Dr. Muhammad Kashif

Dr. Muhammad Kashif

  • Designation: Associate Professor, HOD
  • Department: Mechanical Engineering
  • Faculty: FOE
Brief Profile

Dr. Muhammad Kashif is working as Head of the Mechanical Engineering Department at UCP, Lahore. He joined UCP in 2014 and has 20 years of academic and engineering experience. He is graduate of UET, Lahore with honors and his master’s and Ph.D. degrees are from Sorbonne University, Paris, France. He also worked as an adjunct lecturer during his stay in France and taught courses at Sorbonne University. He has several publications in international journals and conference proceedings and regularly reviews articles for prestigious, and also projects of the National Research Program for Universities. His main research areas are energy and environment, Renewable energy including solar, wind energy converters, and renewable/alternate fuels. He has also worked as an expert member with many national bodies including the National Curriculum Review Committee for Mechanical Engineering, the Standing committee of LCCI on coal and renewable fuels, and the Pakistan HVACR Society Lahore chapter. Prior to joining academia, he worked as HVACR Site engineer and Assistant manager (Technical) responsible for design and analysis of marine platforms and mechanical structures. He has vast experience of working on technical engineering project including mechanical design, analysis and simulation, product development, project management, instrumentation, calibration, testing and commissioning. He has provided consultancies for multiple design and development of engineering, research, educational and technical projects including design and development of twin-barrel capillary rheometer, engine testbed, educational steam powerplant and layout of PV manufacturing facility.

Area(s) of Expertise Types of Consultancy Services Offered Industry relevant to expertise Name of relevant industry Past industry experience (if any) Problem Solved (success story), if any Benefit to Company (PKR/USD)
Energy, Mechanical Design, Emission and Pollution Control, Renewable Fuels Mechanical Design and Analysis Design and Manufacturing Industry EduTech Lahore, PAPAM, TUSDEC, DESCON, NESPAK EduTech Lahore, TUSDEC Design and development of twin-barrel capillary rheometer (currently used by Polymer Engineering Department, UET Lahore). Design and development of engine testbed with integrated PV diagram using in-cylinder pressure sensor. Design, development, and testing of multiple laboratory equipment. More than 10 Million PKR
Alternative and Renewable Fuels Petroleum Industry PSO, Attock Refinery N/A N/A N/A
Emission and Pollution Control Automotive Industry Honda, Suzuki, Millat Tractors N/A N/A N/A
Training and Capacity Building Project Management, OBE Universities/HEIs, Small Industries PHVACR Society, UCP Capacity Building N/A
Areas of Expertise
  • Energy, Mechanical Design, Emission and pollution Control, Renewable fuels