A Strategic, Rapidly Expanding Sector
Microelectronics is an essential pillar of modern technologies: automotive, IoT, embedded AI, avionics, energy, health, defense, telecommunications…
The global semiconductor shortage has reinforced a fact: companies lack engineers capable of designing tomorrow’s electronic chips.
The MS-CCM program directly addresses this demand.
Through training focused on the design, modeling, simulation, and manufacturing of integrated circuits, graduates possess a rare, specialized, and immediately operational profile.
Professional Integration
Through project-based learning, practical immersion, and rapid skill development:
- + Excellent employability in the semiconductor industry
- + Significant demand for ASIC / FPGA / analog design
- + Active recruitment in strategic sectors
Graduates readily join high-tech companies, engineering consultancies, R&D laboratories, chip designers, or equipment manufacturers.
Sectors of Activity
The skills acquired provide opportunities in numerous fields.
Semiconductor Industry
- STMicroelectronics
- CEA-Leti
- Soitec
- Qualcomm, Intel, NXP, Infineon…
Digital Technologies & IoT
- Connected Objects
- Smart systems
- Embedded AI
- Telecommunications / 5G
Embedded Electronics & Critical Systems
- Aeronautics
- Space
- Defense
- Railway
- Automotive & Electric Mobility
R&D, Innovation, and Technology Laboratories
- Research Centers
- Deeptech Start-ups
- Microelectronics Technology Platforms
Targeted Professions
The MS-CCM curriculum directly prepares students for positions as experts, engineers, or project managers in microelectronics design.
Integrated Circuit Design
- ASIC Design Engineer
- FPGA Design Engineer
- Analog / Mixed-Signal Design Engineer
- Low-Level Design Engineer (RTL)
- Processor or SoC Architect
Simulation, Optimization & Validation
- Verification / Validation Engineer
- Modeling Engineer
- Timing, Signal & Performance Engineer
- Reliability & Test Engineer
R&D & Innovation
- Microelectronics R&D Engineer
- Advanced Embedded Systems Engineer
- Low-Power Expert
- Integrated Circuit Innovation Manager
Operations & Industry
- Microelectronics Industrialization Engineer
- Production Test Engineer
- Characterization Engineer
Career Progression
After several years of experience, graduates advance to highly qualified positions:
- Microelectronics Project Manager
- Electronic Systems Architect
- Technical Expert (ASIC, RF, analog, energy…)
- Design Manager
- R&D / Innovation Manager
- Microelectronics Consultant
- Senior Circuit Design Engineer
An International Career
As microelectronics is a globalized sector, graduates can progress in:
- international companies,
- cutting-edge R&D centers,
- European projects (Chips Act),
- cross-border industrial collaborations.
The acquired expertise is directly transferable to the European, North American, and Asian markets.
Contacts
Corporate and Student
Academic Director
