Dr. Richao Cong -Green Energy System Design - Best Researcher Award

Shizuoka University of Art and Culture - Japan

Author Profile

🎓 Early academic pursuits

Richao Cong began his academic journey with a deep-rooted interest in environmental and sustainable technologies. after earning his ph.d. in 2016, he quickly moved into high-impact research roles, notably contributing to cutting-edge studies at the national institute for environmental studies (nies), japan. his academic training laid a strong foundation in energy systems and power electronics, which continues to influence his teaching and research focus today.

👨‍🏫 Professional endeavors

Richao Cong currently serves as a lecturer at the shizuoka university of art and culture, japan. prior to this role, he held the position of specially appointed associate professor at the university of kitakyushu. he has also served as a post-doctoral researcher at nies, where he remains active as a visiting researcher. in addition, he is a part-time lecturer at the university of kitakyushu. his academic journey reflects a Green Energy System Design seamless integration of environmental science with applied power electronics, addressing urban sustainability and eco-innovation.

🔬 Contributions and research focus

Richao Cong has completed two major research projects and is currently leading another. his research centers on sustainable development, energy policy, and environmental systems, with a cross-disciplinary approach that includes power electronics as a tool for improving energy efficiency in Green Energy System Design resilient city planning. his scholarly work is published in 21 indexed journals and includes two books with isbn registration. he has also received three significant awards from both japanese academic institutes and international organizations, recognizing his innovative contributions.

🌍 Impact and influence

Beyond publications, richao cong’s impact is evident in his extensive academic service. he holds 17 editorial appointments and has served on numerous technical and scientific committees for prestigious conferences like sdewES, nefes, and amee. his leadership roles, including serving as committee secretary for the Green Energy System Design society of environmental science in japan and chairing sessions on sustainability and power electronics applications, underscore his influence on shaping global discourse in environmental and engineering fields.

📊 Academic cites

Richao Cong’s academic reach includes a citation index of 6, which continues to grow alongside his dynamic publication record. his work resonates within both academic and policy-making circles, thanks to its timely relevance to sustainability and its interdisciplinary methodology. his ability to connect theory with Green Energy System Design real-world applications in power electronics and sustainable development positions him as a rising scholar in his field.

🧭 Legacy and future contributions

Looking ahead, richao cong aims to further bridge academia and industry through collaborative projects and advanced research in ecological infrastructure. his future endeavors focus on international partnerships and expanding the global reach of his work through new conference engagements and research initiatives. with a commitment to mentoring students and contributing to policy frameworks, his legacy is being built on sustainable innovation and academic leadership.

Notable Publication

Title: An intelligent-based framework for urban energy transition and sustainable development
Authors: Richao Cong, Mirei Abe, Atsushi Fujiyama, Toru Matsumoto
Journal: Renewable Energy
Title: How Should AI Technique Support Wastewater Treatment and Sludge Management? A Case Study from Mongolia
Authors: Richao Cong, Tumurtogtokh Oyunchimeg, Atsushi Fujiyama, Toru Matsumoto
Journal: EcoDesign for Circular Value Creation: Volume I (Book Chapter)
Title: 食品ロス削減に向けた食品の発注精度向上に関する研究 (Study on Improving Order Accuracy of Food Products to Reduce Food Loss)
Authors: 呉嘉楠, 叢日超 (Richao Cong), 松本亨, 李雅娟
Journal: 環境共生 (Journal of Harmonized Environmental Studies)
Title: An optimal scheme assists the municipalities in Fukuoka, Japan in achieving their goal of 100% renewable energy supply and future decarbonization
Authors: Richao Cong, Atsushi Fujiyama, Toru Matsumoto
Journal: Energy Nexus
Title: Optimal plastic recycling system and technology development could accelerate decarbonization: A case study from Japan
Authors: Richao Cong, Atsushi Fujiyama, Toru Matsumoto
Journal: Waste Management
Title: Green Energy Management System Built by AI Technique to Support the Regional Sustainable Development in Japan
Authors: Richao Cong, Atsushi Fujiyama, Toru Matsumoto
Journal: Advances in Transdisciplinary Engineering (Book Chapter)

Early academic pursuits 🎓

Ajan Meenakshisundaram embarked on his academic journey with a Bachelor of Technology in Mechanical Engineering from Dr. M.G.R Educational and Research Institute in Chennai, where he achieved a CGPA of 7.3/10. His quest for deeper knowledge led him to pursue a Master of Energy Engineering at the University of Genoa in Italy, graduating with a vote of 100/110. Currently, he is furthering his expertise with a Ph.D. in Energy Engineering at the University of North Dakota, where he maintains an impressive GPA of 3.9/4.

Professional endeavors 🌟

Ajan's professional experience reflects a strong commitment to advancing energy engineering. As a Graduate Research Assistant at the University of North Dakota, he is actively involved in a Department of Energy project focusing on hydrogen production from biomass feedstock. His role includes modeling high-temperature shell and tube heat exchangers and analyzing pilot experimental data. Additionally, he has served as a Graduate Teaching Assistant, where he supports the development of lecture materials and tutorials for courses on project dynamics and applied business analysis. His internship at the Energy and Environmental Research Center further enriched his knowledge of the North Dakota energy market.

Contributions and research focus 🔬

Ajan’s research contributions are centered on energy engineering, with a particular focus on hydrogen production and biomass feedstock. His work involves using advanced computational fluid dynamics software to model heat exchangers and assess thermophysical characteristics of Geothermal energy core samples. His research on high-pressure and temperature equipment demonstrates his technical expertise and commitment to addressing complex energy challenges. This work aims to improve the efficiency and sustainability of energy systems, making a significant impact in the field.

Accolades and recognition 🏅

Ajan's academic and professional achievements have been recognized through his involvement in prestigious organizations. He is an active member of the American Association of Energy Engineers (AEE) and the Society of Petroleum Engineers (SPE). His role as the Secretary for the Geothermal energy Student Association of India (SAI) at the University of North Dakota and his volunteer work with the National Entrepreneurship Network (NEN) highlight his leadership and organizational skills. These roles underscore his dedication to both his professional field and community engagement.

Impact and influence 🌍

Ajan’s work in energy engineering has the potential to significantly influence the field, particularly in the areas of hydrogen production and biomass utilization. His innovative approach to modeling and data analysis contributes to the development of more efficient and sustainable Geothermal energy energy systems. By addressing critical energy challenges and providing valuable insights into energy markets, he is helping to shape the future of energy engineering and its applications.

Legacy and future contributions 🔮

Ajan Meenakshisundaram's legacy will be defined by his contributions to energy engineering and his commitment to advancing sustainable energy solutions. His ongoing research and professional endeavors are paving the way for future innovations in the field. As he continues to explore new methodologies and technologies, his work is expected to leave a lasting impact on the energy sector, influencing both academic research and practical applications.