Elsayed Aziz

Elsayed Aziz is a Teaching Professor at the Department of Mechanical Engineering at Stevens Institute of Technology. He holds a PhD in Mechanical Engineering from Stevens (2003) and degrees from Mansoura University in Egypt. His research focuses on improving internal combustion engines through the Hypocycloid Gear Mechanism and advancing engineering education via virtual labs and interactive tools. Notable contributions include a patented gear design (US9540994B2) and the development of game-based learning platforms using Kinect technology. Aziz has held roles including Research Scientist at Stevens (2004–2016) and Associate Professor at Mansoura University (2004–2012). He chairs the SAE Baja Club and serves on multiple institutional committees.

Education:

• PhD in Mechanical Engineering, Stevens Institute of Technology (2003)
• MS in Mechanical Engineering, Mansoura University (1991)
• BS in Mechanical Engineering, Mansoura University (1986)

Research Interests:

• Hypocycloid Gear Engine Design
• Virtual and Augmented Reality in Engineering Education
• Generative Design and AI-Driven Algorithms
• Finite Element Analysis for Gear Strength
• Interactive Game-Based Learning Platforms

Recent Articles Focus: Aziz’s recent work emphasizes engine efficiency improvements via Hypocycloid mechanisms, probabilistic gear strength analysis, and integrating gaming tech into education. His 2025 study on gear tooth strength and 2022 paper on kinematic performance highlight advancements in engine design.

Awards:

• Best Paper Award at 2006 ASEE Conference
• James Harry Potter Doctorial Excellence Award (2003)
• Outstanding Scholar Award, Mansoura University (1997)

Advising/Grants: While specific grants are not detailed, Aziz has led projects funded by Stevens’ Design & Manufacturing Institute and contributed to patent development. His teaching spans courses like Dynamics, Machine Components, and Senior Design Projects.

Labs/Teams: Active in the Design & Manufacturing Institute (DMI), leading virtual lab initiatives and the Cyber-Physical Laboratories research group.