Université Paris-Saclay

What you'll study

This master's integrates core topics in microelectronics and digital systems with advanced computer engineering subjects, taught through lectures, practical laboratory work and project-based modules. Typical areas covered include:

• Microelectronics and VLSI design: device physics fundamentals, CMOS design, analog and digital integrated circuit design, layout and verification.
• Embedded systems and hardware/software co-design: real-time operating systems, microcontroller and FPGA-based system development, low-power design techniques.
• Signal processing and communications: digital signal processing, wireless communication systems, modulation and coding, software-defined radio.
• Computer architecture and high-performance computing: processor design, parallel architectures, hardware accelerators and system-on-chip integration.
• Networks, cybersecurity and IoT: network protocols, secure system design, Internet of Things architectures and edge computing.
• Machine learning and data-driven design: applied machine learning for electronic systems, sensor data processing and model deployment on constrained hardware.

The programme typically combines coursework with substantial hands-on laboratory sessions, group projects and an individual research or industrial internship. Students often undertake a capstone project or master's thesis that may be carried out within one of Paris-Saclay's research laboratories or with an industrial partner.

Entry requirements

Applicants should hold a recognised bachelor's degree (Licence or equivalent) in electrical engineering, electronics, computer engineering, computer science or a closely related discipline, with strong performance in mathematics and core engineering modules. Selection is based on academic transcripts, a CV, a motivation letter and, where requested, letters of recommendation.

Competence in English is required for modules taught in English; knowledge of French is an advantage for internships and integration into local laboratories or industry. International applicants must meet the university's requirements for admission and visa procedures. Specific departmental prerequisites or preparatory courses may be recommended for candidates whose prior training lacks certain core topics.

Career prospects

Graduates move into roles across industry and research. Common career paths include:

• R&D engineer in microelectronics, integrated circuit design or semiconductor companies.
• Embedded systems developer or firmware engineer for automotive, aerospace, consumer electronics and industrial control sectors.
• FPGA/ASIC designer and verification engineer.
• Systems architect for telecommunications, IoT and networked systems.
• Applications engineer in test, measurement and electronic instrumentation firms.
• Continuation to doctoral studies in laboratories affiliated with Université Paris-Saclay, national research organisations or international academic institutions.

Graduates benefit from the programme's combination of theoretical foundations and practical experience, which prepares them for both technical specialist roles and positions that bridge engineering and project management.

Why study at Université Paris-Saclay

Université Paris-Saclay is home to a dense ecosystem of engineering schools, research centres and high-technology companies, providing direct access to leading laboratories and cross-disciplinary collaborations. Students can work alongside research teams engaged in microelectronics, photonics, embedded systems and information sciences, and can access shared facilities for chip prototyping, clean rooms and advanced measurement.

The university's partnerships with industry and research organisations facilitate internships, collaborative projects and exposure to applied engineering challenges. The programme's location within a major scientific cluster also offers networking opportunities, guest lectures from practitioners and routes into both French and international technology employers.