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National Centre for Scientific Research "Demokritos"
Quantum Technologies for Digital and Cybersecurity
Katerina Tzortzatou
Course Information
Thematic Area
Quantum Computing
Study Format
Online
Course Type
Microcredential
Date
TBA
Sync Hours
5-10
Async Hours
40-45
Sectors
Information and Communication Technologies (ICT); Advanced ICT and High-Performance Computing; Financial Modelling and Forecasting; Cybersecurity; Materials Science and R&D; Space and Defence
EQF Level
4
SDGs
SDG4 – Quality Education; SDG9 – Industry, Innovation, Technology and Infrastructure
Course Description
Practical introduction to quantum mechanics concepts for learners in cybersecurity, computer science and digital technology. Focuses on quantum computing and quantum-safe security: quantum cryptography, quantum key distribution (QKD), and the impact of quantum advantage on encryption, data transmission and computation—preparing learners for future-proof digital careers.
Assessment
Self-Assessment Quizzes; Practical Lab Exercises; Assignments; Essays/Reports; Knowledge Checks; Final Exam (Online); Case Studies; Projects
Study Methods
Lectures; Videos; Hands on Labs; Practical Labs; Case Studies; Live Code Demos; Code Reviews; Literature Reading
Learning Outcomes
Explain core quantum principles; identify how quantum computing differs from classical computing; describe quantum advantage and its cybersecurity implications; understand QKD and post-quantum cryptography; describe anticipated future quantum technologies.
Hard Skills
Basic quantum concepts; Conceptual foundations in quantum-safe cryptography; Exposure to simple quantum programming environments
Soft Skills
Problem solving; Technical communication; Ethical awareness in secure systems; Digital literacy
Related Courses
Microcredential
Success
Enrolled successfully!