Mons, Walloon Region, Belgium
A continuous evolution making R&D always closer to the industry: The Applied Photonics Department aims at being a bridge between the academic research and the industrial world by turning innovation out of the lab into future products or services. Fibre lasers Multitel develops customized solutions based on Optical Fibre Sensors (OFS) and Photonic Integrated Circuits (PIC) for physical and (bio)chemical sensing. Multitel's know-how goes from the design and numerical simulations, to the prototyping of the sensors, the opto-electronical interrogation system and the signal processing. www.multitel.be
- Tutorials in Applied Mechanics - Tutorials in Signal Processing (speech, image ...) - Lab work in fiber optic telecommunication
- ESA Project: Free-optics transmission of ultra-stable frequency standards on board the International Space Station - ESA Project in collaboration with the University Paris 13 (LPL - Laboratoire de Physique des Lasers): Transmission of frequency standards via the fibre optic metro network with correction of phase noise and external fluctuations impacting the stability of the frequency signals. - Phd thesis on fibre optic transmission of time and frequency standards.
Teaching Laboratory/Practical works of basis in optics