EECS / Master in systems control and information technology (EECS / MISCIT)

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New insights and ideas in engineering research

The international Master Electrical Engineering and Control Systems: Master in systems control and information technology (EECS/MISCIT) program will give you a first-hand opportunity to learn advanced skill sets with projects led by high-level research units in the fields of control and information technology. Control and information technology are increasingly used in the design and operation of modern engineering systems. With the pervasive infiltration of computer systems in engineered products and in society, a model-based system integration methodology combined with an overall emphasis on compositional design appears as a crucial issue in modern process automation and research in automatic control.

Our aim is to provide you with a high level of knowledge and skills for research and developments in process modeling and control, from the latest theories to their applications.

A choice between two options is offered:

Industrial Processes Automation (IPA) aims at an engineer career or applied research, with a focus on automation-oriented topics, labs, team working and communication, technological innovation and the adaptability to new environments ;
Control and Systems Theory (CST) is oriented toward theoretical research, with advanced courses in feedback control and in applied mathematics, the development of analytical skills and independent working capabilities.

Master 1

The first year Master is common with other EECS programs with opportunity to select the second year program at the end of the first year.

Semester 1

Signal and systems (3 ects)
High frequency electronics (3 ects)
Linear dynamical systems (3 ects)
State space representation (3 ects)
Numerical methods (3 ects)
Scientific programming in Python (3 ects)
Analog electronics (6 ects)
Linear optimal control (3 ects)
Analog and digital transmission (3 ects)
UE Numerical analysis of circuits equations (3 ects)
French for foreigners

Semester 2

SISO feedback control (3 ects)
Initiation to research methodologies (6 ects)
Embedded systems and IOT (3 ects)
Electromagnetism (3 ects)
Introduction to numerical field computation (3 ects)
Communication systems (3 ects)
Introduction to RF electronic design (3 acts)
Research internship (6 ects)

Masters 2

The MISCIT curriculum consequently includes advanced topics in modeling, optimization, automatic control and communication. The theoretical concepts are supported by dedicated methodologies and numerous challenging applications.

Semester 3

Multi-Objective Control (6 ects)
Modeling and System Identification (3 ects)
Adaptative Control Systems (3 ects)
Public speaking or French as a foreign language (3 ects)
Embedded control and Modeling labs (3 ects) (IPA)
Supervision and Diagnosis (3 ects) (IPA)
Network Applications (6 ects) (IPA)
Modeling and Control of PDE (6 ects) (CST)
Efficient methods in optimization (3 ects) (CST)
Nonlinear and Predictive Control (6 ects) (CST)

Semester 4

Project Management and Seminars (3 ects)
Systems Reliability and Maintenance (IPA) or Reinforcement learning and optimal control (CST) (3 ects)
Internship (24 ects)

Opportunities and internships

The Université Grenoble Alpes collaborates with Grenoble laboratories to offer you the best internship opportunities. Each year, many offers are published for innovative and exciting projects, with qualified professional teams, and in privileged environments.

Training opportunities (in french)

Practical information

If you need more information, please contact us directly

The overall cost of living on the Grenoble campus is sometimes difficult to bear, so to allow you to concentrate on your studies, you can inquire about our scholarships.

Published on July 12, 2022
Updated on January 18, 2024

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Master EEA / EECSÉlectronique, Énergie électrique, Automatique / Electrical Engineering, Control Systems