Major in Security and Networking

Students completing the major “Security and Networking” will be able to:

  • Understand and explain different devices and protocols used in computer networking;
  • Design, configure and manage computer networks while taking into account application needs;
  • Identify large scale distributed and parallel applications, the problems occurring with these applications and propose solutions;
  • Carry out distributed applications by implementing the appropriate techniques;
  • Understand the characteristics of distributed systems: parallelism, synchronisation, communication, error and threat models;
  • Use appropriate techniques, algorithms and languages to design, model and analyse distributed applications;
  • Understand and implement mechanisms (cryptography, protocols) to secure networks and distributed systems.

 
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Mandatory Optional
Course not taught in 2020-2021 Periodic course not taught in 2020-2021
Periodic course taught in 2020-2021 Activity with prerequisites
Click on the course title to see detailed informations (objectives, teaching methods, evaluation...)
The student shall select
From 20 to 30 credits
Annual unit
  1 2

Mandatory Content:
Mandatory Required courses in Networking and Security
Mandatory LINGI2142 Computer networks: configuration and management   Olivier Bonaventure
30h+30h  5 credits q1 x x
Mandatory LINGI2145 Cloud Computing   Etienne Riviere
30h+15h  5 credits q1 x x
Mandatory LINGI2146 Mobile and Embedded Computing   Ramin Sadre
30h+15h  5 credits q2 x x
Mandatory LINGI2347 Computer system security   Ramin Sadre
30h+15h  5 credits q2 x x
Optional Elective courses in Networking and Security
The student can select 10 credits amongst
Optional LINGI2143 Concurrent systems : models and analysis   Charles Pecheur
30h+15h  5 credits q1 x x
Optional LINGI2144 Secured systems engineering   Axel Legay
30h+15h  5 credits q2 x x
Optional LINGI2315 Design of Embedded and real-time systems   Jean-Didier Legat
30h+30h  5 credits q2 x x
Optional LINGI2348 Information theory and coding   Jérôme Louveaux
, Benoît Macq
, Olivier Pereira
30h+15h  5 credits q2 x x
Optional LINMA2470 Stochastic modelling   Philippe Chevalier
30h+22.5h  5 credits q2 x x
Optional LMAT2450 Cryptography   Olivier Pereira
30h+15h  5 credits q1 x x
Optional LSINF2345 Languages and algorithms for distributed Applications   Peter Van Roy
30h+15h  5 credits q1 x x
Optional LINGI2355 Multicore programming   Etienne Riviere
30h+15h  5 credits q2 x x
Optional LELEC2770 Privacy Enhancing technology   Olivier Pereira (coord.)
, François-Xavier Standaert
30h+30h  5 credits q1 x x