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Computer science – Design, Architecture and Development

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COMPUTER SCIENCE PRESENTATION

 

     

 

context

Computer science is everywhere, both at work and in our everyday lives: it is at the heart of social networking, technology and the economy. It must guarantee access to data and applications as well as ensuring security enabling society to undergo its ‘digital transformation’. In 2018 the computer services and software sector created more than 34,000 jobs with growth at +7.1%; 6 times higher than the whole of the private sector. (Syntec Numérique Oct. 2019)

 

3-Year programme

 

ENGINEERING SCIENCES

COMPUTER TECHNOLOGYNETWORKS AND INFRASTRUCTUREBUSINESS AND COMMUNICATION
  • Algorithms
  • Mathematics, probability and statistics
  • Software engineering
  • Integration of information systems
  • C programing, object programing, Java, BDD
  • Fundamental SIG, Web applications
  • Concurrency, design patterns
  • Concepts and systems programing
  • Network applications
  • Graphic interface
  • Java EE, DevOps, Haskell
  • BDD for Big Data
  • Internet of Things
  • Network services
  • Network protocols
  • Systems and network administration
  • Cyber-security
  • Communication
  • The working environment, management and organisation
  • Sustainable development, risk management
  • English

3 specialisation

GeomaticsSoftware DevelopmentNetworks
  • Geodesy, photogrammetry, remote sensing
  • Spatial databases
  • Geographic data servers
  • Spatial analysis
  • 3D, SIG 3D programing
  • SIG, GIS 2.0 architecture
  • SIG for local authorities
  • Software tools, software modeling and design
  • Compilation, Java inside
  • Operational research
  • Concurrent algorithm structures
  • 3D, GPGPU programming
  • Distributed computing (Map-Reduce, Spark)
  • Virtual machines, Scala
  • Local networks, wireless networks
  • Cellular networks (3G, 4G, 5G)
  • Routing, business networks
  • Network security, IDS, IPS
  • Advanced protocols (MPLS, mobile IP, IPv6)
  • Advanced services (MDR, VoIP, Streaming, QoS)
  • Virtual cloud SDN

 

PROFESSIONAL SKILLS

DESIGNING AND JUSTIFITYING AN IT SOLUTION

  • Exhaustive needs assessments
  • Taking into consideration all contextual constraints and state-of-the-art developments
  • Choosing highly adapted architecture
  • Making the best use of information

IMPLEMENTING A WELL ADAPTED IT SOLUTION

  • Meeting current standards and processes
  • Using scientific and technical expertise
  • Producing an efficient and operational solution

ACT RESPONSIBLY ON IT PROJECTS

  • Applying appropriate methods and tools
  • Being constantly involved to maintain good team dynamics
  • Anticipating the implications of decisions

ENSURE WELL ADAPTED TECHNICAL COMMUNICATION

  • Taking into account the level of expertise for each interlocutor
  • Using media and format in the proper context
  • Respecting constraints, codes and conventions
  • Taking into kind consideration the interlocutor’s situation

FIELDS & careers

fields

IT and telecommunications, Software publishing, Digital services companies, large Telecommunication, Energy and Defense Groups, Government Departments, Local Authorities.

careers

Design & Development Engineer
Full Stack Developer
Geomatics Engineer
Software Architect
DevOps
Systems and Network Engineer
Cyber Security Specialist

 

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)

 

LIEU DE FORMATION

Université Gustave Eiffel
ESIPE – Cité Descartes – Bat. Copernic
5 Boulevard Descartes
Champs sur Marne
77454 Marne-la-Vallée Cedex 2