Master Cryptographic Security

Learn the fundamentals of hashing algorithms and digital signatures through hands-on projects and real-world applications. Our comprehensive program prepares you for careers in cybersecurity and blockchain development.

Start Your Journey
Students working on cryptographic security projects in modern learning environment

Our Teaching Approach

We believe in learning through practice. Our methodology combines theoretical foundations with immediate practical application, ensuring you understand not just how cryptographic systems work, but why they matter in today's digital landscape.

Dr. Henrik Voss, Lead Cryptography Instructor

Dr. Henrik Voss

Lead Cryptography Instructor

Former security architect at major financial institutions with 15 years of experience implementing cryptographic solutions. Henrik brings real-world insights from protecting billions in digital transactions.

Project-Driven Learning

Conceptual Foundation

Each module begins with clear explanations of mathematical principles and security concepts. We break down complex algorithms into understandable components, showing you the reasoning behind each design choice.

Hands-On Implementation

You'll build working examples of hash functions and signature schemes from scratch. This direct experience helps you understand the intricate details that make these systems secure and reliable.

Security Analysis

Learn to evaluate cryptographic systems by examining potential vulnerabilities and attack vectors. We study both historical failures and current best practices to develop your analytical skills.

Real-World Application

Apply your knowledge to actual industry scenarios through case studies and collaborative projects. You'll work with the same tools and frameworks used by security professionals worldwide.

Comprehensive 8-Month Program

Cryptographic Foundations

Months 1-2 • 8 weeks

Build your mathematical foundation with number theory, modular arithmetic, and probability concepts essential for understanding modern cryptography.

Number Theory Basics
Prime Numbers & Factorization
Modular Arithmetic
Discrete Logarithms
Probability & Information Theory
Historical Ciphers Analysis

Hash Functions & Message Authentication

Months 3-4 • 8 weeks

Deep dive into cryptographic hash functions, from basic principles to advanced constructions like SHA-3 and specialized applications in blockchain systems.

Hash Function Properties
SHA Family Algorithms
Merkle-Damgård Construction
Message Authentication Codes
HMAC Implementation
Hash-based Data Structures

Digital Signatures & Public Key Systems

Months 5-6 • 8 weeks

Master the algorithms that enable secure digital communication, including RSA, DSA, and elliptic curve cryptography used in modern security protocols.

Public Key Principles
RSA Algorithm
Digital Signature Algorithm
Elliptic Curve Cryptography
Key Management
Certificate Authorities

Advanced Applications & Security

Months 7-8 • 8 weeks

Explore cutting-edge applications including blockchain security, zero-knowledge proofs, and post-quantum cryptography preparing you for future challenges.

Blockchain Cryptography
Zero-Knowledge Proofs
Multi-party Computation
Post-Quantum Algorithms
Side-Channel Analysis
Capstone Project
Prof. Magnus Thorsen, Security Research Director

Prof. Magnus Thorsen

Security Research Director

Published researcher in post-quantum cryptography with contributions to international standards. Magnus guides students through the latest developments in cryptographic security.

Complete Program

NT$89,900
8-month intensive course
  • 32 weeks of instruction
  • Hands-on lab sessions
  • Industry guest lectures
  • Personal project mentoring
  • Job placement assistance
  • Certificate of completion
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