The aim of the Molecular Nano- and Biophotonics for Telecommunications and Biotechnologies Master course s is the study of interactions between light and matter in natural or artificial molecular systems (molecules, macromolecules, cells), for both fundamental and applied research purposes. The Master’s objective is to provide students with a multidisciplinary program, based on a joint scientificbackground (molecular photonics), applied to nanobiology and information technologies. Molecular photonics represents the shared basis for lectures delivered in three disciplines: physics (especially optics and electronics), chemistry and biophotonics. The Master offers future researchers and engineers training on the theoretical fundamental and experimental practice of generic technologies for nanobiology and telecommunications; their common characteristic feature is based on the principles of molecular photonics for the development and operation of materials and devices.
École Normale Supérieure Paris-Saclay
Modalités de contrôle des connaissances associées aux unités d'enseignement des S1 et S2
Accédez au détail des répartitions horaires Cours/TP/TD
- S3 - Semestre 3 en 2 ans
27 ECTS au choix
Matières Ects Cours TD TP Biosensors 5 50h - - Fluorescence in Biology 5 50h - - Ion Channel Recording using biochip technology 5 34h - 16h Microwaves and Photonics 5 38h - 12h Photonic devices 5 50h - - Signal processing 5 50h - - Neurophotonics 2 20h - - Introduction to microfluidics 4 28h - 12h Practical work in optics 2 - - 24h Light-Matter Interactions : advanced 2 20h - - Nonlinear Optics 3 22h 8h - From neuron to neuronal networks 3 30h - - Matières Ects Cours TD TP English 3 30h - - French as Foreign Language - - - -
- 27 ECTS au choix
- S3 - Semestre 3 en 1 an
Matières Ects Cours TD TP English 3 30h - - Light-Matter Interactions 3 30h - - Molecules and Interactions 5 50h - - Introduction to Nanophotonics 5 50h - -
14 ECTS au choix
Matières Ects Cours TD TP Fundamentals in Mathematics 3 30h - - Fundamentals in Physics 3 30h - - Biosensors 5 50h - - Fundamentals in Chemistry 3 30h - - Fluorescence in Biology 5 50h - - Ion Channel Recording using biochip technology 5 34h - 16h Microwaves and Photonics 5 38h - 12h Photonic devices 5 50h - - Signal processing 5 50h - - Neurophotonics 2 20h - - Nonlinear Optics 3 22h 8h - Introduction to microfluidics 4 28h - 12h Fundamentals in Biology 3 26h 4h - Light-Matter Interactions : advanced 2 20h - - Practical work in optics 2 - - 24h
- Tronc commun
- S4 - Semestre 4
Matières Ects Cours TD TP Internship 30 - - -
Objectives and prospects
The objective of this Master’s program is to provide students from all over the world (lectures are given in English) a multidisciplinary course, based on a molecular photonics background developed towards four disciplines: physics (especially optics electronics), chemistry, electrical engineering and bio photonic technologies. Students can thus acquire an overall vision of highly diversified applications of molecular photonics, which have in recent years led to demonstrations of innovative components in the fields of high-speed optical signal processing, electroluminescent diodes and lasers, receptors and optically read DNA biochips. The program trains high-level scientists who, at the end of the program, will have acquired a highly structured knowledge on the common theme of molecular photonics, which is also open to a number of disciplinary fields ranging from the physical foundations of light-matter interactions to bio-imaging techniques or components for high-speed communications. This unique alliance between a high-level qualification and a resolutely multidisciplinary vision of this specialty will enable students to work on innovative research projects in academia or industry.
This Master’s program trains future researchers and engineers on the theoretical foundations and experimental practice and generic technologies enabling to provide competences in nanobiology and telecommunications, based on the principles of molecular photonics in the development and operation of materials and devices. Typical career and further research opportunities:
- Doctorate in an academic or industry setting followed by an academic career (researcher or lecturer in physics, biology or biomedical sciences) or a career in industry
- Development engineer in a research institute or in a company
- Research engineer in a public research organization (after a doctorate)
- Executive in information technology and biotechnology organizations
- Collège des Ingénieurs MBA
This M2 Master’s program relies mainly on the research projects at Institut d’Alembert at ENS Paris Saclay, where lecturers, researchers and engineers will be teaching the course and offering students internships in their laboratories. This program, which is intrinsically linked to the most innovative areas of research in the domain, is expected to become a center for excellence and scientific influence in an area w generating new technologies. The main academic research laboratories associated with the program (lecturers or internships students) are: at ENS Paris Saclay: Institut d’Alembert and its four laboratories; within Université Paris-Saclay: the laboratories and institutes that are attached to the EOE, PhOM, SDV and Chemistry departments (e.g. at Paris 11, IEF, ISMO, ICMMO; at École Polytechnique, LOB; at CNRS: LPN and LAC). Outside Université Paris-Saclay: laboratories that regularly offer Master’s students internships during M2 and for their Master’s thesis; in Paris: Institut Curie, ESPCI, Institut Galilée at Paris 13; Outside the Paris region: Institut Fresnel, Université d'Aix-Marseille, CEA in Grenoble etc.
Social and economic partners
Partnerships with various companies offer internships to Masters students and with CellSpace, an association created in 2014, which is dedicated to developing organs via bio engineering.
This master's programs offer additional services. These programs require specific tuition fees in addition to the mandatory fees.
Tuition fees (the academic year):
- 3 000 € for European (UE) students
- 8 000 € for non European (non-UE) students
Some students may be eligible for a fee waiver.
This program is a major component of the “Molecular Nano- and Biophotonics for Telecommunications and Biotechnologies” Erasmus Mundus Master (five student classes following two years of study: M1+M2) from 2006 to 2011 and renewed from 2013 to 2019. Although the Master’s program has not been funded during the 2-years transition period, it kept the Erasmus Mundus label and was therefore able to operate in that context. This M2 Master corresponds to the second year of this Erasmus Mundus pathway. The first semester is spent at ENS Paris Saclay for theoretical courses, the second semester being devoted full-time to the Master Thesis which can be prepared anywhere in the world.. Specific partnerships have also been established with non-European universities: two partnerships in Taiwan (NTU and CCU), Rice University in the USA, the Technion Institute in Israel, and ITMO at Saint Petersburg, Russia.
Les modalités d'examen de la candidature sont les suivantes : Examen de dossier à déposer sur le site web de l'UPSaclay
Pièces justificatives obligatoires
Pièces justificatives facultatives
Il est rappelé aux personnes en situation d'emploi qui souhaitent demander une valorisation des Acquis Professionnels et Personnels qu'elles doivent déposer un dossier accessible à l'adresse suivante : https://www.universite-paris-saclay.fr/fr/etre-candidat-a-nos-formations