CFM Mechanical Construction and manufacturing

The objective of the Mechanical Engineering curriculum, specializing in Mechanical Construction and manufacturing at ENPC Constantine, is to equip students with strong skills in the design, manufacturing, and maintenance of mechanical systems, thus preparing them for a diverse professional career. They will also acquire an entrepreneurial spirit, autonomy conducive to wealth creation, and the necessary foundations for postgraduate studies.

The program includes the following aspects:

1st Year:

Semester 1:

• Electrical Machines
• Fluid Mechanics 1
• General Theory of Continuous Media 1
• Materials Science and Metallurgy
• Computer-Aided Design (CAD)
• Thermodynamics
• English 1

Semester 2:

• Strength of Materials
• Fluid Mechanics 2
• Numerical Methods
• General Theory of Continuous Media 2
• Mechanical Manufacturing
• Instrumentation and Metrology
• Internship: Professional Immersion
• English 2
• Internship 1

2nd Year:

Semester 3:

• Mechanical Constructions
• Finite Elements in Solid Mechanics
• Heat Transfer
• Computer-Aided Design
• Control Systems

Semester 4:

• Machine Elements
• Mechanical Vibration
• Theory of Mechanisms
• Computer-Aided Design and Manufacturing
• Hydraulic and Pneumatic Systems
• Mini Project
• Internship 2

Semester 5:

• Internal Combustion Engines
• Numerical Control Machines
• Methods and Design Office
• Reliability and Industrial Maintenance
• Rotor Dynamics
• Management of Technological Projects

Semester 6:

• Final Year Project
• Targeted Profile and Skills:
• Solve complex problems in mechanical construction by applying the principles of engineering sciences.
• Design and control the manufacturing and mechanical construction of products that comply with technical specifications, integrating the dimensions of health, safety, public well-being, and cultural, social, geopolitical, economic, and environmental contexts.
• Communicate effectively (orally and in writing) individually and in a team, and produce accurate and relevant reports and documents.
• Conduct manufacturing experiments, analyze and interpret data, and formulate conclusions based on rational judgment.
• Integrate managerial and regulatory aspects and support business creation in connection with an incubator.
• Develop a capacity for autonomous learning to acquire and apply new knowledge.
• Act in accordance with the ethical and professional responsibilities of an engineer.