In the Mechanics I (Statics) course at CCBC, I led a project focused on analyzing the static equilibrium of a structure, ensuring its stability and safety by calculating the forces and moments acting on it.

The primary objective was to use engineering principles and software tools to model the forces and moments, and verify that the structure could maintain stability under different conditions.

In the Calculus III course at CCBC, I led a project focused on applying multivariable calculus to model the motion of a pendulum under varying forces.

The primary goal was to use advanced calculus techniques to solve complex integrals and differential equations, and to analyze how different forces affect the pendulum’s motion.

In the Intro to Engineering Design course at CCBC, I served as the Team Lead for a project where we designed a spaceship the size of a U.S. aircraft carrier.

The primary focus of the design was on modularity and efficiency for space assembly, using AI-driven tools to ensure the structure could be assembled in orbit.