Projects

Through my work, I've developed a strong foundation in simulation (CFD, CHT, FEA), mathematical modeling, CAD and structural analysis, rapid prototyping (conventional/CNC machining and 3D printing), experimental validation, and integrated system development. When presented with an engineering problem, I work to deeply understand its intricacies and apply analytical methods, iterative design, and meticulous attention to detail to develop effective solutions—often on multidisciplinary teams.

Long-EZ Airplane Inlet Modification →

Redesigning the air inlet of a sponsor’s Long‑EZ homebuilt airplane to increase speed and engine efficiency. I modified the inlet geometry to achieve better airflow for engine performance while meeting engine constraints. I ran CFD and experimental analyses with 3D printed prototypes.

Hydrofoil Stiffness Modulator →

Improving the propulsive efficiency of bio-inspired underwater vehicles by mimicking fish fin elasticity. I designed a tunable stiffness mechanism for a robotic fin that emulates the variable stiffness of actual fish fins, improving thrust.

Hypersonic Flow Analysis →

Analyzing hypersonic air flows over strategically heated vehicle surfaces, uncovering vehicle improvement strategies. I investigated the stability of hypersonic boundary‐layer flow over a heated cylindrical surface and examined how temperature variations affect the transition from laminar to turbulent flow.

Robotic Exosuit for Stroke Survivors →

Helping patients with muscle weakness/injury move their arms more easily by providing mechanical support. I developed components for a wearable robotic exosuit that comfortable assists shoulder movement using a tendon-driven, body-mounted actuation system.

Glider & Airfoil Analysis →

This project focused on designing a high-performance glider tailored for long-range flight by integrating aerodynamic insights using tools like OpenVSP and XFoil.

Ram-Air Intake Analysis →

Analyzing the sponsor's current ram-air intake's pressure recovery efficiency to determine intake geometry modifications for enhanced airflow (increased air pressure, reduced drag) and improved engine performance.

Wooden Bicycle Project →

Designing and building a safe, functional, foot‐propelled wooden "kick-bike" for adult users using plywood and CNC manufacturing.

Smaller Projects

Medical Device Market Analysis →

For my internship with an Australian medical device company seeking to expand globally, analyzing the current U.S. market for wearable health devices, identifying opportunities for a successful product launch.

Carbon Nanotube 3D Printing →

Assessing how key 3D printing parameters affect the structural integrity of parts produced via a novel carbon nanotube printing process.

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