This course introduces fundamental concepts in physics, mathematics, and computer science, using interactive simulations and hands-on activities. Students will explore motion, including horizontal and vertical movement, gravity, and projectile motion, with tools like GeoGebra. They'll deepen their understanding of classical mechanics by modeling falling objects, optimizing projectile trajectories, and discussing advanced topics such as Newton's cannonball and orbital motion. The course also introduces logical reasoning, proof techniques, and combinatorics, including graph theory, topological sorting, and pathfinding algorithms (DFS and BFS). By the end of the course, students will have developed a solid foundation in both mathematical proofs and practical applications, including probability simulations, to solve real-world problems.