Choose your area of focus
The Master’s cycle (2nd and 3rd years) may either be completed on the Paris-Saclay campus or on the EURECOM campus in Sophia Antipolis. Students must choose their curriculum when they take the Mines-Ponts Joint Entrance Exam. Students who enroll at Télécom ParisTech following a university technical degree must continue their studies in Paris. In both cases, you will obtain the same Télécom ParisTech degree and both programs are equally sought-after by businesses.
On Paris-Saclay campus
The Paris-Saclay engineering program focuses on the international dimension as part of a strong innovation ecosystem. Second-year courses include:
- Two study tracks (each of which represents 192 hours)
- Eight complementary courses (192 hours)
- Language courses and personal and professional skills training
- Two Athens weeks: one-week intensive course program offered by 15 European schools or universities
Paris-Saclay campus study tracks
Composed of teaching units in the 2nd year, which introduce students to options offered in the 3rd year.
Courses in the study track represent 24 hours or 48 hours each.
Students must choose 2 study tracks out of 14.
Networks, communications and cybersecurity
The Networks (RES) study track aims to prepare young engineers with an excellent background in matter of understanding and design of advanced networks suited to emerging IoT (Internet of Things), from both a practical and theoritical perspective.
- Gagnaire MauricegagnaireMaurice GagnaireEnseignant-ChercheurTélécom Parisemailemail
The RIO track offers in-depth training in mobile networks and the Internet of Things (IoT).
While cellular networks have profoundly changed our communication usages, the Internet of Things (IoT) is envisioned to revolutionise health, industry, transportation, cities or entertainment. Mobile networks and IoT, are therefore the two major components of the fifth generation to come.
- Coupechoux MarceaucoupechoMarceau CoupechouxEnseignant-chercheurTélécom Parisemailemail
The SR2I track aims to train highly qualified engineers in Cybersecurity by providing the necessary foundations of theoretical and practical skills. These skills will in turn allow for the mastery of essential technical, organizational and legal aspects of IT infrastructures and networks in their various mutations with the end goal of learning how to manage associated risks.
- Serhrouchni AhmedahmedAhmed SerhrouchniEnseignant-ChercheurTélécom Parisemailemail
The “Telecommunications: from data to systems” study track provides a global and exhaustive understanding of communication network technologies from both a theoretical and an experimental point of view.
- Lepage Anne-ClairelepageAnne-Claire LepageEnseignant-chercheurTélécom Parisemailemail
Mathematics and theoretical computer science
The ACCQ study track gives an introduction to several domains of computer science and telecommunications: symbolic computation, coding theory, cryptography, and quantum information theory, which all rely to a certain extent on a common algebra based mathematical background.
- Randriambololona HuguesrandriamHugues RandriambololonaEnseignant-ChercheurTélécom Parisemailemail
This study track is open to students who are interested in thorough training at the interface of computer science and mathematics or to students from other study tracks who would like to complement their training with theoretical courses.
- Meyer BertrandmeyerBertrand MeyerEnseignant-chercheur mathématiques appliquéesTélécom Parisemailemail
This program is dedicated to applied mathematics, more precisely in the domain of stochastic modeling and scientific computing. Possible applications are in financial mathematics, data sciences, signal and image processing and modeling.
- Roueff FrancoisroueffFrançois RoueffEnseignant-ChercheurTélécom Parisemailemail
Artificial intelligence and Data science
This program aims at providing the students with the necessary background, competences and skills for engineering and research positions in image processing, image interpretation, computer vision, 3D imaging, in various domains (biomedical imaging, computational photography, scene modeling and synthesis, remote sensing, biometry, defense, etc.).
- Bloch IsabelleblochIsabelle BlochEnseignant-ChercheurTélécom Parisemailemail
The target is to obtain a broad vision of machine learning and signal processing techniques and related application fields. Various applications fields are investigated, including : music and speech processing, multimedia compression, dictionary learning, sensor networks, target tracking, source separation.
- Badeau RolandrbadeauRoland BadeauEnseignant-ChercheurTélécom Parisemailemail
Interactive, embedded computer systems
This study track aims at providing a full coverage of human-computer interaction and computer graphics systems. It prepares students for the design of advanced interactive visual computing systems by training them with computer science and applied mathematics skills which are necessary for modeling such systems.
- Boubekeur TamyboubekTamy BoubekeurProfesseurTélécom Parisemailemail
This track aims at providing students with a complete training in the field of embedded systems. It prepares future engineers for the design, development and testing of embedded systems, on both hardware and software levels.
- Duc GuillaumeducGuillaume DucEnseignant-ChercheurTélécom Parisemailemail
Digital economy and innovation
Strategy, Innovation, Markets (SIM) offers a set of theoretical courses in economics and management, as well as applied courses to better understand the principles of competition dynamics, market mechanisms, the behaviour of consumers, business models, the design-driven approach to innovation, etc.
- Davidovici-Nora MyriamdavidoviMyriam Davidovici-NoraEnseignant-ChercheurTélécom Parisemailemail
Complementary courses include courses in general culture, personal and professional skills, economic and social sciences as well as a choice of elective science courses. The following list, which is not exhaustive, provides examples of courses:
Sciences et technology
- Foundation for learning
- Technological innovation
- Modern physics in Python
- Optimization et numerical analysis
- Programming paradigms, theory and practice
- Preparation for programming competitive exam
- Web Development
- Cinema, society and management
- Opera, musicology
- Philosophy of science
- New technologies law
- History of Art
- Comparative international law
Economics and social sciences
- Digital economy
- Digital Management
- Internet and society
- Cultural industries in a digital world: frm creation to consumption
- Cinema, society and management
- Sociology of Big Data
- Design: the design-space method
- Digital sociology
- Responsible innovation
- Digital marketing
Personal and professional skills development
- Happiness at work
- Motivational compass and career plan
- The human voice and its challenges
- The pitch: a human experience
- Managing and working in a team
- Public speaking
- Customer relations in the consulting business
- Gain self-confidence and be confident with others
- Morin SigolenesmorinSigolène MorinResponsable du catalogue des enseignements et de leur programmationTélécom Parisemailemail
On Sophia-Antipolis – EURECOM Campus
The Sophia-Antipolis curriculum is carried out entirely in English and is a globally-minded program, as students have the opportunity to study with international students from EURECOM‘s prestigious international partner universities, who represent 75% of the student body.
Scientific and technical courses
The Master’s cycle is based on EUROCOM’s training model, in which credit units are referred to as “long modules” or “short modules”. The academic year is divided into semesters. The two-year Master’s Cycle is therefore made up of four semesters.
Students at EURECOM must choose one of the four following study tracks:
- Mobile communications
- Smart objects
- Data science and engineering
- Communication systems security
General education courses
In today’s world, engineers’ effectiveness is based not only on their scientific and technical expertise but also on their interpersonal, project management, team management skills, etc. Not only will they have to solve technical problems, but they must also be able to work as part of a team, deal with conflicts, discuss and defend budgets etc.
Over the course of their studies, students must take a number of required courses in these fields (Economics, Law, Social Sciences and Humanities) and may also opt to take additional courses to help them build these skills and gain the knowledge they need to be successful in their professional careers.
Due to the wide range of students’ countries of origin, language courses are organized based on levels and demand. Five languages are usually offered: German, English, Spanish, Italian and Japanese. Other languages may be offered upon request if enough students with the same level are interested.
The last semester is dedicated to the professional thesis, which is completed in a company, usually in a foreign country. EURECOM gives students the opportunity to carry out their studies entirely in English should they choose to do so.