Logic & Algorithms

Maths for Programmers

Think like a computer before you write a single line of code. Master the lost art of **computational logic**, **algorithms**, and **problem decomposition** through visual puzzles and gamified simulations.

Estimated

10-15 hours

Modules

16 Modules

For

Beginners + Pros

Access

Pre-Alpha

Who is this for?

Beginners who feel "not smart enough" for coding
Bootcamp grads who can use React but struggle with logic
Visual learners who hate text-heavy tutorials

What you'll learn

Boolean thinking, logic gates, and decision trees
Data structures, memory models, and algorithmic complexity
Recursion, graph traversal, and state machines

Course Roadmap

What “Thinking Like a Programmer” Actually Means

How This Course Is Different

How to Use Interactive Lessons

Progress, XP, Levels, Mastery

True vs False (Real-life simulations)

AND / OR / NOT (Visual gates)

Truth tables → decision outcomes

Common logical mistakes

Coming Soon

We are actively building this course. Stay tuned!

Course Roadmap

What “Thinking Like a Programmer” Actually Means

How This Course Is Different

How to Use Interactive Lessons

Progress, XP, Levels, Mastery

True vs False (Real-life simulations)

AND / OR / NOT (Visual gates)

Truth tables → decision outcomes

Common logical mistakes

Maths for Programmers

Who is this for?

What you'll learn

Course Roadmap

Module 0: Orientation

Module 1: Boolean Thinking (Yes / No World)

Module 2: Conditional Logic (Decision Engines)

Module 3: Loops & Repetition (Automation Thinking)

Module 4: Data as Containers

Module 5: Collections & Sets

Module 6: Functions (Black Boxes)

Module 7: Decomposition

Module 8: Recursion (Mental Gym)

Module 9: Searching & Matching

Module 10: State & Transitions

Module 11: Graphs & Trees

Module 12: Constraints & Optimization

Module 13: From Logic → Code

Module 14: How This Powers AI

Module 15: How This Powers MERN

Coming Soon

Maths for Programmers

Who is this for?

What you'll learn

Course Roadmap

Module 0: Orientation

Module 1: Boolean Thinking (Yes / No World)

Module 2: Conditional Logic (Decision Engines)

Module 3: Loops & Repetition (Automation Thinking)

Module 4: Data as Containers

Module 5: Collections & Sets

Module 6: Functions (Black Boxes)

Module 7: Decomposition

Module 8: Recursion (Mental Gym)

Module 9: Searching & Matching

Module 10: State & Transitions

Module 11: Graphs & Trees

Module 12: Constraints & Optimization

Module 13: From Logic → Code

Module 14: How This Powers AI

Module 15: How This Powers MERN

Coming Soon