This course builds high-level analytical skills and is essential for students pursuing careers in mechanical, civil, or aerospace engineering. By applying calculus to the laws of physics, students gain the ability to model the physical world with a level of detail that algebra-based courses cannot reach. This rigor is exactly what top-tier engineering programs look for in prospective students. The curriculum focuses on the mechanics of motion and energy, providing the fundamental principles that govern all physical structures. Participants develop the logical thinking and problem-solving habits necessary to tackle complex, multi-step engineering challenges. The course also hones the technical writing skills needed to document experimental findings and theoretical derivations. Students emerge with a robust scientific toolkit that is directly applicable to cutting-edge research and development. It is a challenging but necessary step for those who want to design the future.