Mechanical Engineering
Chairman: Dr. Zuruzi Abu Samah, Professor of Mechanical Engineering
Ph: +966 11 215 8853
E: zsamah@alfaisal.edu
Web address: https://coe.alfaisal.edu/en/me-home
General Department Information
Mechanical engineers are concerned with the design, development and manufacture of machines/mechanical parts and components. In modern times, good mechanical engineers are trained on a strong foundation of theory, practice and interdisciplinary innovation. Subjects in mechanical engineering overlap with various other engineering branches such as aerospace, architecture, biomedical, civil, chemical, computer, electrical, electronic and communication, industrial, instrumentation, materials, metallurgical, nuclear and petroleum engineering to varying amounts. But mechanical engineers do more than just work in these core engineering sectors. The field has continually evolved and in recent times mechanical engineers have been heavily involved in numerous advanced fields such as acoustics, automatic control, biomedical, chemical processing, combustion, computer-aided design, condition monitoring, environmental control, food processing, renewable and nuclear energy, mechatronics, manufacturing, maritime industry, nanotechnology, power generation, plant layout, process simulation, water desalination, quality control, consultancy and human resource management.
A mechanical engineer should have a strong interest and academic background in mathematics and physical sciences, concern about the quality of life and products, a desire to put ideas into action, curiosity about how things work and how to improve their performance, and good communication skills. Engineering design is the backbone of Alfaisal University's mechanical engineering (ME) program which is reinforced with the fundamental physical sciences, including engineering mathematics, physics, chemistry, materials, applied mechanics, mechanics of materials, structural analysis, fluid mechanics, automatic control, thermodynamics, fluids mechanics, fundamentals of electrical and electronic engineering, manufacturing processes, mechatronics, machine design, engineering management, instrumentation, safety and risk analysis, vibration and damping, computer-aided engineering and several computational techniques. Experimental work is carried out in laboratories and through small projects work at all levels of the program. The program also includes industry and University-based summer research projects at different levels. This is not to say that your mechanical engineering education is over, the main aim of the ME program being to provide graduates with the ability and confidence to continue lifelong education within their chosen profession. Mechanical engineers have always been in good demand worldwide. In the Kingdom of Saudi Arabia and the world over, there is a great demand for mechanical engineers. National public and private sector companies like Saudi Aramco, SABIC, Saudi Railways Organization, KACST, universities in addition to multinational companies such as BAE Systems, Boeing, General Electric, Schneider, Schlumberger, Siemens, Thales International, and United Technologies, etc., all have constant interest in Mechanical Engineers across all specializations.
A degree in mechanical engineering at Alfaisal University will give you the knowledge and advanced interdisciplinary skills to work in the design, development and manufacture of products in Saudi Arabia and worldwide.
Classes
ME 201 L: Materials Science and Engineering Lab
ME 203: Applied Mechanics I: Statics
ME 205: Introduction to Computer Aided Design
ME 206: Thermal Fluids Engineering I
ME 206 L: Thermal Fluids Engineering I Lab
ME 208: Mechanics of Materials I
ME 208 L: Mechanics of Materials I Lab
ME 305: Manufacturing and Workshop Training
ME 305 L: Manufacturing and Workshop Training Lab
ME 306: Instrumentation and Control Engineering
ME 306 L: Instrumentation and Control Engineering Lab
ME 307: Thermal Fluids Engineering II
ME 307 L: Thermal Fluids Engineering II Lab
ME 308: Advanced Manufacturing Processes
ME 308 L: Advanced Manufacturing Processes Lab
ME 310: Mechanical Component Design
ME 310 L: Mechanical Component Design Lab
ME 311: Applied Mechanics II: Dynamics
ME 312: Mechanics of Materials II
ME 312 L: Mechanics of Materials II Lab
ME 314: Vibration and Damping
ME 315: Machine Design
ME 400: Special Topics in Mechanical Engineering
ME 401: Computational Fluid Dynamics and Heat Transfer
ME 403: Finite Element Modelling for Dynamic and Structural Analysis
ME 403 L: Finite Element Modelling for Dynamic and Structural Analysis
ME 405: Engineering Safety and Risk Analysis
ME 406: Mechatronics
ME 407: Heating, Ventilation, and Air-Conditioning
ME 410: Energy Conversion and Cogeneration Systems
ME 412: Renewable Energy Systems
ME 414: Introduction to Compressible Flow Turbomachinery
ME 415: Incompressible Flow Machines
This course is about optimal design of machinery, analysis for prevention of machine elements failure.