Portfolio

Explores the development of innovative solutions for cardiac conditions. This project details conceptual designs for minimally invasive cardiac support devices, emphasizing a drive to apply engineering expertise to cardiovascular health.

Illustrates the application of engineering principles to biological systems. This project explores the design of adaptive automotive suspension, drawing parallels to the adaptability and precision required in cardiac medical interventions.

Highlights the use of cutting-edge materials in engineering applications with a focus on biocompatibility. This project reviews the selection and application of novel polymers and alloys for implantable medical devices, showcasing research and material science acumen.

Showcases deep understanding of automotive systems and performance metrics. This project details the analysis of engine efficiency and aerodynamic drag, highlighting transferable skills in data interpretation and problem-solving crucial for a medical career.

Demonstrates the strategic application of vehicle dynamics principles to patient transport and medical equipment logistics. This project uses simulated scenarios to optimize response times and patient comfort, reflecting organizational and planning skills for healthcare environments.

Focuses on the intersection of mechanical engineering and medical devices. This project highlights the design and functionality of advanced prosthetics, demonstrating an ability to translate complex engineering concepts into life-enhancing technologies.