Industrial Systems Automation
Design and run automated production lines: programmable logic controllers, SCADA supervision and industrial networks.
- Logic controllers (PLC)
- SCADA & supervision
- Industrial networks
Bac+5
State Engineering Degree
State Engineering Degree · Mechatronics Engineering
Mechatronics Engineering.
Where mechanics, electronics and computing meet. Train in smart systems, robotics and Industry 4.0.
92%
employed within 6 months
1,500+
graduates working in industry
3
specialisations from S8
The programme at a glance/ 01
The engineering of smart systems.
Mechatronics brings together four worlds (mechanics, electronics, control engineering and computing) to design the machines of tomorrow: robots, autonomous vehicles, connected objects and Industry 4.0 factories.
Over three years (S5 to S10), our future engineers move from a solid multidisciplinary foundation to a sharp specialisation, then to a six-month final-year project in a company. A programme built for employability, recognised by the state.
Looking at a three-year degree first? The same three options exist in the Mechatronics Engineering Bachelor’s degree.
Areas of expertise/ 02
Six disciplines, one engineer.
A mechatronics engineer masters the whole chain, from the sensor to the algorithm. These are the fields you will explore.
Embedded systems
Microcontrollers, real-time programming, FPGA and electronic board design for smart products.
Control engineering
Modelling, servo control, regulation and control theory for complex dynamic systems.
Robotics
Kinematics, perception, actuators and motion planning for mobile robots and manipulator arms.
Power electronics
Converters, motorisation, energy management and high-performance electric drives.
Mechanical design (CAD)
3D modelling, structural analysis, prototyping and mechanical integration of mechatronic systems.
Industry 4.0 / industrial IoT
Connected sensors, digital twins, supervision and smart production lines.
Curriculum · S5 → S10/ 03
Three years to become an engineer.
A structured progression: shared core, advanced study, specialisation from S8, then a six-month final-year project in a company (S9–S10).
Curriculum sheet State Engineering Degree · S5 → S10
- S5 Shared core
Multidisciplinary fundamentals
- Engineering mathematics
- Analogue & digital electronics
- General mechanics
- C / Python programming
- S6 Shared core
Systems & signals
- Signal processing
- Microcontrollers & embedded systems
- Sensors & actuators
- CAD & technical drawing
- S7 Advanced study
Mechatronics core
- Control engineering & servo systems
- Power electronics
- Industrial robotics
- Fieldbus & real-time systems
- S8 Track selected
Specialisation
- Specialisation module
- Industrial IoT & networks
- Vision & artificial intelligence
- Integrative project
- S9 Project · 1/2
Final-year project
- Engineering placement in a company
- Requirements & design
- Prototyping & validation
- Dual supervision (school + industry)
- S10 Project · 2/2
Defence & employment
- Industrialisation & testing
- Writing the thesis
- Defence before a panel
- Transition into work
✳ Final-year project: 6 months in a company, supervised jointly by the school and industry.
Specialisations · from S8/ 04
Choose your trajectory.
Three expert tracks to steer your career towards the most in-demand roles in industry.
Industrial Engineering
Optimise industrial performance: lean manufacturing, production methods and operations management.
- Lean manufacturing
- Production methods
- Operations management
Mechanical Engineering
Master mechanical design end to end: CAD, manufacturing processes and finite element simulation.
- CAD
- Manufacturing processes
- Finite element simulation
Target skills/ 05
What you will be able to do.
By the end of the programme you are a job-ready engineer, able to design and lead complex systems from end to end.
Our values
Humanism · Entrepreneurship · Professionalism, at the heart of every project.
- 01 Design a complete mechatronic system, from the mechanics to the software.
- 02 Program microcontrollers, logic controllers and real-time systems.
- 03 Model and servo-control dynamic systems.
- 04 Lead an engineering project, from requirements through to industrialisation.
- 05 Integrate sensors, IoT and AI into an Industry 4.0 production chain.
- 06 Work in a multidisciplinary team and communicate in a professional setting.
Careers/ 06
Future-proof professions.
Mechatronics sits at the heart of the industrial transition: automotive, aerospace, energy, robotics. Your skills are rare and sought after.
Robotics engineer
Design, integration and deployment of robotic systems in industry or R&D.
Embedded systems engineer
Firmware and electronics development for connected and safety-critical products.
Automation engineer
Process automation, controller programming and industrial supervision.
Manufacturing engineer
Line optimisation, quality and the move from prototype to series production.
R&D engineer
Product innovation, rapid prototyping and mechatronics technology watch.
Industrial IoT engineer
Architecture of connected solutions, sensors and data serving the smart factory.
Sectors & companies that recruit
OCP
Renault
Stellantis
Schneider
Siemens
Inwi
Lear
92%employed within 6 months
9–15kstarting salary /month (MAD)
1,500+SUP2I graduates working in industry
Admissions · 2026 intake/ 07
Join the Mechatronics Engineering programme.
Entry after high school via the integrated preparatory classes, or parallel admission into the engineering cycle (two or three years of science-based higher education). Application, tests and interview.
2026 intake Ready to build
Ready to build
your future?
Apply now, or come and meet us at the next Open Day. Your career starts here.