Portfolio
Welcome to my engineering portfolio. I focus on designing and building high-performance mechanical and electromechanical systems that operate reliably in real-world environments. My work spans robotics, aerospace-inspired systems, and product development, with an emphasis on taking designs from concept through validation and deployment.
I approach engineering with a hands-on, first-principles mindset—combining mechanical design, system integration, and rigorous testing to solve complex problems and deliver practical, production-ready solutions.
Education
2021-2026
BS in Mechanical Engineering
Drexel University
Built a strong foundation in core engineering principles. Gained hands-on experience through project-based coursework and 3 co-op roles, developing skills in mechanical design, CAD, and experimental testing.
2021-2026
MS in Mechanical Engineering
Drexel University
Pursued a Master's degree in the same time frame as my Bachelor's. Focused on structural analysis, numerical design, and advanced dynamics. Applied advanced concepts through complex projects involving electro-mechanical integration, optimization, simulation-driven development (FEA/CFD), validation of dynamic systems, and inverse kinematics.
Certifications
Coursera
Projects
This portfolio is organized across mechanical design, validation testing, and simulation & software, highlighting experience in diverse engineering areas such as robotics, aerospace systems, and electro-mechanical integration. My work focuses on developing complete systems—from design and analysis to testing and real-world validation.