Table of contents

The course is connected to the following study programs

Teaching language

English

Recommended previous knowledge

Background in computer science, computer networks andinformation security and privacy is advantageous but not mandatory

Learning outcomes

Having successfully completed the course, the students should have gained:

l. Advanced knowledge of core concepts related to security and safety for industrial controlsystems (ICS) in general and in critical infrastructure (CI).(e.g. energy sector, oil and gas,telecom, etc.)

2. Advanced knowledge of technical, management, and policy issues in ICS systems security andsafety relevant to IT/OT environments.

3. Athorough understanding on how to design simple authentication and key-exchange protocolsand network security protocols

4. Be able to design simple key-agreement protocols and cryptographic access controlmechanisms

Contents

The course covers the following thematic areas:

1. Cybersecurity in industrial control systems and critical infrastructure (Nadia): Exploration ofcore concepts, and foundational theories.

2. Information security andprivacy (Sigurd): Exploration of core concepts, and foundationaltheories.

3. Cryptography and Blockchain (Vladimir): Exploration of core concepts, and foundationaltheories.

4. Security Protocols and access control technologies (Harsha):Exploration of core concepts,and foundational theories.

5. Cybersecurity and AI (Thanos): Exploration of core concepts, and foundational theories

Teaching and learning methods

The course utilizes a mix of lectures, interactive workshops, and individual project assignments. Theexpected total workload corresponding to 5 ECTS is 130 hours.

Examination requirements

For successful completion, students must actively participate in all course components, submit a finalproject report.

Examinations

The course assessment is based on evaluating

  • Project Report:Assessed for its rigor, analytical depth, and originality, reflecting thecandidate's ability to synthesize and apply course concepts effectively
  • Project presentation and oral examination:Assessed abased on the candidate's ability tocommunicate knowledge and key learning from the course.

The final evaluation is a pass/no-pass grade based on the candidate's performance and reportevaluation.

Offered as a free-standing course

Yes
Last updated from FS (Felles studentsystem) Oct. 15, 2026 9:00:03 AM