​Computer Engineering & Artificial Intelligence

Ingénieur en Cybersecurity​

Overview of the Cybersecurity program

HESTIM’s Computer Engineering & Artificial Intelligence – Cybersecurity Specialization trains engineers to protect information systems, secure digital infrastructure and help organizations address cyber risks.

As organizations face increasing exposure to cyberattacks, data breaches, intrusions and risks associated with digital transformation, cybersecurity has become a strategic priority for every organization.

This specialization enables students to develop strong skills in network security, information systems security, cryptography, incident management, auditing, compliance and digital risk analysis.

It builds on a common foundation in computer engineering, complemented by a specialized cybersecurity component. The curriculum combines core courses in computer engineering, management and soft skills with dedicated cybersecurity modules.

Students learn to analyze risks, secure networks, protect data, understand attack and defense mechanisms, and manage security incidents.

This specialization focuses on protecting IT infrastructure, ensuring data confidentiality and system integrity, and maintaining the continuity of digital services.

It prepares future engineers to work in a wide range of environments, including technology companies, banks, insurance companies, government agencies, industrial companies, consulting firms, telecommunications operators and information systems departments.

Immersive, Innovation-Driven Learning 

The program is based on an active learning approach combining fundamental courses, practical work, applied projects, case studies and professional simulations.

In the Cybersecurity specialization, students work on practical challenges related to information systems protection, network security, vulnerability analysis, incident management and compliance.

Projects may focus on security audits, implementing security policies, risk analysis, securing network infrastructure or responding to simulated incidents.

This approach gives students a practical understanding of cybersecurity challenges while strengthening their analytical skills, rigor, responsiveness and ability to propose solutions tailored to the real needs of organizations.

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Cybersecurity Engineering Curriculum


Engineering Science and Technology

  • Applied Mathematics
  • Statistics and Probability for Engineers
  • Digital Skills
  • Mechatronics and Electronics
  • Applied Operations Research

Management

  • Human Resources Management
  • Financial Management
  • Project Management
  • Labor Law
  • Entrepreneurship
  • PMI Certification

Soft Skills

  • Professional English
  • Communication and Presentation Skills
  • Public Speaking
  • Conflict Management and Change Management
  • Stress Management
  • Leadership
  • Creativity Techniques

Computer Engineering

  • Algorithms & Data Structures
  • Operating Systems
  • Object-Oriented Programming in Java and Python
  • Microservices Architecture & JEE
  • Web and Mobile Development
  • Merise & UML Design
  • Database Programming & Administration
  • Language Theory and Compilation
  • NoSQL Databases
  • Business Intelligence
  • Virtualization and Cloud Computing
  • Computer Networks and Cybersecurity
  • Internet of Things & Big Data
  • Big Data
  • Machine Learning

Cybersecurity

  • Network Security
  • Advanced Cryptography
  • Information Systems Security
  • Cybercrime and Incident Management
  • Cybersecurity Audit and Compliance

Admission Requirements

How Can I Join the Computer Engineering & Artificial Intelligence – Cybersecurity Specialization?

What Documents Are Required to Apply to the Computer Engineering & Artificial Intelligence – Cybersecurity Specialization?

Débouchés professionnels du cycle Ingénieur en Cybersecurity

Graduates of the Cybersecurity specialization can pursue a wide range of careers in IT security, information systems protection, auditing, risk management and compliance.

With skills in network security, information systems security, cryptography, incident management and cybersecurity auditing, graduates can help organizations protect their digital infrastructure and secure their data.


Industry Sectors

Graduates can pursue careers in:

  • digital services companies 
  • banks, insurance companies and financial institutions 
  • telecommunications operators 
  • industrial groups 
  • cybersecurity consulting firms 
  • information systems departments 
  • government agencies and public-sector organizations 
  • IT security companies 
  • cybersecurity solution providers 
  • organizations engaged in digital transformation projects

Career Paths 

Graduates can pursue careers such as:

  • Cybersecurity Engineer
  • SOC Analyst
  • Cybersecurity Consultant
  • Information Systems Security Auditor
  • Network Security Engineer
  • Cybersecurity GRC Consultant
  • Digital Risk Analyst
  • Systems and Network Security Administrator
  • Cloud Security Engineer
  • Junior Information Systems Security Manager
  • Cybersecurity Compliance Consultant
  • IT Security Project Manager
  • Cyber Incident Management Specialist

For more information about the Computer Engineering & Artificial Intelligence – Cybersecurity Specialization, complete the form and a guidance advisor will contact you shortly.

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