Master Internet of Things (IoT)

 

Language of teaching: English

MASTER INTERNET OF THINGS

Responsible

The Internet of Things (IoT) represents a new stage in the digital revolution, fully contributing to the construction of a digital society. Several sectors of the digital society use or will use the internet of objects to improve deployment, exploitation and industrialization procedures. These include intelligent transport, smart grids, smart city, industry 4.0, and so on. The issues concerning the mastery of the technologies and processes around the internet of objects are enormous and require a very high level of expertise with cutting-edge skills in multi disciplinary areas. 

Key Words: Sensors, Actuators, Low-energy communication, Big Data, Data Semantic, Machine Learning, Security, Business Intelligence

Objectives:

  • Design tools for processing and analyzing large amounts of data from sensors;
  • Design and develop IoT applications and services adapted to industrial needs
  • Understand and design communication mechanisms adapted to the constraints of the sensors (energy consumption, lack of computing capacities)
  • Acquire dual competences technical courses in advanced fields (data exploitation, software development, communication networks in constrained environments, Machine Learning, sensor security) associated with courses in Innovation, Project Management, Entrepreneurship ...

ADMISSION REQUIREMENTS

To be eligible, Candidates need

  • Bachelor's Degree (minimum 3 years of higher education) in a relevant field
  • Strong foundation in mathematics
  • Certified B2 level in English. No requirement are needed in French as the program is fully taught in English. 

 

COURSE DESCRIPTION

Students need to validate a certain amount of credits per Teaching Unit each semester. The curriculum offers great flexibility by offering elective courses.

Please consult the Academic Schedule and the Frequently Asked Questions for more Information about the schedule organisation.

See the video presentation of the Master here

SEMESTER 1 FALL (OCTOBER - JANUARY)

Download the EURECOM’s Master brochure

SEMESTER 7  - FALL (30 ECTS)  - September – February

Foundations for Telecom Unit ECTS: 10.00
Min sum of Weight: 1.00
T MALIS Machine Learning and Intelligent System Weight: 0.50
T MobSys Mobile communication systems Weight: 0.50
T SysSec System and Network Security Weight: 0.50
Software, Security & Networking Unit ECTS: 10.00
Min sum of Weight: 1.00
T CompArch Computer architecture Weight: 0.50
T MobMod Mobility Modeling Weight: 0.25
T MobServ Mobile application and services Weight: 0.50
T OS Operating systems Weight: 0.50
T SoftDev Software development methodologies Weight: 0.25
Humanities and social sciences 1 Unit ECTS: 4.00
Min sum of Weight: 1.00
G B_INNOV How to adopt the right posture and move from idea to market! Weight: 1.00
G CSE The challenges of a sustainable economy Weight: 0.50
G ManagIntro Introduction to management Weight: 1.00
G Property Intellectual property law Weight: 0.50
G RDI Responsible Digital Innovation: Risks, Ethics and Technology Weight: 0.50
G TeamLead Personal Development and Team Leadership Weight: 1.00
Scientific and technical opening1 Unit ECTS: 5.00
Min sum of Weight: 1.00
T ATWireless Advanced topics in wireless communications Weight: 1.00
T AwaRe Awareness-raising to research Weight: 0.50
T BigSec Security and privacy for Big Data and Cloud Weight: 0.50
T Clouds Distributed Systems and Cloud Computing Weight: 1.00
T CompArch Computer architecture Weight: 1.00
T DBSys Database Management System Implementation Weight: 1.00
T DigiCom Digital communications Weight: 1.00
T EmSim Emulation and simulation methodologies Weight: 0.50
T ImCod Image & Video Compression Weight: 0.50
T ImProc Digital Image Processing Weight: 0.50
T MALIS Machine Learning and Intelligent System Weight: 1.00
T MPC Multiparty Computation and Blockchains Weight: 0.50
T MathEng Essential Mathematical Methods for Engineers Weight: 0.50
T MobCom Mobile communication techniques Weight: 1.00
T MobMod Mobility Modeling Weight: 0.50
T MobServ Mobile application and services Weight: 1.00
T MobSys Mobile communication systems Weight: 1.00
T MobiSec Mobile Systems and Smartphone Security Weight: 1.00
T OS Operating systems Weight: 1.00
T Optim Optimization Theory with Applications Weight: 0.50
T QUANTIS Quantum Information Science Weight: 0.50
T SSP Statistical signal processing Weight: 1.00
T SecCom Secure communications Weight: 1.00
T SoftDev Software development methodologies Weight: 0.50
T Stand Standardization activities Weight: 0.50
T SysSec System and Network Security Weight: 1.00
T UMLEmb Designing embedded systems with UML Weight: 0.50
T WebInt Interaction Design and Development of Modern Web Applications Weight: 0.50

Language Unit ECTS: 1.00

(French, or another language if the student is already fluent in French)

SEMESTER 8 - SPRING (30 ECTS)  - March – June

Advanced IOT Unit ECTS: 10.00
Min sum of Weight: 1.00
T APPIOT Iot Application Protocols Weight: 0.25
T DeepLearning Deep Learning Weight: 0.25
T ProtIOT Iot Communication Protocols Weight: 0.25
T WebSem Semantic Web and Information Extraction technologies Weight: 0.25
Humanities and social sciences 2 Unit ECTS: 4.00
Min sum of Weight: 1.00
G Business Business Simulation Weight: 1.00
G Law General introduction to law : contracts, setting up a business Weight: 0.50
G ProjMan Project management Weight: 1.00
G SATT Sociological Approaches of Telecom Technologies Weight: 0.50
G TeamLead Personal Development and Team Leadership Weight: 1.00
G WebStra Web strategy and organizational Performance Weight: 0.50
Networking for Telecom Unit ECTS: 10.00
Min sum of Weight: 1.00
T MALCOM Machine Learning for Communication systems Weight: 0.50
T MobAdv Mobile Advanced Networks Weight: 0.25
T MobWat Wireless Access Technologies Weight: 0.25
T NetSoft Network Softwerization Weight: 0.25
T Radio Radio engineering Weight: 0.50
T WiSec Wireless Security Weight: 0.25
Scientific and technical opening 2 Unit ECTS: 5.00
Min sum of Weight: 1.00
T 3DGraph 3-D and virtual imaging (analysis and synthesis) Weight: 1.00
T AML Algorithmic Machine Learning Weight: 0.50
T ASI Advanced Statistical Inference Weight: 1.00
T AdvStat Advanced statistics Weight: 0.50
T AwaRe Awareness-raising to research Weight: 0.50
T CompMeth Computational Methods for digital communications Weight: 1.00
T DigitalSystems Digital systems, hardware - software integration Weight: 1.00
T Forensics Cyber-crime and Computer Forensics Weight: 1.00
T FormalMet FormalMethods-Formal specification and verification of systems Weight: 0.50
T HWSec Hardware Security Weight: 0.50
T ImSecu Imaging Security Weight: 0.50
T InfoTheo Information Theory Weight: 1.00
T IntroStat Introduction to statistics Weight: 0.50
T MALCOM Machine Learning for Communication systems Weight: 1.00
T MobAdv Mobile Advanced Networks Weight: 0.50
T MobWat Wireless Access Technologies Weight: 0.50
T NetSoft Network Softwerization Weight: 0.50
T PlanTP Transportation Planning Weight: 0.50
T Radio Radio engineering Weight: 1.00
T ResProj Projet de recherche Weight: 1.00
T SP4COM Signal Processing for Communications Weight: 1.00
T Speech Speech and audio processing Weight: 0.50
T TraffEEc Emission and Traffic Efficiency Weight: 0.50
T WiSec Wireless Security Weight: 0.50

Language Unit ECTS: 1.00

(French, or another language if the student is already fluent in French)

SEMESTER 9- FALL  (30 ECTS)  - September – February

Advanced Telecom Unit ECTS: 10.00
Min sum of Weight:
T Clouds Distributed Systems and Cloud Computing Weight: 0.50
T MPC Multiparty Computation and Blockchains Weight: 0.25
T MobServ Mobile application and services Weight: 0.50
T MobiSec Mobile Systems and Smartphone Security Weight: 0.50
T NetMod Network Modeling Weight: 0.50
T QUANTIS Quantum Information Science Weight: 0.25
T UMLEmb Designing embedded systems with UML Weight: 0.25
Humanities and social Sciences 3 Unit ECTS: 4.00
Min sum of Weight:
G B_INNOV How to adopt the right posture and move from idea to market! Weight: 1.00
G CSE The challenges of a sustainable economy Weight: 0.50
G ManagIntro Introduction to management Weight: 1.00
G Property Intellectual property law Weight: 0.50
G RDI Responsible Digital Innovation: Risks, Ethics and Technology Weight: 0.50
G TeamLead Personal Development and Team Leadership Weight: 1.00
Scientific and technical opening 3 Unit ECTS: 5.00
Min sum of Weight:
T ATWireless Advanced topics in wireless communications Weight: 1.00
T AwaRe Awareness-raising to research Weight: 0.50
T BigSec Security and privacy for Big Data and Cloud Weight: 0.50
T Clouds Distributed Systems and Cloud Computing Weight: 1.00
T CompArch Computer architecture Weight: 1.00
T DBSys Database Management System Implementation Weight: 1.00
T DigiCom Digital communications Weight: 1.00
T EmSim Emulation and simulation methodologies Weight: 0.50
T ImCod Image & Video Compression Weight: 0.50
T ImProc Digital Image Processing Weight: 0.50
T MALIS Machine Learning and Intelligent System Weight: 1.00
T MPC Multiparty Computation and Blockchains Weight: 0.50
T MathEng Essential Mathematical Methods for Engineers Weight: 0.50
T MobCom Mobile communication techniques Weight: 1.00
T MobMod Mobility Modeling Weight: 0.50
T MobServ Mobile application and services Weight: 1.00
T MobSys Mobile communication systems Weight: 1.00
T MobiSec Mobile Systems and Smartphone Security Weight: 1.00
T NetMod Network Modeling Weight: 1.00
T OS Operating systems Weight: 1.00
T Optim Optimization Theory with Applications Weight: 0.50
T QUANTIS Quantum Information Science Weight: 0.50
T SSP Statistical signal processing Weight: 1.00
T SecCom Secure communications Weight: 1.00
T SoftDev Software development methodologies Weight: 0.50
T Stand Standardization activities Weight: 0.50
T SysSec System and Network Security Weight: 1.00
T UMLEmb Designing embedded systems with UML Weight: 0.50
T WebInt Interaction Design and Development of Modern Web Applications Weight: 0.50

Language Unit ECTS: 1.00

(French, or another language if the student is already fluent in French)

Semester Project Unit ECTS: 10.00

Supervised Semester Projects are based on real-case studies of industrial relevance. They combine a blend of theoretical and practical work (developing new prototypes and tools, testing new technologies, assessing current systems and solutions…). Students can work individually or in group of 2/3. The expected workload is 200 hours of individual work per semester. A defense is organized at the end. Projects provide students with hands-on skills by allowing them to put concepts into practice. (200h)

SEMESTER 10 - SPRING (30 ECTS) -  March – August

RESEARCH / INDUSTRIAL INTERNSHIP (Paid) Unit ECTS: 30.00

The internship is to be carried out in a company or lab in France or abroad. It allows students to get a hands-on experience and ease their entry into the job market. Students work on a research/development project under the supervision of a professor and an industrial mentor. Students are integrated as part of the staff and receive a monthly allowance, the amount of the allowance depends on the company and position. EURECOM helps students find an internship by providing an updated database of paid internship opportunities offered by companies.