Abdullah Keçeciler

Abdullah Keçeciler is an Associate Professor and current Department Head of Industrial Engineering at Dumlupınar University's Faculty of Engineering, with continuous academic service since 1983 across Cumhuriyet University, Mustafa Kemal University, and Dumlupınar University. His extensive administrative leadership includes directing the Alternative Energy Resources Research and Application Center since 2014.

His educational foundation comprises:

• Bachelor's in Mechanical Engineering, Erciyes University (1979-1982)
• Master's in Mechanical Engineering, Erciyes University (1984-1987)
• PhD in Mechanical Engineering, Erciyes University (1987-1992)

Keçeciler's research centers on Renewable Energy Systems and Energy Management, with pioneering work in solar/wind applications for disaster response, mobile energy stations, and geothermal absorption cooling. His thermal engineering expertise spans fluid dynamics, heat transfer optimization, and sustainable system design, consistently bridging mechanical engineering principles with industrial applications through projects like 3D-printed aerodynamic prototypes and solar-powered ecological research vessels.

His 2017 publications reveal critical trends in renewable energy integration for emergency scenarios, advanced thermal modeling for industrial processes, and computational analysis of cooling technologies—demonstrating sustained focus on practical energy solutions for both crisis management and everyday applications.

Key recognitions include:

• TUBITAK Formula-G 2009 Solar Vehicle Design First Prize
• TUBITAK Scientific Publication Award (2002)
• Multiple university-level publication incentives (1997-2002)

As principal investigator for 13 projects—including current 2024-2025 wind tunnel aerodynamics research—he has secured funding for solar-hybrid campus lighting, mobile energy stations, and underwater ecological studies. His leadership extends to directing Dumlupınar University's Alternative Energy Resources Research Center, where cross-disciplinary teams develop deployable renewable energy systems for disaster management and sustainable infrastructure.

The center operates advanced facilities for solar/wind energy testing, thermal system prototyping, and emergency response simulation, directly supporting his research on off-grid power solutions and energy resilience.