Master Electronique, énergie électrique, automatique

Parcours Electrical Engineering and Control Systems 1ére année

The Electrical Engineering and Control Systems (EECS) program is intended for English-speaking students who want to obtain a solid training in the fields of Electronics, Electrical Energy and Automation and who wish to pursue a PhD thesis in one of the laboratories in Grenoble or elsewhere in the world.

The program consists of a common core in semesters 7 and 8 which correspond to the first year of the Masters degree. In semesters 9 and 10, students will choose to pursue their studies in one of the following areas:

• Computational Sciences for Electrical Engineering (CompSEE)
• Master in Systems, Control and Information Technologies (MISCIT)
• Wireless Integrated Circuits and Systems (WICS)

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Parcours Master in electrical engineering for smart grids and buildings (SGB) 1re et 2e années

Les réseaux électriques, le stockage et les bâtiments sont devenus des enjeux stratégiques majeurs pour nos sociétés modernes confrontées au développement durable et en pleine transition énergétique. Ils subissent actuellement de profondes mutations technologiques et conceptuelles. Ils convergent tous les trois à travers le réseau électrique intelligent (« smart grid ») où les bâtiments sont un maillon essentiel via des clients devenus consommateurs et producteurs (« consom’acteurs »). Ils sont l’objet de recherches, de développements et d’investissement considérables en Europe et à travers le monde entier. Le master SGB propose une formation technique de haut niveau de 24 mois dans ces trois domaines. Les étudiants auront une solide vision systémique du système électrique y compris les aspects économiques, environnementaux et sociétaux, associé à une forte capacité d’analyse technique.

Il s'agit d'une 2e année de master en alternance sous contrat de professionnalisation. Possibilité pour quelques étudiants désirant poursuivre en thèse d'effectuer un projet en laboratoire au lieu d'avoir une mission en alternance en entreprise.

Les informations sont disponibles sur le site de G-INP : master-smartgrid-energy.grenoble-inp.fr

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Parcours Microélectronique intégration des systèmes temps réels embarqués (MISTRE) 1re et 2e années

La complexité croissante des systèmes sur puces exige des logiciels embarqués performants et des ingénieurs compétents pour les concevoir. Le Master MISTRE répond à ce besoin d’innovation en vous préparant aux défis concrets du marché, en particulier la conception et le test de systèmes embarqués et sur puces, tant au niveau matériel que logiciel.

Le Master MISTRE s'articule autour de trois enjeux majeurs : la conception de systèmes à faible consommation, fiables et sûrs. Pour vous familiariser avec ces défis cruciaux, le master MISTRE vous donne accès aux ressources de la plate-forme CIME Nanotech et vous permet de maîtriser les outils de conception avancés utilisés dans l'industrie. Une part importante de l'enseignement est consacrée à des projets pluridisciplinaires, qui vous plongent au cœur des applications de l'IA embarquée, de la robotique et de l'aérospatial.

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International Master in Embedded Systems Security - IMESS (formerly MISTRE)

The Master IMESS focuses on critical and secure embedded systems: smart systems (car, building,...), IoT, distributed systems etc. 

Why choose this Master Program

• Embedded systems are everywhere (IoT, cars, buildings, etc.)
• Safety and security of embedded systems are major concerns for our societies
• Strong connection with industry and laboratories which offer many jobs and PhD positions
• Master courses and practical work with the quality of Grenoble INP
• International experience with a deep integration among local French students.

  Main thematics:   Electronic Engineering / Computer Engineering / Computer Science / System Control

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Parcours Electrical Engineering and Control Systems / CompSEE 2è année

The R&D sector into electrical energy is booming worldwide, both because sustained energy requirements and environmental constraints increasingly strong. Technological developments are many and generate an important call for engineers and researchers high-level able to support their development. To meet these needs, the EECS/CompSEE Master program will give you the opportunity to learn advanced skill sets with projects led by high-level research units.

The EECS/CompSEE courses is designed as the convergence of three training areas: Electrical Engineering, Applied Mathematics and Computer Science and emphasize the use of multiscale and multiphysics techniques to aid in the understanding and development of complex physical behaviors and electrical systems. With advanced theoretical knowledge and challenging practical applications, it will teach you the techniques and methodologies you will need to enhance your research and innovation capabilities at the international level.

The EECS/CompSEE program is supported by leading laboratories and companies in electrical engineering. Whether you look for a career in the international research community or high-level research and development industrial departments, when you graduate you are competent to work in many engineering and industrial fields: distribution networks, electric power systems, electromagnetic modeling and computation, etc. You can also choose to pursue a career in research field with a Ph.D thesis in the exceptional scientific environment that is Grenoble and the French Alps, in one of our partner laboratories (G2Elab, GIPSA-Lab, G-Scop, CEA), which hire a large number of doctoral students every year.

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Parcours Electrical Engineering and Control Systems / MISCIT 2è année

Control, optimization, and information technologies are at the core of today’s complex engineering systems. The pervasive integration of computing and communication resources into industrial processes, infrastructures, and everyday devices demands new approaches that combine classical control theory with modern data-driven and AI-based methodologies.

The MiSCIT program offers a comprehensive curriculum that bridges model-based and data-driven system design, emphasizing both the theoretical foundations and the practical implementation of advanced control systems. Students are trained in adaptive and robust multivariable control, nonlinear and predictive control, distributed and infinite-dimensional systems, as well as optimization and system identification techniques. Increasing attention is devoted to AI for control, including data-driven model learning, distributed optimization, and autonomous system design, preparing graduates to address challenges in intelligent automation and cyber-physical systems.

The program also covers key topics in system supervision and diagnosis, reliability and maintenance, network security, and real-time distributed algorithms, ensuring a deep understanding of both theoretical and implementation aspects of modern control architectures. Through industrial research seminars, design projects, and project management training, students gain hands-on experience with real-world applications and exposure to cutting-edge industrial and academic research.

The aim of MiSCIT is to provide high-level knowledge and skills for research and development (R&D) in process automation, smart systems, and autonomous technologies — from the latest theories to their practical deployment in a rapidly evolving digital and connected world.

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Parcours Electrical Engineering and Control Systems / WICS 2è année

The WICS (Wireless integrated circuits and systems) master is a master degree focusing in integrated circuit and system design for Analog/Mixed/RF & millimeterwave applications. It gives students the opportunity to learn advanced skill sets with projects led by high-level research units; the techniques and methodologies they will need to promote their research on an international level will be studied.

With a curriculum focusing on theoretical knowledge supported by practical applications, the WICS master prepares students for a career in both the international research community and the professional applications. As they finish their training, graduate students are fully ready to pursue a career in thriving fields such as the Internet of Things, future wireless communication systems, sensor networks, or medical applications.

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