Engineering Degree, MSc — Mechatronics

The Mechatronics engineering degree at INSA Strasbourg trains engineers to design and integrate mechanical, electronic, and control systems from concept to production. The program combines advanced knowledge in mechanics, electronics, computer science, and automation with extensive hands-on experience.

• Mechanics: Solid & Continuum Mechanics, Mechanical Construction, CNC, CAD, PTC CREO
• Electronics: Analog, Digital, Power, CAD/EDA, Proteus, KiCad
• Robotics: Kinematics, Dynamics, Cinematic, ROS2, DH/URDF,
• Control: Control Theory, Matlab-Simulink, advanced mechatronic systems

MSc PAIP — Advanced Numerical Mechanics

The PAIP (Applied Physics and Physics Engineering) Master's program at the University of Strasbourg. The MNA specialization (Advanced Numerical Modeling) trains students in computational methods for solving complex problems in engineering and physics, while also improving design methodologies.

• Computational Solid Mechanics: CREO Simulate and CREO Mechanism
• Manufacturing Processes Simulation: Altair Inspire Cast, Ansys Polyflow, MSC Patran
• Multiphysics Numerical Modeling: Siemens Simcenter STAR-CCM+
• Dynamic Structure Modeling: Matlab, CREO Simulate
• Numerical Modeling and Structure Optimization: Altair Inspire, CREO

Erasmus — Industrial Engineering Departement

Erasmus exchange program at the University of Trento in Italy. It offered exposure to new perspectives on technical subjects while strengthening both academic knowledge and language proficiency. The program also encouraged personal development through cultural immersion and adaptation to a different environment.

• Computer Vision: Algorithms, OpenCV
• Machine Learning: Supervised-Unsupervised-Reinforcement Learning, Neural Networks
• Robotics: ROS, Rviz, Pinocchio
• Big Data: Python, Pandas, Seaborn...

Integrated Preparatory Classes

Integrated preparatory classes are specific to the French engineering school system. They provide a solid foundation in STEM fields, particularly in mathematics, physics, and computer science. The curriculum fosters critical thinking, problem-solving skills, and the rigor essential to becoming a successful engineer.

• Math: Analysis, Algebra, Calculus
• Mechanics: Rigid Body, Static, Dynamics
• Electricity: Electromagnetism, Electrostatics
• Physics: Thermodynamics, Quantum Mechanics, Optics
• Computer science: Algorithms, Python, C++
• Chemistry: Organic chemistry, Physical chemistry, Thermochemistry