Master of Science Electrical and Optical Engineering (EOE)
Télécom SudParis
Engineering degree - Master’s level
Offered exclusively in English
Presentation
The recent upheavals linked to the international context and environmental issues have accelerated the need for systems engineers in the physical fields related to telecommunications. For companies and society in general, this need is now organic.
This program wants to respond to this need and proposes graduate students to be initiated to research and to acquire strong practical and theoretical knowledge in the Electrical and Optical Engineering fields. The program is based on multidisciplinary application fields in both electronics and optics. It encompasses core training addressing fundamental aspects, as well as focusing on specific technical skills in different application such as communications, sensors, defence and space, automotive and information technology. The program covers new technological possibilities including the implementation of high-performance, high-value, multi-domain integrated systems.
Background
Electrical engineering
FIRST YEAR
Level: Master 1
Language of instruction: English
Location: Telecom SudParis, Evry
Cost: 4000 or 6000 euros (see more on Tuition Fees)
Coordinator: Dr Alexandre Vervisch-Picois, Telecom SudParis
The program enables students to acquire the necessary background in electrical and optical engineering to pursue a second year of specialization. Laboratory time and projects offer students the opportunity to practice and understand concepts more easily.
This first-year program enables students to:
- Acquire the necessary background (algorithmic, probability, information theory and signal processing) for second year.
- Acquire the basic knowledge in microwave radio and optical systems.
- Initiate to sensor-related data sciences.
The first years also provides French language courses and methodological skills for sciences communication.
First year program
Code | Title | Credits |
CSC 7001 | Computer Science ( gpe E3A) | 6 |
HUM 7001 | Effective Communication | 3 |
MAT 7001 | Fundamentals of Probability and statistics | 3 |
FRE 7001 | French | 3 |
NET 7007 | Computing Network | 5 |
PHY 7001 | Microwaves and Antennas | 4 |
PHY 7002 | Fundamental of Fiber-Optic Communication | 4 |
IMA 7221 | Statistical Data Analysis | 2 |
Code | Title | Credits |
SIC 7221 | Introduction to Information Theory and Signal processing | 5 |
FRE 7002 | French | 2 |
PHY 7515 | Scientific Project EOE-MIE | 5 |
PHY 7506 | Microelectronics Systems | 5 |
PHY 7503 | Advanced Optoelectronic Devices | 5 |
PHY 7508 | Wireless systems | 3 |
PHY 7509 | Radio Frequency for Connected Objects | 5 |
Second year
Level: Master 2
Language of instruction: English
Location: Telecom SudParis, Palaiseau
Cost: 4000 or 6000 euros (see more on Tuition Fees)
Coordinator: Dr Alexandre Vervisch-Picois, Telecom SudParis
The second-year Electrical and Optical Engineering (EOE) Master’s program enables students to choose between Optical or Radio microwave specialization.
Optical track offers students the opportunity to design optical communication systems suited to given constraints and required applications. It also covers design cross-layer optical network architectures from physical to higher network layers.
Radio System track addresses communication system design techniques at different levels: radio frequency (RF) systems, architectures, functions and components.
These courses are taught from September to mid-February. Lab hours and projects are scheduled for students to practice and assimilate concepts more easily. High-quality lectures and project supervision are provided by professors from renowned research labs and industry experts. The program has strong ties with industry, and many courses and lab sessions are run by our industry partners. The program also provides a first research experience to prepare students for a PhD or career as a research engineer in academic or industrial organizations.
First Semester Optical track
Code | Title | Credits | |
PHY 7423 | Advanced and Next-Generation Optical Transmission Systems | 2 | |
CSC 7413 | Error-Correcting Codes and Coded Modulations Applied to Optical Communications | 2 | |
CSC 7412 | Digital Information Processing | 3 | |
NET 7337 | Future Trends in Optical Networks | 2 | |
PHY 7422 | Optical Information Propagation and Point-to-Point Transmission Systems | 3 | |
NET 7336 | Optical Networks | 4 | |
PHY 7421 | Optoelectronic Devices | 4 | |
PHY 7424 | Photonic Systems Towards Other Applications | 3 |
Code | Title | Credits |
NET 7334 | Refresher Communication Networks | 2 |
CSC 7411 | Refresher : Digital Communication | 2 |
PHY 7420 | Refresher Physics of Optoelectronic Devices | 2 |
PHY 7427 | Nanophotonics | 3 |
PHY 7426 | Photonic Integration Function | 3 |
Radio Systems track
Code | Title | Credits |
PHY 7212 | Radio Microwave functions | 4 |
PHY 7213 | Radio architecture and Physical layer and network interface | 4 |
PHY 7214 | Antennas and propagation channel | 3 |
PHY 7216 | Emerging radio technologies, Dosimetry and interaction of radio waves with living organism | 3 |
PHY 7217 | Satellite communications systems | 3 |
PHY 7218 | Positioning / goniometry / radio loc & RADAR | 4 |
PHY 7219 | RF Instrumentation, measurement & EMC | 3 |
PHY7221 | GNSS Real Time Kinematic precise positioning for drones and others applications | 3 |
PRO 7225 | Research initiation project | 3 |
The second semester is devoted to an internship in a company or in a research and development laboratory related to the field.
Contact
For any question related to admissions:
E-mail: @admissions-msc