A few days more.......need a time for me to study a little bit about mechi....wah Im really need it.....fight for the future....
Mechanical Engineering is a profession involving design, management, production, maintenance and infrastructure development to fulfill the needs of modern living. A mechanical engineer involves with the manufacturing of product that function efficiently, reliable and economically using the limited resources effectively. Mechanical engineer also involves in industries such as power plant, heavy machinery, electronics, construction, product development, medical equipment and food processing. Hence, mechanical engineers are important in the infrastructure development and wealth creation.
Mechanical Engineering Program at USM was designed to prepare the student to fulfill the needs in engineering as a career in a wide spectrum of field in Mechanical Engineering. The program also emphasise on inter disciplines involving various field of engineering, i.e. Electrical & Electronic Engineering, Material & Mineral Resources Engineering, Chemical Engineering, Civil Engineering and Aerospace Engineering. The students are also exposed to the non-technical subjects such as management, accounting and communication skills that needed for engineers.
This program emphasise on practical aspects of the training relevant for the professional engineers. This is obtained through subjects in engineering laboratories, workshop practice and industrial training. The program prepares the graduates for membership in various professional organisation.
Generally, the program in the School can be classified into four main sub areas:
•· Applied Mechanics
Engineering Mechanics, Statics, Strength of Materials, Solid Mechanics, Dynamic & Mechanism, Noise & Vibration, Applied Finite Element Analysis (FEA), Stress Analisis, Structural Impact and Composite Structures
•· Thermofluids
Fluid Mechanics, Thermodynamic, Fluid Dynamics, Applied Thermodynamic, Heat Transfer, Numerical Method for Engineers, Computational Fluid Dynamics, Internal Combustion Engine, Refrigeration & Air-Conditioning and Energy Conversion System.
•· System and Manufacturing Technology, Measurements and Control
Manufacturing Technology, Measurement and Instrumentation, Metrology and Quality Control, Industrial Engineering, Robotics and Automation and Industrial Machine Vision
•· Design and Laboratory
Engineering Drawing, Engineering Practices, Conceptual Design and Computer Aided Design, Component and Machine Design, System Design, Engineering Laboratory and Final Year Project.
Mechanical Engineering is a profession involving design, management, production, maintenance and infrastructure development to fulfill the needs of modern living. A mechanical engineer involves with the manufacturing of product that function efficiently, reliable and economically using the limited resources effectively. Mechanical engineer also involves in industries such as power plant, heavy machinery, electronics, construction, product development, medical equipment and food processing. Hence, mechanical engineers are important in the infrastructure development and wealth creation.
Mechanical Engineering Program at USM was designed to prepare the student to fulfill the needs in engineering as a career in a wide spectrum of field in Mechanical Engineering. The program also emphasise on inter disciplines involving various field of engineering, i.e. Electrical & Electronic Engineering, Material & Mineral Resources Engineering, Chemical Engineering, Civil Engineering and Aerospace Engineering. The students are also exposed to the non-technical subjects such as management, accounting and communication skills that needed for engineers.
This program emphasise on practical aspects of the training relevant for the professional engineers. This is obtained through subjects in engineering laboratories, workshop practice and industrial training. The program prepares the graduates for membership in various professional organisation.
Generally, the program in the School can be classified into four main sub areas:
•· Applied Mechanics
Engineering Mechanics, Statics, Strength of Materials, Solid Mechanics, Dynamic & Mechanism, Noise & Vibration, Applied Finite Element Analysis (FEA), Stress Analisis, Structural Impact and Composite Structures
•· Thermofluids
Fluid Mechanics, Thermodynamic, Fluid Dynamics, Applied Thermodynamic, Heat Transfer, Numerical Method for Engineers, Computational Fluid Dynamics, Internal Combustion Engine, Refrigeration & Air-Conditioning and Energy Conversion System.
•· System and Manufacturing Technology, Measurements and Control
Manufacturing Technology, Measurement and Instrumentation, Metrology and Quality Control, Industrial Engineering, Robotics and Automation and Industrial Machine Vision
•· Design and Laboratory
Engineering Drawing, Engineering Practices, Conceptual Design and Computer Aided Design, Component and Machine Design, System Design, Engineering Laboratory and Final Year Project.