Skip to main content
Computer Science Fundamentals Beginner

Discrete Math

A comprehensive, beginner-friendly guide to learning Discrete Math. Master the fundamentals and build real-world projects.

29 chapters 7h 45m 4.5 (124)
Start Learning

What you'll learn

  • Introduction to Discrete Mathematics
  • Propositional Logic Fundamentals
  • Logical Operators and Truth Tables
  • Conditional Statements and Logical Equivalence
  • Predicate Logic and Quantifiers
  • Rules of Inference
  • Set Theory Fundamentals
  • Set Operations and Venn Diagrams

Course content

29 chapters Β· 7h 45m
  1. 1 Introduction to Discrete Mathematics 15 min
  2. 2 Propositional Logic Fundamentals 15 min
  3. 3 Logical Operators and Truth Tables 15 min
  4. 4 Conditional Statements and Logical Equivalence 15 min
  5. 5 Predicate Logic and Quantifiers 15 min
  6. 6 Rules of Inference 15 min
  7. 7 Set Theory Fundamentals 15 min
  8. 8 Set Operations and Venn Diagrams 15 min
  9. 9 Relations and Their Properties 15 min
  10. 10 Functions and Types of Functions 15 min
  11. 11 Sequences and Summations 15 min
  12. 12 Mathematical Induction 15 min
  13. 13 Recursive Definitions and Recurrence Relations 15 min
  14. 14 Counting Principles 15 min
  15. 15 Permutations and Combinations 15 min
  16. 16 Binomial Theorem and Pascal’s Triangle 15 min
  17. 17 Probability Fundamentals 15 min
  18. 18 Conditional Probability and Bayes’ Theorem 15 min
  19. 19 Boolean Algebra 15 min
  20. 20 Logic Gates and Digital Circuits 15 min
  21. 21 Graph Theory Fundamentals 15 min
  22. 22 Trees and Spanning Trees 15 min
  23. 23 Planar Graphs and Graph Coloring 15 min
  24. 24 Finite State Machines and Automata Basics 15 min
  25. 25 Number Theory Fundamentals 15 min
  26. 26 Modular Arithmetic and Cryptography Basics 15 min
  27. 27 Discrete Mathematics in Algorithms 15 min
  28. 28 Interview Preparation and Competitive Programming Math 15 min
  29. 29 Final Projects and Real-World Applications 45 min