Target level
Baccalaureate +5
ECTS
120 credits
Duration
2 years
Component
UFR IM2AG (informatique, mathématiques et mathématiques appliquées), Grenoble INP - Ensimag (Informatique, mathématiques appliquées et télécommunications), UGA
Language(s) of instruction
English
Presentation
The global economic impact of losses due to cybercrime amounts to hundreds of billions of euros per year ($445 billion according to the McAfee/CSIS study of 2014) with a strong increase in attacks, especially for identity theft and digital data theft, as well as malicious attacks.
Protection against these vulnerabilities includes :
- Robustness to cyber attacks of sensitive infrastructure (e.g. stuxnet)
- Robustness of security components against software vulnerabilities and data leaks (e.g. heartbleed)
- Protection of privacy and security of cloud infrastructure
- Robust design and evaluation of safety components
- Fault detection in protocols or software and hardware components
The topics covered in the training cover the complementary areas of Cybersecurity, including cryptology, forensics, and privacy, in particular for embedded systems and distributed architecture.
The objective of this program is to train cybersecurity experts (including data privacy aspects) with a bac + 5 degree, able to evolve immediately in an industrial environment and who can also pursue a thesis.
The course is labelled "Core AI" by MIAI.
International education
Internationally-oriented programmes
International dimension
Internationally oriented training
Organisation
Abroad intership
In France or abroad
Program
Specifics of the program
Program under construction - awaiting CFVU vote
Select a program
Master applied mathematics 1st year
UE Object-oriented and software design
3 creditsUE Partial differential equations and numerical methods
6 creditsUE Signal and image processing
6 creditsUE Geometric modelling
6 creditsUE English
3 creditsUE Applied probability and statistics
6 creditsUE Systèmes dynamiques
3 creditsUE Instability and Turbulences
3 creditsUE Turbulence
3 credits
UE Computing science for big data and HPC
6 creditsHPC
Introduction to database
3 credits
UE Project
3 creditsUE Internship
3 creditsUE Numerical optimisation
6 creditsChoice: 2 among 6
UE Operations Research (AM)
6 creditsUE Introduction to cryptology (AM)
6 creditsUE 3D Graphics (AM)
6 creditsUE Turbulences
6 creditsUE Statistical analysis and document mining
6 creditsUE Variational methods applied to modelling
6 credits
Master applied mathematics 1 st year Graduate School program
UE Object-oriented and software design
3 creditsUE Partial differential equations and numerical methods
6 creditsUE Signal and image processing
6 creditsUE Geometric modelling
6 creditsUE Applied probability and statistics
6 creditsUE English
3 credits
UE Computing science for big data and HPC
6 creditsHPC
Introduction to database
3 credits
UE Project
3 creditsUE Internship
3 creditsUE Numerical optimisation
6 creditsUE GS_MSTIC_Scientific approach
6 creditsChoice: 1 among 6
UE Operations Research (AM)
6 creditsUE Introduction to cryptology (AM)
6 creditsUE 3D Graphics (AM)
6 creditsUE Turbulences
6 creditsUE Variational methods applied to modelling
6 creditsUE Statistical analysis and document mining
6 credits
Master general mathematics 1st year
UE Algebra
9 creditsUE Holomorphic functions
6 creditsUE Probabilities
9 creditsUE Analysis
9 credits
UE Study and research work
6 creditsChoice: 3 among 6
UE Effective algebra and cryptographie
6 creditsUE Compléments sur les EDP
6 creditsUE Differential geometry
6 creditsUE Markov process
6 creditsUE Galois theory
6 creditsUE Operations Research (AM)
6 credits
Choice: 1 among 2
UE English S8
3 creditsUE Opening UE (only if C1 level in English reached)
3 credits
Master 2nd year
UE Software security, secure programming and computer forensics
3 creditsUE Security architecture
6 creditsUE Cryptographic engineering, protocols and security models, data privacy, coding and applications
6 creditsUE Threat and risk analysis, IT security audit and norms
3 creditsUE Physical Security : Embedded, Smart Card, Quantum & Biometrics
6 creditsChoice: 1 to 2 among 2
UE Advanced cryptology
6 creditsUE Advanced security
6 credits
Master 2nd Graduate School program
UE Software security, secure programming and computer forensics
3 creditsUE Cryptographic engineering, protocols and security models, data privacy, coding and applications
6 creditsUE Threat and risk analysis, IT security audit and norms
3 creditsUE Physical Security : Embedded, Smart Card, Quantum & Biometrics
6 creditsUE GS_MSTIC_Research ethics
6 creditsChoice: 1 among 2
UE Advanced cryptology
6 creditsUE Advanced security
6 credits
Admission
Access conditions
The first year master's is accessible to candidates according to their transcripts (and/or interview) :
- Proof of a national degree conferring the degree of bachelor in a field compatible with that of the Master's degree- or by validation of studies or acquired experience according to the conditions determined by the university or the training
The second year master's is accessible to candidates according to their transcripts (and/or interview) :
- Having validated the first year of a compatible course (the course is accessible from the two common trunks General mathematics and Applied mathematics provided that the students have taken the appropriate optional courses)
- Or by validation of studies or acquired experience according to the conditions determined by the university or the training.
Public continuing education : You are in charge of continuing education :
- if you resume your studies after 2 years of interruption of studies
- or if you followed a formation under the regime formation continues one of the 2 preceding years
- or if you are an employee, job seeker, self-employed
If you do not have the diploma required to integrate the training, you can undertake a validation of personal and professional achievements (VAPP)
Candidature / Application
Do you want to apply and register? Note that the procedure differs depending on the degree considered, the degree obtained, or the place of residence for foreign students.
Prerequisites
Language requirements :
-
Students are required to provide evidence of Competence in English.
English scores required for the MSIAM, programs: TOEFL IBT 78, CBT 210, Paper 547 / TOEIC 700 / Cambridge FCE / IELTS 6.0 min.
This is equivalent to CEFR level B2.If you have successfully completed a degree (or equivalent) course at a University in one of the following countries then you meet the English requirement automatically: Australia, Canada, Guyana, Ireland, New Zealand, South Africa, United Kingdom, United States of America, West Indies.
And after
Further studies
Depending on the nature of their practicum, students may wish to pursue research in a doctoral thesis.
Targeted trades
- Cybersecurity engineer
- Information systems security engineer
- Engineer specialized in auditing security of information systems
- Technical sales engineer in computer security
- R & D engineer specialized in cybersecurity