Skip to Content

BTS-CIEL

BTS Cybersécurité Informatique et réseaux, Électronique

LEVEL 5 EQF | 120 ECTS 

Contact us

Specialization

Cybersécurité Informatique et réseaux, Électronique

Location

Lyon, France | Remote | Hybride

Language

French 

Pedagogical methods

Theoretical courses, tutorials and practical work Case studies and professional scenarios Individual and group projects  

Target group

Students - people seeking employment - employees and professionals in the sector

Level

5 EQF (European Qualifications Framework)

RNCP37391

Credits

120 ECTS 

Sessions

 Fall (October)

Admission requirements

  • High School Diploma or equivalent (start in 1st year)


Course Structure

Full-time or work-study

person standing near the stairs

Overview

The BTS in Digital Systems (BTS SN) is a two-year vocational program designed to train students in the management of complex IT systems, network administration, cybersecurity, and electronics. The program includes two main options: Computing and Networks (IR) and Electronics and Communications (EC), with a particular focus on cybersecuritywithin the Computing and Networks option.

The program is designed to equip students with both theoretical knowledge and hands-on experience to address modern challenges in IT and electronics, including securing networks, managing infrastructures, and designing electronic systems

Discover more

Career Opportunities

Graduates of the BTS in Digital Systems can pursue various career paths, including:

  • Network Administrator
  • Cybersecurity Technician
  • IT Systems and Networks Technician
  • Telecommunications Engineer
  • Information Security Manager
  • Electronics Technician
  • Embedded Systems Designer
  • Cybersecurity Analyst
  • Infrastructure IT Manager

Program Learning Outcomes

By the end of the program, students will be able to:

  • Cybersecurity: Assess risks, implement firewalls, protect systems from intrusions, and manage security incidents.
  • Network Administration: Configure, manage, and maintain computer networks and server infrastructures.
  • Electronics: Design electronic systems, manage components, and integrate technologies for data transmission.
  • System Maintenance: Diagnose issues and maintain both IT and electronic equipment.
  • Development: Program and develop applications to manage networks and systems.
  • Infrastructure Management: Implement LAN, WAN, and VPN networks, and understand communication protocols.

Programs :

Year 1: Foundations

  • Introduction to Computing and Networks
    Understanding the basic principles of IT systems and networks.
  • Operating Systems
    Installation and configuration of operating systems, managing processes and resources.
  • Introduction to Cybersecurity
    Basic concepts of network security, security protocols, and preventing cyberattacks.
  • Electronics and Electronic Components
    Study of basic electronic components and their functions in embedded systems.
  • Networks and Communication Technologies
    Network modeling and management, communication protocols (TCP/IP, Ethernet, etc.).
  • Programming and Scripting
    Introduction to programming (Python, JavaScript, Bash) for automating tasks and managing systems.
  • Practical Project (Optional)
    Implementing a project in development or security in an IT or electronics environment.
  • Internship (8-12 weeks)
    Practical application of skills in a professional setting.

📗 Year 2: Core Competencies

  • Network and IT Security
    Advanced threat management, firewall configuration, data encryption, and protection.
  • Network Architecture and Wireless Networks
    Advanced study of network architectures, wireless technologies (Wi-Fi, 4G/5G), and VPNs.
  • Cybersecurity Development
    Implementing solutions to combat cyberattacks, managing access, and vulnerability analysis.
  • Embedded Systems and IoT
    Introduction to embedded systems and IoT, developing secure solutions for these systems.
  • Server Administration and Virtualization
    Configuration and management of servers, virtualization for better resource management.
  • Cybersecurity Incident Management
    Analyzing security incidents, responding to attacks, and implementing incident management solutions.
  • Cloud Computing and Security
    Cloud computing principles and managing security in cloud environments.
  • Project Management and Communication
    Developing communication and project management skills for managing teams and tasks.
  • Capstone Project
    A final project where students apply their skills to solve a real-world problem in one of the study areas (cybersecurity, networks, electronics).
  • Internship (12-16 weeks)
    A longer internship in a professional setting focused on cybersecurity, networks, or electronics.