Présentation

Master Optique, Image, Vision, Multimédia Parcours Photonics for Security Reliability and Safety (PSRS)

Objectifs

Two-year (120 ECTS) Erasmus Mundus Joint Master Degree, aiming to train the next generation of highly-skilled experts in advanced imaging technologies, cutting-edge image processing, computational imaging, artificial intelligence technologies, biometrics, pattern recognition, behavioral analysis, spectrometry methodologies, photonic-based sensors, micro-nano-technologies, laser processing and surface functionalization to address the current and future societal challenges related to security and safety of people, goods and environment. 

Pour qui ?

Conditions d'admission

Bachelor students in Physics, physical engineering, or any related topics.

Et après ?

Débouchés

Students will be educated through a strong interaction with industrial partners to application fields as various as: detections of dangerous and/or illegal goods, detection of suspect individuals at borders, signature identification for cashless payment, fighting against counterfeiting, forensics and security markings, analysis of biological systems, detection of driver drowsiness, identification systems in case of medical emergency, measurement of inter-vehicle distances, biomedical applications, medical diagnostics, pollution control, driver vision enhancement, driving assistance (collision avoidance systems), industrial production control, help for a more efficient agriculture, food safety, lab-on-chip biosensors, identification of chemical substances and biological or inorganic materials, high precision fabrication of photonic devices, generation of functional surfaces and advanced materials in industry. 

Compétences

Master Optique, Image, Vision, Multimédia Parcours Photonics for Security Reliability and Safety (PSRS)

Connaissances associées

• Apply knowledge of photonics, data science and micro-nanotechnology fundamentals
• Design and conduct experiments involving imaging, technologies, micro-nanotechnologies or laser processes
• Analyze and interpret data by data processing or artificial intelligence methods
• Identify, formulate and solve photonics or digital photonics problems
• Design a system, component or process to meet industrial needs
• Function on multidisciplinary, multicultural and geographically spread teams
• Understand the professional and ethical responsibility
• Communicate effectively in oral, written and other media forms
• Have a broad education necessary to understand the impact of science solutions in a global and societal context and to advance sustainability
• Recognize the need to engage in lifelong learning and the ability to do so