I'm a mechanical engineer who loves creating practical, innovative solutions that make a real difference. I specialize in blending my creativity with my analytical mindset and hands-on design capabilities to develop products and processes that are both effective and reliable.

Hermes is a hybrid fixed-wing vertical take-off and landing (VTOL) aircraft designed to autonomously navigate airspaces and deposit small payloads.

Janus is a mini hybrid-fuel rocket engine project aimed at understanding rocket engine basics. Our team designed and tested a nozzle and control computer as an introduction to the Boston University Rocket Propulsion Group (BURPG).

Streamline is a conceptual machine that autonomously cuts and packages aluminum pipes. Designed for a course at Boston University (ME560), the project aims for high efficiency and a payback period of under 18 months.

The Rotary Vane Fuel Pump is a conceptual rotary vane pump designed to deliver gasoline to the combustion chamber of a large pickup truck, emphasizing design for manufacturing and assembly while meeting specific performance parameters.

HydroPod is a purely mechanical portable shower designed for convenient personal cleaning during car camping trips or after a beach day, offering an easy-to-use solution for cleaning outdoors.

Vela is a musical instrument designed to simplify the assembly of traditional lamellophones. The project aimed to produce ten production-ready units while optimizing design documentation.

This project involved building a rotary vane water pump operated by a hand drill to enhance my manufacturing and prototyping skills, running parallel to the Fuel Pump design project.

As a part of Boston University Advanced Manufacturing course (ME500A2), this project aimed to improve 3D printing reliability by leveraging machine vision to detect stringing errors in fused filament fabrication.