Ingénieur Mécatronique; F​/H

Job Title

Integrated to the Technical Direction of Roxel France and more precisely in the Conception - Mechatronics pole, you contribute to the identification, development, and implementation of skills, methods, processes, and tools to design, test, and qualify real-time embedded electronic systems on future munitions.

These systems will manage orientation (TVC) and modulation of the thrust vector.

You will work closely with Mechanics, Ballisticians, and Design Project Managers of the Studies Bureau, as well as with the Testing sector for all mock-ups and demonstrators that will be designed, produced, and tested.

Control – Command:

• You determine the cor rectors and perform time and frequency syntheses.

Electronics and Mechatronics:

• You verify electrical, analog, and digital schematics.
• You ensure the verification of electronic designs.
• You specify the needs to suppliers of electronic equipment (control bays) and electromechanical (actuators) and ensure their pilotage for the supply of equipment and associated documentation.

Computer Science and Real-Time Programming:

• You elaborate the structure and validation steps (computer, functional, physical), codes taking into account stakeholders (Ballistics, Testing, etc.), purposes (theoretical studies or real-time tests), and human-machine interface requirements.
• You elaborate the associated documentation.

Systems Engineering:

• You manage and decline the functional requirements of the client (functional models approach).

You are a rigorous and organized person.

You like teamwork and know how to federate different disciplines to promote collaborative work.

You are a force of proposal and show pugnacity.

You are recognized for your analysis, synthesis, and popularization skills in communicating your activities to a non-specialist audience.

You are curious and like to understand subjects in depth.

Automatic: methods of cor rectors (PID and other methods), Bode diagrams, Nichols

Electronics: knowledge of components, analog and digital designs

Functional Modeling:
Bond-Graph type

Programming:
Matlab – Simulink,

C.

Systems Engineering: approaches by functional models.

Technical English