Because the 2024/25 academic year is the first implementation year of the MII plan 2024, it is necessary to guide the enrollment of all students in order to allow them to take 60 credits (which corresponds to a complete course). For the 2025/26 academic year, another enrollment guide will be provided to ensure that all students can complete the master's degree without problems.

In the following link you can find relevant information for students from the GITI-US plan 2010 : May 2024 information session .

Teaching in English : group 1 of all subjects, except Industrial Constructions and Product Design in Industry, are taught in English. You can check the group schedule in English here .

The following figure shows the timing of the subjects to be taken by each student depending on their degree of origin or mention in GITI-US plan 2010 in the first year of the master's degree. 

Itineraries-Industrial-Technologies-MII-2024_24-25.svg

For this course, 10 ECTS of common elective subjects (yellow) are offered to freely choose between the following subjects (students taking any of these subjects must take into account the prior training required in their access degree):

• with teaching in C1, all of 5 credits:

  • Advanced Biotechnology (you must come from a degree with training in chemical engineering to be able to take it)

  • Diagnosis, Testing and Certification of Power Production Systems (must come from a degree with training in energy engineering to be able to take it)

  • Integrated Design of Processes and Products (you must come from a degree with training in organizational engineering to be able to take it)

  • High Energy Efficiency Buildings (you must come from a degree with training in energy engineering to be able to take it)

  • Renewable Electrical Generation (you must come from a degree with training in electrical engineering to be able to take it)

  • Advanced Quantitative Management Methods (must come from a degree with training in organizational engineering to be able to take it)

  • Operation and Control of Electrical Systems (you must come from a degree with training in electrical engineering to be able to take it)

  • Advanced Separation Processes (you must come from a degree with training in chemical engineering to be able to take it)

  • Active Distribution Networks and Demand Management (you must come from a degree with training in electrical engineering to be able to take it) 

  • Transportation and Distribution Networks (you must come from a degree with training in organizational engineering to be able to take it)

  • Refining and Petrochemicals (you must come from a degree with training in chemical engineering to be able to take it)

  • Advanced Production Systems (you must come from a degree with training in organizational engineering to be able to take it)

   

• with teaching in C2, all of 5 credits:

  • Transient and Dynamic Analysis of Electrical Systems (must come from a degree with training in electrical engineering to be able to take it)

  • Application of Computational Methods to Mechanical Design (you must come from a degree with training in mechanical engineering to be able to take it)

  • Control of Distribution Systems (you must come from a degree with training in automatic engineering to be able to take it)

  • Vehicle Control (you must come from a degree with training in automatic engineering to be able to take it)

  • Dynamics of Multibody Systems (you must come from a degree with training in mechanical engineering to be able to take it)

  • Efficient Design in Water Desalination Facilities

  • Advanced Design and Management of Supply Chains (must come from a degree with training in organizational engineering to be able to take it)

  • Fundamentals and Simulation of Manufacturing Processes (you must come from a degree with training in mechanical engineering to be able to take it)

  • Environmental Management in Industry

  • Materials Engineering

  • Advanced Fluid Mechanics

  • Advanced Fracture Mechanics and Fatigue (must come from a degree with training in mechanical engineering to be able to take it)

  • Advanced Materials Mechanics (you must come from a degree with training in mechanical engineering to be able to take it)

  • Micro and Nano Electronics (you must come from a degree with training in electronic engineering to be able to take it)

  • Microsystems and Nanotechnologies 

  • Modeling and Optimization of Management Problems

  • Optimization and Control in Energy Systems (you must come from a degree with training in automatic engineering to be able to take it)

  • Perception in Automatic and Robotics (you must come from a degree with training in automatic engineering to be able to take it)

  • Electrical Energy Generation and Markets Programming

  • Electronic Systems for Aerospace Applications

  • Electronic Systems for Renewable Energy Management

  • Intelligent Maintenance Systems

  • Transients in Electrical Machines and Drives (you must come from a degree with training in electrical engineering to be able to take it)

Additionally, it will be possible to take curricular internships (up to 10 credits) or recognize extracurricular internships, professional experience or stays in research centers.

Only students from a generalist GITI or from the GITI-US plan 2010 with the majors in Automatics (AU), Electrical (EL) or Electronics (EN) will be able to take any of the following subjects as specific electives (light grey) in C1 (all 5 credits):

• Life Cycle Analysis (must come from a degree with training in material and energy balances to be able to take it)

• Circular Economy and Sustainability

• Industrial Security

• Advanced Production Systems

• Transportation and Distribution Networks