Roles

Mr. Abdul Samad Mohammed Al-Fallah is a Lecturer in the Department of Mechanical and Industrial Engineering at the Faculty of Engineering, University of Tripoli. He has over 18 years of combined academic and industrial experience in mechanical engineering, manufacturing, oil and gas services, technical sales, business development, and international shipping and logistics.

Since joining the University of Tripoli in 2016, he has taught undergraduate courses in production engineering, manufacturing processes, and workshop technology. He also supervises senior graduation projects and contributes to curriculum development within the department.

Alongside his academic career, Dr. Al-Fallah has held several managerial and technical positions in industry, including business development, technical management, and sales & marketing management. His industrial experience bridges engineering practice with academic research, particularly in manufacturing optimization and engineering management.

His current research focuses on advanced manufacturing processes, welding technologies, machining performance, tool wear, finite element simulation, production optimization, and industrial engineering applications.

Careers

Research Interests

Current research includes:

• Mechanical performance of friction-welded carbon steels
• TIG welding parameter optimization
• Machining performance analysis
• Tool wear and cutting tool life
• Finite element simulation using SolidWorks Simulation
• Manufacturing process optimization
• Sustainable manufacturing technologies

Publications:

• Mechanical Performance and Failure Analysis of Dissimilar Carbon Steel Shafts Joined by Friction Welding.
• Optimization of TIG Welding Parameters for AISI 304 Stainless Steel Using Hybrid Tungsten Electrodes.
• Additional peer-reviewed journal papers and conference publications. 

External Activities

, I working on a research with team of instructors to publish a paper on a dry casting and studying the modification in the gating system of the mold, and study the affect of solidification time of the mold.