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Electronics and Computer Science – Communicating Systems

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ELECTRONICS AND COMPUTER SCIENCE PRESENTATION

         

 

CONTEXT

Communicating systems are transforming and improving our everyday lives. For example, better management of our energy consumption (smart electricity and gas meters, home automation applications), providing greater security (sensor networks monitoring conditions in buildings, monitoring transport), faster reaction time in monitoring a patient’s health (smart sensors for medical applications), etc.
This course associates analogue and digital electronics, programming for embedded systems software, wired and wireless transmission techniques and computer networks. These skills will enable you to analyse, design and maintain the sustainable management of communicating systems.
The course will also give you knowledge in eco-design, the integration of systems in their environment, energy saving and cyber-security.
 

3-Year programme

ENGINEERING SCIENCESELECTRONICS – ARCHITECTUREPROGRAMMING – NETWORKS

BUSINESS AND COMMUNICATION

  • Mathematics – algorithmic analysis
  • Digital and analogue signal processing
  • Digital communication
  • Information theory
  • Digital and analogue electronics
  • Electromagnetics and propagation, radio frequency devices
  • Radio frequency identification (RFID) and smart cards
  • Programmable circuits, micro-controllers, digital signal processor
  • Optical and radio transmission systems
  • Sensors
  • Energy management in communicating systems
  • Electromagnetic compatibility (CEM)
  • C, C++, JAVA programming
  • Network programming
  • Embedded systems: Real-time systems, Smart phone developments
  • Network architecture, routing, security
  • Local networks
  • Database for IOT, Cloud & big data
  • The Working environment, Management and Organisational Skills
  • Communication skills
  • English

 

PROFESSIONAL SKILLS

ANALYSING AND UNDERSTANDING FUNCTIONAL NEEDS

  • Understanding and compiling functional specifications
  • Taking into account economic, strategic, industrial and human factors

ANALYSING AND UNDERSTANDING TECHNICAL NEEDS IN COMMUNICATING SYSTEMS

  • Understanding and compiling technical specifications
  • Taking into account how the solution will integrate and interact with other systems
  • Taking into account economic, strategic, industrial and human factor standards for an eco-design approach

SELECTING AND SETTING UP TECHNOLOGY TOOLS TO DEVELOP SOLUTIONS

  • Analysing existing conditions
  • Selecting and proposing appropriate technology
  • Implementing means of deployment

CREATING AND IMPLEMENTING APPLICATIONS, SYSTEMS OR INFRASTRUCTURES

  • Applying production standards
  • Designing and creating effectively (industrialisation, costs, time, quality, etc.)
  • Planning and implementing test and income procedures
  • Generating formal documentation and tracking procedures

OPERATING AND MAINTAINING A GROUP OF COMMUNICATING SYSTEMS

  • Supervising, identifying and solving operational problems
  • Managing system maintenance and sustainability
  • Anticipating future developments and keeping abreast of new technology

QUALIFICATION

The course leads to the qualification of graduate engineer awarded by the University Gustave Eiffel, Marne-la-Vallée in partnership with Ingenieurs 2000 – Specialisation: Computer Science (accredited by French engineering institution)

PLace of study

Esipe-UGE
Cité Descartes – Bât Copernic
5 boulevard Descartes
Champs sur Marne
77454 Marne-la-Vallée Cedex 2