Tele-operated Walking Robot Platform

Mechatronics Engineering students, Tareq Mamkegh, Mohammad Al-Ja'abary, and Ahmad Hindash, designed and implemented a walking robot platform that can be wirelessly operated from a portable computer. The battery powered hexapod used 24 servo motors and implemented efficient and smooth walking using inverse kinematics. The project was advised by

Improving Production Planning Activities at Spartan Modern Industry

Industrial Engineering students, Nart Kabrtay, Ali Al-jazi, and Yanal Mashouqah, Improved Production Planning Activities At Spartan Modern Industry. The project was advised by Dr. Safwan Altarazi and completed in May 2011.

 

Flying Quadrotor

Completed in May 2010, this was the first Mechatronics Engineering graduation project to see the light. Students Abdalla Zaid Alkilani and Saifallah Qasim, built a wirelessly controlled quadrotor, implementing attitude control and pulse width modulation. The project was advised by Dr. Mohammad Nazzal, and Dr. Nathir Rawashdeh, and won the

Intelligent Ground Vehicle, Jo-Car

Mechatronics Engineering students, Ahmad Bino, Tariq Adaileh, and Hudhaifah Jasim, built an autonomous ground vehicle and were the first Middle Eastern university to compete at the 19thannual Intelligent Ground Vehicle Competition (IGVC) held at Oakland University in Michigan, USA in June 2011. Achieving a rank 21/44, the vehicle autonomously 

Tele-operated Walking Robot Platform

Mechatronics Engineering students, Tareq Mamkegh, Mohammad Al-Ja'abary, and Ahmad Hindash, designed and implemented a walking robot platform that can be wirelessly operated from a portable computer. The battery powered hexapod used 24 servo motors and implemented efficient and smooth walking using inverse kinematics. The project was advised by