Explore the programs and courses offered by Master of Mechanical Construction
Browse Programs Admission InformationThe Mechanical Construction specialty, generally a master's degree, trains mechanical engineering experts capable of designing, analyzing, and simulating mechanical systems. It covers diverse fields such as solid mechanics, dynamics, materials, thermodynamics, and the use of CAD software.
Solid Mechanics
Includes strength of materials, structural mechanics, vibration dynamics, etc.
Thermodynamics and Fluid Mechanics
Study of the properties of fluids and their motion.
Mechanical Manufacturing
Manufacturing techniques, production processes, etc.
Robotics and Automation
Design and application of robotic systems.
CAD Software
Computer-aided design, simulation tools, etc.
Business Management
Principles of management, production, etc.
Maintenance and Business Management : Maintenance procedures, ressource management, etc.
Advanced Materials
The study of new materials and their application in mechanical engineering, including polymers, metals, composites, and smart materials.
Numerical Simulation
The use of simulation software to predict the behavior of mechanical systems, including fluid simulations, structural simulations, and manufacturing process simulations.
Performance Optimization
Improving the performance of mechanical systems, including optimizing design, materials, manufacturing processes, and operating parameters.
Manufacturing Process Control
Part quality control, production line management, manufacturing process optimization, and the implementation of quality control systems.
Control and Automation Systems
The design and development of control and automation systems for machines and mechanical systems.
Health and Safety
Risk prevention in mechanical engineering environments, including equipment safety, waste management, and environmental protection.
To access the Master's in Mechanical Construction, students must have a bachelor's degree in: