting integrated approaches to disease prevention. In addition to conference-based honors, Adriko has been invited to contribute to high-level policy dialogues and project planning sessions organized by international agencies. His consistent engagement with global partners underscores his dedication to translating scientific knowledge into action. These accolades affirm his influence in shaping strategies for disease elimination and health system innovation.

Research Focus

Moses Adriko’s research centers on neglected tropical diseases, with particular emphasis on vector ecology, disease transmission, and integrated control strategies. His current work explores the molecular epidemiology of fascioliasis using a One Health approach, examining the interconnected health of humans, animals, and ecosystems. He has contributed to projects funded by global bodies, including the European Union and international philanthropic organizations, to investigate persistent schistosomiasis infections, praziquantel efficacy, and diagnostic innovation in low-resource settings. Adriko’s research seeks to bridge gaps between clinical, environmental, and policy domains by designing interventions that are scalable, cost-effective, and community-centered. His multidisciplinary collaborations have produced insights into vector biology, drug resistance, and effective surveillance systems. A prolific contributor to peer-reviewed journals, he is also an active manuscript reviewer for leading journals on tropical diseases. His scientific contributions aim to inform national programs and global strategies for eliminating parasitic diseases in sub-Saharan Africa.

Publication Top Notes

Title: Associations between helminth infection status and the composition and concentration of fecal bile acids in school-age children in Uganda
Journal: Scientific Reports
Summary: This study explores how helminth infections influence bile acid profiles in fecal samples from Ugandan children, revealing potential biomarkers of infection and intestinal health.

Title: Meta-analysis and systematic review of the prevalence and risk factors of animal fascioliasis in Eastern and Southern Africa
Summary: A comprehensive meta-analysis identifying the geographic spread, prevalence, and risk determinants of animal fascioliasis to guide veterinary health policy in Eastern and Southern Africa.

Title: Safety and efficacy of praziquantel 40 mg/kg versus 80 mg/kg in preschool-aged children with intestinal schistosomiasis in Uganda: a 2×2 factorial, double-blind, placebo-controlled, phase 2 randomised trial
Journal: Lancet Global Health
Summary: This clinical trial evaluates whether higher dosing of praziquantel is both safe and more effective for preschool-aged children with schistosomiasis, using a rigorous 2×2 factorial trial design.

Title: School-aged Schistosoma mansoni infection levels after long-term programmatic control show failure to meet control programme targets and evidence of a persistent hotspot: evaluation of the FibroScHot trial baseline data
Journal: PLOS Neglected Tropical Diseases
Summary: Baseline data from the FibroScHot trial shows persistent high infection levels of Schistosoma mansoni in some Ugandan areas, suggesting current control efforts are inadequate and hotspots remain.

Title: Development of a latex microsphere-based lateral flow immunoassay for the diagnosis of schistosomiasis japonica
Journal: PLOS Neglected Tropical Diseases
Summary: Researchers developed a novel lateral flow diagnostic tool using latex microspheres to enhance sensitivity and rapid detection of Schistosoma japonicum infections in endemic areas.

Conclusion

Moses Adriko’s professional journey reflects a sustained commitment to combating neglected tropical diseases through science, policy, and community engagement. With a rare blend of technical expertise, academic rigor, and leadership acumen, he has influenced public health interventions at both grassroots and strategic levels. His integrated approach to vector management, grounded in empirical research and field application, continues to drive innovations in disease surveillance and control. Through his academic work, mentorship, and participation in international health committees, Adriko contributes to building resilient health systems that prioritize equity and sustainability. His work is characterized by interdisciplinary collaboration, a deep understanding of disease ecology, and the ability to mobilize diverse stakeholders. As global health challenges evolve, he remains a vital contributor to shaping responsive and evidence-based interventions. His legacy is not only in the policies he has shaped or the programs he has led but also in the lives improved through his dedication to public health.

 

Daouda SAMA | Public Health | Best Researcher Award

Published on by Global Diseases Research

Dr. Daouda SAMA | Public Health | Best Researcher Award

Adjunct Professor at University of Lomé ,Togo

Dr. Daouda Sama is an Adjunct Professor at the Department of Earth Sciences, University of Lomé, Togo. Specializing in environmental geochemistry, his work focuses on pollutant dispersion, health risk assessments, and sustainable coastal management. He has significantly contributed to West African environmental science by modeling industrial emissions and their ecological and human health impacts. His research incorporates advanced tools like AERMOD and Delft3D, bridging scientific understanding and practical application. Dr. Sama has led or contributed to over 40 consultancy projects, guiding environmental impact assessments for major industrial and government clients across West Africa. His academic contributions include 8 peer-reviewed articles in international journals, and he serves as a certified peer reviewer. Actively collaborating with local and international partners, he plays a pivotal role in projects addressing marine pollution, groundwater quality, and regulatory compliance. His work is shaping environmental policy and enhancing ecosystem resilience in developing regions.

Professional Profiles

Scopus | Orcid

Education 

Dr. Daouda Sama has pursued an academically rich path rooted in earth and environmental sciences. He earned his Bachelor’s degree in Geology, followed by a Master’s degree in Hydrology and Hydrogeology from the University of Lomé. He later completed his Ph.D. in Systemic Geochemistry and Multimodal Modeling from the same institution. His doctoral research focused on integrating pollutant dispersion modeling with geochemical assessments to evaluate the health risks of industrial emissions and water contamination. Throughout his studies, he demonstrated a strong interdisciplinary approach, merging geological sciences with public health and environmental policy. His academic journey has been guided by prominent mentors, particularly Prof. Kissao Gnandi, under whose leadership he developed innovative frameworks for environmental monitoring and adaptive quality standards. His educational background has provided a solid foundation for his dual roles in academia and consultancy, allowing him to contribute to both research and applied environmental management.

Experience 

Dr. Daouda Sama brings extensive professional experience from academia, consultancy, and field-based research. As an Adjunct Professor at the University of Lomé, he has taught both undergraduate and graduate courses in earth sciences and has led significant research on geochemistry and pollution assessment. Beyond academia, he has participated in numerous consultancy projects addressing environmental impact assessment, pollution monitoring, geospatial mapping, and water resource management. His clients span national and international institutions, including GIZ, the World Bank, and industrial entities like Dangote and Contour Global. He has worked on projects involving mining waste, coastal pollution, and aquifer contamination across Togo, Benin, Niger, and Congo. His technical roles have included lead analyst, hydrogeologist, and geospatial expert. He is skilled in AAS, spectrophotometry, and modeling software such as Delft3D and AERMOD. His work has directly contributed to policy frameworks, regulatory compliance, and sustainable environmental management in West Africa.

Research Focus 

Dr. Sama’s research centers on environmental geochemistry and its implications for public health and ecosystem resilience. He specializes in modeling the dispersion of pollutants from industrial sources using advanced tools such as AERMOD and Delft3D, enabling receptor-specific risk evaluations near vulnerable sites like schools and clinics. His studies assess the geochemical behavior of mining waste and the bioavailability of contaminants in aquatic systems, particularly along the Gulf of Guinea. He is currently advancing adaptive frameworks for air and water quality that are contextually suited for West African environments. His projects range from modeling the hydrodynamic effects of phosphate discharge to tracking metal pollution in fish and agricultural products. Dr. Sama’s interdisciplinary work integrates geochemistry, public health, and environmental policy, offering practical solutions for pollution mitigation and sustainable development. His research directly supports national and regional efforts to monitor environmental risks, promote regulatory compliance, and protect both ecosystems and communities.

Publication Top Notes

Title: Toxic Trajectories: Modeling Heavy Metal-Laden Phosphate Dust Dispersion and Multi-Receptor Health Risks Near Kpémé’s Industrial Zone

Journal: Results in Engineering

Summary:
This study presents an environmental modeling approach to trace the dispersion of phosphate dust contaminated with heavy metals from industrial activities in Kpémé, Togo. Using advanced atmospheric and geographic modeling tools, the research evaluates how toxic particles travel and affect various environmental and human receptors. The findings reveal elevated risk zones, highlighting vulnerable populations and ecosystems exposed to chronic contamination. The work contributes to industrial pollution management and public health risk assessment by offering a spatially explicit framework for multi-receptor analysis.

Conclusion 

Dr. Daouda Sama exemplifies the synergy of research, teaching, and field-based environmental consultancy. Through a decade of academic and professional contributions, he has established himself as a leader in environmental geochemistry in West Africa. His innovative methods for pollutant dispersion and health risk modeling have shaped environmental policies and regulatory practices in Togo and beyond. As an educator, he fosters critical scientific thinking and environmental responsibility among students. As a consultant, he has provided actionable insights to major stakeholders in industry, government, and international organizations. His scholarly publications and peer review activities reflect his commitment to scientific excellence. Looking ahead, Dr. Sama aims to deepen regional collaborations, expand his geochemical modeling research, and advocate for sustainable industrial practices grounded in data-driven environmental science. His work continues to bridge scientific knowledge and public policy, contributing to a healthier, more resilient future for West African communities and ecosystems.