A little about me…
I’ve always enjoyed tinkering and immersing myself in design projects. Seeing an idea go from paper to a physical product is greatly satisfying to me — something which I’ve been lucky to explore in my life through mechanical engineering. I hope to bring a well-rounded approach to any problem I come across, bringing useful solutions to any community I serve.
After graduating with a B.S. in Mechanical Engineering with a concentration in Manufacturing Engineering from Boston University, I knew I wanted to further deepen my understanding on these topics, graduating with a M.S. in Product Design and Manufacture from Boston University in May 2024.
Redesigning and developing a manufacturing process for LPDE beads used in the filtering of water for aquaculture systems.
Skills
Material Selection · CAD (SolidWorks) · 3D Printing (SLA)
Manufacturing Processes (Extrusion and Stamping)
Designed a pump compatible with drinking water based on a physical design hand-manufactured from engineering drawings.
Skills
Material Selection (Ansys Granta) · CAD (OnShape) · Prototyping GD&T and Engineering Drawings · Manual Milling and Turning
An automated solution for the cutting and packaging of extruded aluminium pipes of varying lengths and diameters.
Skills
CAD and Simulation (SolidWorks) · Process Time Analysis Motor, Actuator, and Sensor Selection · Financial Analysis
An automated sorter of plastic bottles, glass bottles, and metal cans, making use of sensors and motors.
Skills
Motor and Sensor Selection · Prototyping · Arduino
A structural-foam-moulded water tank for a portable shower aimed for use outdoors. Designed to work entirely mechanically to pressure water out of the tank.
Skills
Material and Manufacturing Process Selection · CAD (OnShape)
GD&T and Process Drawings · Manual Milling and Turning
A multi-use scoop designed with scalability and DFMA principles as top priorities. Made through sand casting and post-processing.
Skills
CAD (SolidWorks) · 3D Printing · Sand Casting · CNC Machining
DFMA · GD&T and Engineering Drawings · Prototyping
A smartphone stand made in an autonomous system (Boston University’s Automated Manufacturing Lab).
Skills
CAD (SolidWorks) · GibbsCAM · CIM · Process Scheduling