The Math Lab for Young Minds
Live: In-Person at ITU Lahore and Online
About Course
This course introduces fundamental concepts in logic, mathematics, and simulations using tools like GeoGebra and graph theory. Students will engage in visual learning and proof-building activities that connect mathematical reasoning with real-world applications. Each class is designed to blend theoretical concepts with interactive tools and experiments, culminating in a final project that demonstrates students’ understanding of logical and motion-based systems.
What Will You Learn?
- Understanding basic principles of motion, including horizontal and vertical movement.
- Simulating simple motion scenarios using GeoGebra to visualize speed and trajectory.
- Exploring the effects of gravity on falling objects and dispelling common misconceptions.
- Analyzing free fall motion and graphing velocity and displacement over time.
- Mastering depth-first search (DFS) and breadth-first search (BFS) algorithms for pathfinding and problem solving.
- Simulating and optimizing projectile motion, exploring how velocity affects flight time and path.
- Studying Newton’s cannonball experiment and the concept of orbital motion around a spherical Earth.
- Learning logical reasoning and proof techniques, including direct proof and proof by contradiction.
- Understanding graph theory concepts, including vertices, edges, and directed acyclic graphs (DAGs).
- Combining horizontal and vertical motion to understand projectile trajectories.