Master algorithmic thinking through Python programming. Build strong foundations in problem-solving patterns, complexity analysis, sorting and searchi...
Lessons
11
Activities
11
Projects
4
Duration
24 sessions • 6 months
Master algorithmic thinking through Python programming. Build strong foundations in problem-solving patterns, complexity analysis, sorting and searching algorithms from the very first session. From introductory challenges to real Malaysian Computing Challenge (MCC) problems, develop the computationa
This course consists of 24 structured sessions over 6 months. Each session includes lessons, activities, projects, and assessments to ensure comprehensive learning.
Review Python, introduce O(1) and O(n)
Master O(n²), O(log n), O(n log n)
Understand recursive thinking
Analyze recursion with Big-O
Solve Codeforces 4A problem
Analyze and extend solution
Implement bubble and selection sort
Master insertion and merge sort
Linear and binary search techniques
Solve problems with dual pointers
Solve Codeforces 1A problem
Checkpoint: Algorithms fundamentals
Understand greedy paradigm
Apply to interval scheduling
Systematic debugging techniques
Improve efficiency systematically
Solve Representative or Centroid
Optimize and analyze solution
Learn Codeforces and AtCoder
Time management and debugging
Final checkpoint assessment
Solve MCC 2022 Grammar problem
Solve MCC 2022 Aliens problem
Course completion and next steps
Python
Master Python through practical application
Practical Skills
Build real-world applications and projects
Problem Solving
Develop computational thinking and problem-solving abilities
Join this course and start your learning journey today.
