Networking, Cybersecurity & Compliance
Introduction
The training course «Networking, Cybersecurity & Compliance” comprises the following three (3) self-contained Teaching Units: Teaching/Thematic Unit 1: Implementing and Managing Cisco Security Solutions (CCNA SECURITY V1.0) (Duration 30 hours/ 3 ECTS)
Teaching/Thematic Unit 2: Introduction to the NIS-2 Directive (Duration: 30 hours / 3 ECTS)
The aim is to understand and apply the European NIS-2 Directive, with an emphasis on cybersecurity governance, the compliance, and the risk management for critical infrastructure and organisations.
Teaching/Thematic Unit 3: Introduction to the DORA Regulation (Duration: 30 hours / 3 ECTS)
The unit analyses the requirements of the the DORA Regulation for the financial sector, with a focus on digital operational resilience, the digital risk management and the cooperation with third-party ICT providers.
Scientific Director
Christos Xenakis, Professor, Department of Digital Systems, University of Piraeus
Target Audience
The Course is aimed at students and graduates of the MSc programme "Cybersecurity and Artificial Intelligence Technologies" (formerly "Digital Systems Security") of the Department of Digital Systems, School of Information and Communication Technologies, University of Piraeus.
Admission Requirements
Participants must have (for distance learning):
- Basic computer skills
- Internet access
- A personal email account
In addition, a degree or certificate of enrolment from the MSc programme "Cybersecurity and Artificial Intelligence Technologies" (formerly "Digital Systems Security") of the Department of Digital Systems, School of Information and Communication Technologies, University of Piraeus, is required.
*If the class is oversubscribed, a strict order of priority will be followed.
Delivery Method
The Course is delivered using a blended learning method. More specifically, 60 teaching hours are delivered through synchronous distance learning and 30 hours are held in person. The distance learning component takes place online, using simple educational software, while in-person teaching takes place in a classroom at the University of Piraeus. Successful completion of the Course requires attendance of at least 85% of all Teaching Units, successful completion of the examination on the Course material, and payment of the full tuition fees. In addition, total absences may not exceed 15% of the scheduled training hours (i.e. 8 hours).
Type of Certificate
Trainees who successfully complete the Course are awarded a Training Certificate listing the Teaching/Thematic Units by KEDIVIM of the University of Piraeus, together with a Supplementary Annex.
See a sample of the certificate awarded here
Teaching/Thematic Units
1.1. Introduction to CISCO security technologies and solutions. 1.2. Modern Network Security Threats, Managing a Secure Network 1.3. Securing Network Devices, Securing the LAN 1.4. Authentication, Authorization and Accounting 1.5. Access Control Lists, Intrusion Prevention Systems 1.6. Intrusion Prevention Systems 1.7. Cryptographic Systems & Services 1.8. Implementing VPNs and Adaptive Security Appliance Introduction & Implementation 1.9. Practical exercise
2.1. Introductory concepts of the NIS-2 regulations. 2.2. Key concepts and operation of the NIS-2 Directive. 2.3. Analysis of ENISA’s official guidelines for the technical implementation of the NIS2 requirements. 2.4. Alignment of the NIS-2 Directive with the ISO 27001 and ISO 27005 standards. 2.5. Monitoring, Detection and Response to Cybersecurity Incidents (Monitoring detection and Incident response). 2.6. The human shield against cyber threats, Recap
3.1. Introductory concepts of the DORA Regulation 3.2. Key concepts and operation of the DORA Regulation 3.3. Alignment of the DORA Regulation with the ISO 27001 standard 3.4. Alignment of the DORA Regulation with the ISO 27005 and 22301 standards 3.5. Monitoring, Detection and Response to Cybersecurity Incidents (Monitoring, detection and Incident response) 3.6. The human shield in tackling cyber threats 3.7. Recap
Learning Outcomes
In terms of knowledge:
Upon completion of the teaching unit, trainees will be able to:
define the security requirements of a digital system that uses Information and Communication Technologies (ICT).
identify the vulnerabilities of a digital system that uses ICT, including zero-day (zero-knowledge) vulnerabilities.
analyse the potential threats/risks that may affect the operation, effectiveness, efficiency and privacy of a digital system.
design security mechanisms and protocols that meet well-defined requirements and protect against specific threats.
evaluate the effectiveness and efficiency of a security architecture by identifying potential weaknesses and limitations.
In terms of skills:
Upon completion of the teaching unit, trainees will have the following skills:
calculate and manage the operational risk arising from identified weaknesses and potential cybersecurity attacks.
be able to determine the level of compliance of a digital system or security solution with technological security standards and with the applicable legal and regulatory framework.
be able to design security mechanisms and protocols that satisfy, to the desired level, technological security standards and the applicable legal and regulatory framework.
be able to identify the areas within the wider field of cybersecurity that require further technical and scientific research, and to organise and carry out such research with a view to building more secure systems.
In terms of competences:
Upon completion of the teaching unit, trainees will have the following abilities:
Know the physical and logical foundations of a computer network
Configure dynamic routing protocols on network devices
Configure security countermeasures on network devices
Configure AAA services for network devices
Configure VPN services on network devices
In terms of knowledge:
Upon completion of the teaching unit, trainees will be able to:
Know the basic principles and objectives of the directive.
Know its structure and scope.
Know the differences between NIS and NIS-2.
Know the role of the Member States and the competent authorities.
Know the obligations of organisations that fall within the scope of the regulation.
Know best practices for the protection of critical infrastructure.
Know the strategies for preventing cyberattacks and data leaks.
Management of data breach incidents in accordance with NIS-2 and the GDPR.
Relationship between the requirements of NIS-2 and ISO
Risk management and threat assessment in accordance with ISO 27005, and how these support compliance with NIS-2.
Linking risk analysis with the compliance requirements of NIS-2.
Development of processes for continuous monitoring and threat detection.
In terms of skills:
Upon completion of the teaching unit, trainees will have the following skills:
Recognise and categorise cyber threats.
Analyse real attack incidents and their impact.
Develop detection and response mechanisms.
Recognise the role of encryption in protecting data and communications.
Recognise the link between cybersecurity and personal data protection.
Recognise the obligations of organisations regarding data protection (Privacy by Design & Default).
In terms of competences:
Upon completion of the teaching unit, trainees will have the following skills:
Manage data breach incidents in accordance with NIS-2 and the GDPR.
Know the relationship between the requirements of NIS-2 and ISO
Manage risks and assess threats in accordance with ISO 27005, and know how to support compliance with NIS-2.
Link risk analysis with the compliance requirements of NIS-2.
Develop processes for continuous monitoring and threat detection.
In terms of knowledge:
Upon completion of the teaching unit, trainees will be able to:
Know the basic principles, objectives and scope of the DORA Regulation.
Understand the structure and main chapters (ICT Risk Management, Incident Reporting, Testing, Third-Party Risk, Information Sharing).
Recognise the differences between DORA and other regulations (NIS2, GDPR, PSD2).
Know the role of the supervisory authorities (EBA, ESMA, EIOPA).
Understand the relationship between DORA and international standards such as ISO 27001, ISO 22301 and ISO 27005.
In terms of competences:
Upon completion of the teaching unit, trainees will have the skills to:
Apply ICT risk assessment and management procedures in accordance with the DORA framework.
Manage ICT incidents and cyberattacks in accordance with the requirements of DORA and the GDPR.
Design and evaluate operational resilience strategies, including testing and simulation exercises.
Identify and assess risks arising from third-party ICT service providers.
Develop compliance policies and procedures within the DORA framework.
In terms of skills:
Upon completion of the teaching unit, trainees will have the skills to:
Link ICT risk analysis with compliance requirements.
Integrate the principles of DORA into the overall operational resilience strategy.
Oversee and continuously improve monitoring, reporting and control procedures.
Assessment
Trainees are assessed through multiple-choice quizzes and short-answer questions, to ensure understanding of both theoretical and practical topics.
Course Fee
|
Total Course Fee |
450€ |
|
Fee for Thematic Unit 1 |
150€ |
| Fee for Thematic Unit 2 |
150€ |
| Fee for Thematic Unit 3 |
150€ |
Payment of Fees
Fees are payable in a single payment or in two equal instalments into an account of the Special Account for Research Funds (ELKE) of the University of Piraeus (first instalment upon registration, second instalment by the final examination).
Failure to pay any instalment will result in the candidate's automatic exclusion from the remainder of the Course, the examinations and the award of the certificate.
| Duration: | 6 Months / 90 Hours |
|---|---|
| ECTS: | 9 |
| Application Deadline: | 10/09/2026 |
| Field of Study: | Cybersecurity |
| Language: | Greek |
| Academic Coordinator: | Christos Xenakis, Professor |
| Scientific Director: | Christos Xenakis |
Educational Material
| Electronic Notes |
|---|

