In today's world, mobile networks form one of the most active areas in terms of growth and innovation. Mobile devices are found today in your pocket (smartphone) and your desk (PC). Tomorrow, they will be found in your car (autonomous, fueled by 5G), bike, train, even on your road and in your kitchen (as sensors/connected objects forming Internet of Wireless Things) and even on your clothes (wearable devices) and perhaps skin. Huge swaths of industry (connected robotics and connected industry 4.0) and society (smart city, smart agriculture) will have their critical operation fully depend on network connectivity. This was not the case before. The challenges to communicate, organize and exploit all the data carried by such devices is simply enormous. Would you like to be at the forefront of this new wireless revolution? Due to the vast range of expertise needed in this area, the Communication and Networking track will be the first at EURECOM to offer a choice of two distinct “Majors” with its own set of mandatory courses. Communications and Networking –Major in Networking Communications and Networking –Major in Communications While both majors will give you a nice overview of challenges and key knowledge in this area, there will be some differences: The Networking Major will give you some expertise in several inter-related networking areas, ranging from networking protocols (radio resource and mobility management), software defined networking (network slicing), to application development (such as android apps on smartphones). The Communication Major emphasize the fundamental concepts for efficient transmission, statistical data processing, data coding, radio engineering, and machine learning for tomorrow’s networks (like 6G). You will be able to control the cursor between theory and practice under some of the world experts in this area. Both Majors will offer a comprehensive and interdisciplinary view of mobile communications and networking to make you a desirable asset to companies and labs or even launch your own startup in this exciting area.
COMMUNICATIONS AND NETWORKING - MAJOR NETWORKING
18 months students :
Must choose DigiCom and MobSys for both Communication and networking – Major Networking and Communication and networking – Major Communications in FALL.
MANDATORY COURSES
| Fall | Spring | |||
| T | NetMod | Network Modeling | 5 | |
| T | MobSys | Mobile communication systems | 5 | |
| T | DigiCom | Digital communications | 5 | |
| T | NetSoft | Network Softwerization | 3 | |
| T | MobWat | Wireless Access Technologies | 3 | |
FREE COURSES
| Fall | Spring | |||
| T | MALIS | Machine Learning and Intelligent System | 5 | |
| T | ATWireless | Advanced topics in wireless communications | 5 | |
| T | ImCod | Image & Video Compression | 3 | |
| T | ImProc | Digital Image Processing | 3 | |
| T | DBSys | Database Management System Implementation | 5 | |
| T | MobiSec | Mobile Systems and Smartphone Security | 5 | |
| T | Clouds | Distributed Systems and Cloud Computing | 5 | |
| G | RDI | Responsible Digital Innovation: Risks, Ethics and Technology | 3 | |
| G | B_INNOV | How to adopt the right posture and move from idea to market! | 5 | |
| T | STATS | Foundations of Statistical Inference | 3 | |
| T | MPC | Multiparty Computation and Blockchains | 3 | |
| G | Property | Intellectual property law | 3 | |
| T | MobMod | Mobility Modeling | 3 | |
| T | Stand | Standardization activities | 3 | |
| T | QUANTIS | Quantum Information Science | 3 | |
| T | EmSim | Emulation and simulation methodologies | 3 | |
| T | BigSec | Security and privacy for Big Data and Cloud | 3 | |
| G | CSE | The challenges of a sustainable economy | 3 | |
| T | UMLEmb | Designing embedded systems with UML | 3 | |
| T | CompArch | Computer architecture | 5 | |
| T | SysSec | System and Network Security | 5 | |
| T | Optim | Optimization Theory with Applications | 3 | |
| T | SSP | Statistical signal processing | 5 | |
| G | TeamLead | Personal Development and Team Leadership | 5 | |
| T | WebInt | Interaction Design and Development of Modern Web Applications | 3 | |
| T | SecCom | Secure communications | 5 | |
| T | SoftDev | Software development methodologies | 3 | |
| T | MobServ | Mobile application and services | 5 | |
| T | MobCom | Mobile communication techniques | 5 | |
| T | MathEng | Essential Mathematical Methods for Engineers | 3 | |
| G | ManagIntro | Introduction to management | 5 | |
| T | OS | Operating systems | 5 | |
| T | InfoTheo | Information theory | 5 | |
| T | WebSem | Semantic Web and Information Extraction technologies | 3 | |
| T | ASI | Advanced Statistical Inference | 5 | |
| T | AML | Algorithmic Machine Learning | 3 | |
| T | Forensics | Cyber-crime and Computer Forensics | 5 | |
| T | DigitalSystems | Digital systems, hardware - software integration | 5 | |
| T | Speech | Speech and audio processing | 3 | |
| T | 3DGraph | 3-D and virtual imaging (analysis and synthesis) | 5 | |
| T | ImSecu | Imaging Security | 3 | |
| T | APPIOT | Iot Application Protocols | 3 | |
| T | DeepLearning | Deep Learning | 3 | |
| T | CompMeth | Computational Methods for digital communications | 5 | |
| T | ProtIOT | Iot Communication Protocols | 3 | |
| G | TeamLead | Personal Development and Team Leadership | 5 | |
| T | MALCOM | Machine Learning for Communication systems | 5 | |
| T | HWSec | Hardware Security | 3 | |
| T | Net_Sec | Network Security: practical hands on approach" | 3 | |
| T | SP4COM | Signal Processing for Communications | 5 | |
| T | FormalMet | FormalMethods-Formal specification and verification of systems | 3 | |
| T | Radio | Radio engineering | 5 | |
| G | Business | Business Simulation | 5 | |
| G | ProjMan | Project management | 5 | |
| G | SATT | Sociological Approaches of Telecom Technologies | 3 | |
| T | MobAdv | Mobile Advanced Networks | 3 | |
