Advanced Robotics (CORO IMARO)
The main objective is of this specialism is to master the modeling and control of complex robots evolving in dynamic environments by using proprioceptive and exteroceptive perception.
The focus is on advanced robotics, but more generally the specialism deals with modern techniques in systems engineering for the modeling, simulation, optimisation, analysis, and control of a variety of robotics systems. It also takes into account the modeling and perception of the environment. The quality of this Master has been recognized by the European Union by supporting the European Master on Advanced Robotics (EMARO+) in the framework of the Erasmus Mundus program.
The program of study lasts two academic years - denoted by M1 and M2. Advanced Robotics is one of five specialisms available within the Control and Robotics stream. Some of the M1 courses are the taught across the five specialisms whereas the M2 courses are specialism-specific. See course content for more details.
The language of instruction is English across the two years.
Course Content - M2
30 ECTS Credits per semester
Autumn Semester Courses
|Advanced modelling of robots
|Sensor-based control of complex robots
|Advanced visual geometry
|Humanoid robots ±
|From human motion to humanoid control ±
|Autonomous vehicle ±
|Optimal kinematic design ±
|Modern Languages *
* 'French as Foreign Language' except for French native speakers who will study 'Cultural and Communicational English'
± Elective courses (choose 2 out of 4)
|Master thesis / internship
Examples of previous internships in industry:
- Control and Navigation Strategies in Uncertain Environments with Human Operators (AGI).
- Obstacle and self-collision avoidance with a dual-arm Manipulator (AGI).
Examples of previous internships in research labs:
- Off-road platooning.
- Optimum Design, Prototyping, and Control of a 6-dof Cable-Driven Parallel Robot with a large orientational workspace.
- Analysis of human walking behavior to improve humanoid walking patterns.
NB Course content may be subject to minor changes.
- Master the different fields of advanced robotics and intelligent robots (Kinematic and dynamic modeling, Dynamic control, Dedicated computing, Perceptual organs, Mechanical design).
- Take a global approach to the design and implementation of robotic systems in their environment.
- Have a frame of reference of application cases in fast-growing sectors (production robotics, autonomous vehicle, humanoid robotics, etc.)
In addition to the above specialism-specific skills, students will also develop more general skills:
- Identify models, perform simulation and analyze results.
- Communicate comprehensive results in a meaningful way.
- Undertake bibliographic surveys of international research and professional literature.
- Manage or be part of a project.
Prospects for employment or further study:
- Sectors: Aeronautics, Automotive, Transportation, Wind and Marine Energy, Materials Producers, Consulting.
- Fields: Mechanical Engineering, Robotics Engineering, Design, Materials, Advanced Processes, Manufacturing, Research, and Innovation.
- Positions: Mechanical Engineer, Robotics engineer, Process Engineer, Design Engineer, Research and Innovation Engineer (post Ph.D.).
Faculty and Research Facilities
This Master relies on Centrale Nantes’ faculty and the research facilities of the LS2N Laboratory.
BA System, Airbus Group Innovation, Gaussin, Renault, Akka Technologies, GE, Tecnalia, IRT Jules Verne.
Program taught in: