Module 1

Before the course

1. 1.(W00) Course Instructions
2. 2.(W39M00) Course Introduction
3. 3.(W39M00) Math Support - Extra materials

Module 2

Module 1 Part 1 - Algebra and Number Theory

1. 1.(W39M002) Algebra and Number Theory - Basic Notions - Video Lecture
2. 2.(W39M005) Algebra and Number Theory - Solving ax + bx = d - Video Lecture
3. 3.(W39M009) Algebra and Number Theory - Congruences - Video Lecture
4. 4.(W39M012) Algebra and Number Theory – The Chinese Remainder Theorem - Video Lecture
5. 5.(W39M015) Algebra and Number Theory – Modular Exponentiation - Video Lecture
6. 6.(W39M018) Algebra and Number Theory – Fermat and Euler - Video Lecture
7. 7.(W39M021) Algebra and Number Theory – Primitive Roots - Video Lecture
8. 8.(W39M024) Algebra and Number Theory – Inverting matrices mod n - Video Lecture
9. 9.(W39M027) Algebra and Number Theory – Square roots mod n - Video Lecture
10. 10.(W39M030) Algebra and Number Theory – Finite fields - Video Lecture 1
11. 11.(W39M031) Algebra and Number Theory – Finite fields - Video Lecture 2

Module 3

Module 1 Part 2: Classical Cryptosystems

1. 1.(W39M034) Classical Cryptosystems - Shift Cypher
2. 2.(W39M035) Classical Cryptosystems - Affine Cyphers
3. 3.(W39M036) Classical Cryptosystems - Vigenère Cipher
4. 4.(W39M038) Classical Cryptosystems: Substitution Ciphers
5. 5.(W39M039) Classical Cryptosystems: Block Ciphers

Module 4

Module 2: Cryptographic Techniques and Digital Signatures

1. 1.(W39M042) Cryptographic Techniques and Digital Signatures - Hash Functions Part 1
2. 2.(W39M043) Cryptographic Techniques and Digital Signatures - Hash Functions Part 2
3. 3.(W39M045) Cryptographic Techniques and Digital Signatures - Digital Signatures
4. 4.(W39M046) Cryptographic Techniques and Digital Signatures - Entropy
5. 5.(W39M047) Cryptographic Techniques and Digital Signatures - Entropy Practice
6. 6.(W39M048) Cryptographic Techniques and Digital Signatures - Huffman Code
7. 7.(W39M049) Cryptographic Techniques and Digital Signatures - Huffman Code Practice
8. 8.(W39M050) Cryptographic Techniques and Digital Signatures - Diffie-Hellman Key Exchange
9. 9.(W39M051) Cryptographic Techniques and Digital Signatures - Diffie-Hellman Key Exchange Practice
10. 10.(W39M052) Cryptographic Techniques and Digital Signatures - Public Key Infrastructure
11. 11.(W39M053) Cryptographic Techniques and Digital Signatures - Public Key Infrastructure Practice

Module 5

Module 3: Cryptographic Algorithms

1. 1.(W39M055) Cryptographic Algorithms: Data Encryption Standard - Part 1
2. 2.(W39M056) Cryptographic Algorithms: Data Encryption Standard - Part 2
3. 3.(W39M056) Cryptographic Algorithms: Data Encryption Standard - Part 2
4. 4.(W39M058) Cryptographic Algorithms: RSA - Part 1
5. 5.(W39M059) Cryptographic Algorithms: RSA - Part 2
6. 6.(W39M061) Cryptographic Algorithms: Advanced Encryption Standard - Part 1
7. 7.(W39M062) Cryptographic Algorithms: Advanced Encryption Standard - Part 2
8. 8.(W39M063) Cryptographic Algorithms: Advanced Encryption Standard - Part 3
9. 9.(W39M064) Cryptographic Algorithms: Advanced Encryption Standard - Part 4

Module 6

Module 4

1. 1.(W39M067) Elliptic Curve Cryptography Part 1
2. 2.(W39M068) Elliptic Curve Cryptography Part 2
3. 3.(W39M069) Elliptic Curve Cryptography Part 3
4. 4.(W39M070) Elliptic Curve Cryptography Part 4
5. 5.(W39M072) SSL/TLS Cryptography
6. 6.(W39M073) Impossible differentials - further reading

Module 7

Final exam