Presentation

GENERIC SKILLS

Mathematical methods for Signal Processing and general Electronic Design methods and tools (for circuits and micro-systems) represent the core teaching and research activities and the main focus of industrial R&D contracts.

The Department proposes the following transferable skills in the framework of industrial R&D contracts:

• Digital Signal Processing, Time–Frequency and Time-Scale Analysis, Kalman Filtering, Adaptive Filtering, High Resolution Methods,
• Statistical Methods for Quantitative Evaluation,
• Inverse Problems, Multi-Sensors Systems Optimization,
• Physical Modeling (Micro-sensors, Non Destructive Evaluation…) using Finite Elements Methods or Multi-Technology Simulation,
• Mixed Mode (A/D and D/A), Mixed Technology Modeling/Simulation (VHDL or VHDL-AMS…),
• Multi-processor Architectures for Signal Processing,
• Design (FPGA, ASIC…), Instrumentation, Data Logging…

RESEARCH AREAS

The Department highlights are :

• Statistical information processing
• Singular sampling and signal processing
• Architectures of mixed-signal integrated circuits and microsystems
• Digitization systems

(See Department Research pages, Research & Industry Partnerships pages or the "Revue de la Recherche" of Supélec)

 

EDUCATION

The Department takes part of SUPELEC’s teaching in degree courses (courses, lab work, "Applied Mathematics for Signal and Information Processing" (MATIS) and "Micro and Nano Electronics" (MNE) last-year options...) and continuing education.