Dr. Teshome Dengiso Megiso | Mechanical Engineering | Best Researcher Award
Dr. Teshome Dengiso Megiso | Mechanical Engineering | Ph.D Scholar at Adama Science and Technology University | Ethiopia
Dr. Teshome Dengiso Megiso is a highly committed Ph.D. scholar at Adama Science and Technology University whose academic journey, research expertise, and professional contributions reflect excellence in automotive engineering, renewable energy, and sustainable technology development. He holds B.Sc. and M.Sc. degrees in Automotive Engineering, and currently pursues doctoral studies in Mechanical Engineering, building on a strong academic foundation that enables him to address global challenges in clean mobility and green energy. Over the course of his career, Dr. Teshome has served as a lecturer, mentor, coordinator, and academic leader, demonstrating significant professional experience at both Adama Science and Technology University and Arba Minch Polytechnic College, where he contributed to teaching, supervision of undergraduate and postgraduate theses, curriculum design, and institutional quality enhancement. His research interests span IC engines, biofuels, combustion and emissions, nanomaterials, and renewable energy integration in automotive systems, areas that align with global priorities in decarbonization and energy transition. He has actively participated in international collaborations, notably with HNU University of Applied Sciences in Germany, where he contributed to the Applied Entrepreneurship Education Program, exhibitions, and cross-cultural academic exchanges. Dr. Teshome has established strong research skills in experimental testing, failure mode analysis, biodiesel-diesel blends, graphene oxide nanoparticle additives, and ergonomic studies, while also excelling in project leadership, consultancy, and technical innovation. His publication record includes articles in Elsevier, Springer, and other reputed journals, with three indexed in Scopus and accumulating more than 30 citations, reflecting growing recognition of his scholarly contributions. His key works have addressed topics such as marine microalgae biodiesel performance, automotive gear failure analysis, ergonomic optimization of passenger transport, and small enterprise growth factors, showcasing versatility across applied engineering domains.
Academic Profile: ORCID | Google Scholar
Featured Publications:
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Effects of graphene oxide nanoparticles on the performance and emissions of marine microalgae-derived biodiesel-diesel blends in a diesel engine- 2025 (12 Citations)
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Failure Mode Analysis of Automotive Final Drive Gears – 2019 (7 Citations)
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Investigation of Significant Factors for Growth of Micro and Small Enterprises – 2019 (6 Citations)
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Passengers’ Ergonomics Evaluation of Intercity Buses: Optimization of Bus Body Building Methods – 2017 (6 Citations)