Description

Mechanical engineering is a broad discipline that spreads over many fields of industrial and domestic activities. In our department, this discipline offers two major options: Energetic & Mechanical Construction and Manufacturing.

Principal subjects taught

The mechanical engineering student receives a scientific and technical education and an opening to the industrial world.

• Energy option
  Continuum theory, Thermodynamics, Fluid mechanics, Turbomachinery, Numerical methods, Computer-aided design, Internal combustion engines, Cryogenics and cold production, Heat transfer, Technical drawing, Strength of materials
• Mechanical Construction and Manufacturing Option
  Continuum theory, Thermodynamics, Technical drawing, Strength of materials, Analytical mechanics, Applied numerical calculations for engineers
  Fluid mechanics, Mechanical manufacturing, Mechanical engineering, Control and servo control, Finite elements in solid mechanics, Drafting and, Computer aided design CAD/CAM, Internal combustion engine, Industrial maintenance and safety, Numerical control machines
  Design and methods office, Structural design codes, Internal combustion engines.

Laboratory Equipment

– Strength of Materials and Mechanical Vibration Laboratories

– Thermodynamics and Heat Transfer Laboratories

– Fluid Mechanics and Turbomachinery Laboratory.

– Manufacturing and Numerically Controlled Machines Laboratories

– Measurements and Metrology Laboratory

Areas of application

Wherever there are machines or instruments, there are mechanical engineers to design, install and operate them. Energy is also a fundamental field of study and research for the mechanical engineer. He develops machines that are used either to produce energy or to convert it into heat or cold.

Graduates can work as:

The mechanical engineer is:

• research and development engineer.
• design engineer.
• methods and industrialization engineer.
• quality engineer.
• maintenance engineer.