Mr. Ahmad Azzam | Al Hussien Technical University | Jordan

Professional Profiles:

• ResearchGate Profile
• LinkedIn Profile
• Scopus Profile

Early Academic Pursuits

His academic journey began with a Bachelor's degree in Electrical Engineering from Princess Sumaya University for Technology. His graduation project focused on the design of an extra high voltage transmission line using series capacitor compensation, showcasing early interest and proficiency in power systems and electrical engineering. This project, utilizing simulation-based approaches, laid the foundation for Azzam's future contributions to the field.

Professional Endeavors

His currently pursues a Master's in Power Engineering at The University of Jordan, where he focuses on renewable energy, smart grids, vehicle-to-grid technology, and solar chimney systems. Concurrently, as a Teaching and Research Assistant at Al-Hussein Technical University, he actively contributes to the multi-disciplinary research group MERG. His work encompasses smart grid modeling, high-power converters, and the simulation of Solar Chimney Power Plants using MATLAB.

Contributions and Research Focus

Azzam's research portfolio encompasses a broad spectrum, from the techno-economic impacts of electric vehicle charging stations to the potential for solar energy hydrogen production. Notably, his work includes the integration of Solar Chimney Power Plants with water desalination and nuclear power plants, showcasing a holistic approach to sustainable energy solutions. Azzam's publications in reputable journals and conferences demonstrate his commitment to advancing knowledge in renewable energy and power systems.

Accolades and Recognition

Azzam Ra’ed Azzam's contributions have been acknowledged through publications and presentations in prestigious conferences and journals. Notably, his collaborative work on a Twin-Chimney Solar Power Plant received recognition in the Journal of Thermal Science and Engineering Progress. His research on hybrid solar chimney power plants for power production and seawater desalination has been published in the International Journal of Energy Research, showcasing the impact of his work on diverse fields.

Impact and Influence

Azzam's impact extends beyond research, as he actively contributes to education and laboratory development. As a lab supervisor, he mentors students in areas such as photovoltaic systems, renewable energy, and advanced workshop energy. His involvement in upgrading multiple laboratories reflects a commitment to enhancing educational resources and creating a conducive learning environment for students.

Legacy and Future Contributions

Azzam Ra’ed Azzam's legacy lies in his multi-faceted contributions to academia, research, and laboratory development. His work, spanning from power engineering to sustainable energy solutions, positions him as a versatile and impactful figure in the field. As he continues his research and teaching roles, Azzam aims to further contribute to the advancement of renewable energy technologies and power systems, leaving a lasting imprint on the intersection of academia and sustainable energy practices.

Notable Publications:

Assoc Prof Dr. Ahmet Calık | Burdur Mehmet Akif Ersoy University | Turkey

Professional Profiles:

• Google Scholar Profile
• ORCID Profile
• ResearchGate Profile
• LinkedIn Profile
• Scopus Profile

Early Academic Pursuits:

Ahmet Çalık commenced his educational journey with a Bachelor's degree in Mechanical Engineering from Bülent Ecevit University. He pursued further studies by completing a Master's degree in Mechanical Engineering/Mechanics at the same institution. His research focused on adhesives and stress analysis in stepped lap adhesion joints with rounded corners. Later, he obtained his Ph.D. in Mechanical Engineering/Mechanics from Çukurova University, delving into finite element optimization for estimating material properties of biphasic soft tissues.

Professional Endeavors:

Çalık's professional journey spans various roles, starting from an Engineer at Aslanlar Construction Ltd. Şti. He transitioned into academia, serving as a Research Assistant at Çukurova University before progressing to Assistant Professor roles at Adana Science and Technology University and presently at Mersin University's Mechanical Division. Additionally, his advisory roles at the Turkish Council of Higher Education (YÖK) in Ankara denote his involvement in academic governance.

Contributions and Research Focus:

Çalık's research contributions are diverse and multidisciplinary, covering areas such as adhesively bonded joints, materials science, mechanical behavior analysis, and alternative energy sources. His published articles investigate various aspects, including joint strength in adhesively bonded joints with different reinforcements, effects of additives on biodiesel-operated engines, vibration characteristics of engines, and crack propagation in fuel cells. He utilizes sophisticated methodologies such as finite element optimization, artificial intelligence techniques, and exact analysis to explore these areas.

Accolades and Recognition:

Editorial roles in prestigious journals like the Journal of University Research and European Mechanical Science showcase his recognition within the academic community. His published articles in high-impact journals like the International Journal of Hydrogen Energy, Fuel, and Medical Engineering & Physics signify the quality and impact of his research.

Impact and Influence:

Çalık's research significantly impacts the fields of mechanical engineering, materials science, renewable energy, and automotive technology. His work aids in understanding joint strength, material behavior, and the performance of alternative fuels, contributing to advancements in these domains.

Legacy and Future Contributions:

Through his extensive research, Çalık establishes a legacy of expanding knowledge in materials engineering, mechanics, and renewable energy sources. His future contributions are anticipated to further augment the understanding of material behaviors, joint strengths, and optimization techniques in alternative energy technologies.