MS Cybersecurity Engineering
Cybercrime regularly makes the headlines and is on the rise. The consequences of this can be dramatic and cybersecurity-related jobs are increasing in number to protect us from it. To be an expert in the field a dedicated training course is needed, such as the specialised master’s degree in Cybersecurity Engineering from IMT Nord Europe. It has received SecNumedu certification issued by the ANSSI and is accredited by the Conférence des Grandes Écoles. It was also ranked in the top 10 of the best Masters, MS and MBA degrees in Cybersecurity and Systems Security.
Objectives
An engineer specialising in cybersecurity engineering must develop expertise in the implementation of information system security in a company, identify risks and develop security plans intended to protect the company’s vital resources against internal and external attacks of any kind.
Jobs
The MS in “cybersecurity engineering” trains you in rapidly developing professions, recently defined by ANSSI (National Agency for Information Systems Security):
- Cyber Security Auditor/Controller/Evaluator
- Cyber security consultant
- Cybersecurity operator
- Cybersecurity trainer/instructor
- Cyber security developer
- Cybersecurity architect
- Head of Information Systems Security (RSSI)
- …
Partners
Companies specialising in cybersecurity assist the training with contributions from their experts, the provision of platforms and by proposing and sometimes even supervising projects.
- Orange Cyberdéfense and its Cybersecurity Centre of Excellence (PEC) in which IMT Nord Europe is a stakeholder;
- Stormshield, a subsidiary of Airbus Defence and Space CyberSecurity, one of whose R&D sites is located in proximity to the school;
- Advens, specialist in information security management;
- Wavestone, a major operator in consulting;
- Centre d’Innovation des Technologies sans Contact (CITC), a key operator in the Internet of Things and Ambient Intelligence.
Syllabus
- Networks, models and architecture
- Queuing theory, quality of service
- Fundamentals for network security
- Dependability of systems
- Introduction to cryptography (mathematic fundamentals)
- Operating systems / UNIX
- Legal and regulatory issues of cybersecurity
- The basics of networks – models, architectures and protocols
- Cryptography – foundations and applications
- Biometric authentication – systems and uses
- Trust and Reputation Management (in English)
- Organisational audit – the fundamentals of risk analysis, ISO 2700x family
- “Risk analysis” projects
- Recent cyber attacks and cyber defences
- Hacking and technical audit
- Network Security (I)
- Intrusion Detection Systems or IDS (in English)
- Cybercrime investigation (digital forensics)
- Kerberos access control and authentication models
- Image Processing and Pattern Recognition in Biometry
- WiFi network security
- CNSA Stormshield certification
- Conferences
- Security of industrial control systems (ICS)
- Business continuity plan & risk management
- Security management and SIEMs (Security Information Event Management)
- Dependability, is cybersecurity a new challenge?
- Advanced Network Security (II) – Security of Software-Defined Networking (SDN), Network
- Virtualization Functions (NFV)
- Methodologies for evaluating authentication approaches and methods of attacks and counter-attacks (spoofing & anti-spoofing)
- Cloud computing and cloud security
- Internet of things (IoT) and security
- Bibliographic project
- Conferences
To give engineering students a real grounding in the reality of cybersecurity, a 130-hour tutored project must be undertaken jointly by professionals and teacher-researchers from IMT Nord Europe.
A work placement in a company (or professional thesis) lasting 5 months validates the course. It allows you to put into practice your abilities to understand an industrial problem in its broadest acceptance, scientific, economic, organisational, relational, human, etc.
Apply
To be awarded a place on the training which takes place in Villeneuve d’Ascq, you must have:
- an Engineering degree accredited by the CTI (5-year degree)
- University degrees at Masters M2 level (5-year degree)
- M1 (4-year) or Masters (4-year) level university degrees and three years of professional experience
- Foreign degrees of equivalent level (5-year degree)
- Prerequisites: computer and network knowledge
Registration fees vary depending on your status: €9,000 including tax for young graduates and job seekers, €13,750 including tax for professionals, to which an application fee of €60 is added.
This is a French-taught post-master program. To apply you must demonstrate at least a B2 level in French.
The application deadline is June 14th, 2023.
Application Calendar
|
|
Application Deadline | Admissibility results (Yes, No, Waiting list) | Admission Results for the candidates on the waiting list) |
| Round 1 | March 15th, 2023 | April 15th, 2023* |
July 5th, 2023* |
|
Round 2 and Final Round |
June 14th, 2023 |
July 5th, 2023* |
Non EU-students are invited to get informed on the conditions to come study in France here and if needed to register on the “Etudes en France platform”. You are advised to apply in the 1st round in order to have more time to arrange your international mobility on time.
Incomplete applications will not be taken into consideration. In order to ensure that your application is processed, it is your responsibility to make sure that it is complete and that all required supporting documents are attached in the appropriate format (ZIP and PDF) no later than the deadline.
The €60 application fee is non-refundable for whatever reason (resignation, denial, admission etc.) and is due to complete your application.
* These dates are approximative and non-contractual.
Calendar
The program consists of an academic semester on campus from September 2023 until February 2024, and a 6-month internship in a company or a research centre between February and August 2024.
Contact
I entered the world of work after obtaining a DUT in Network and Telecommunications. I worked for more than 5 years at SFR where I progressed to an engineer position in a team in charge of production for business services. I wanted to resume my training so that I could progress to a pre-sales engineer position. I chose to follow the remote learning course offered by IMT Nord Europe which allowed me to continue my professional activity alongside my training. In 2016, I decided to continue my studies in the Specialised Masters in cybersecurity engineering. The teaching was comprehensive and I acquired good theoretical and practical knowledge, particularly through the projects, practical work and the week dedicated to the CSNA Stormshield certification. The many group projects also gave me an opportunity to discuss and learn from my peers about our differences and how to overcome these. The mix of generations between those like me who were returning to their studies and the young people who were following their engineering course made the experience a very rich one. I have now been hired by a cybersecurity software editor, Stormshield, as a pre-sales engineer and I can definitely say that this is down to the master’s degree from IMT Nord Europe.
