PROJECT IMAGE / ROBOT
2.007
Competition robot
Independent mechanical design, fabrication, and iteration for MIT's flagship robot competition.
View case studyMechanical engineering · Cambridge, MA
I turn open-ended problems into practical engineered solutions.
From a mechanism that needs to work to a process that needs fixing, I design, build, test, and improve the path forward.
Selected work
01 / Selected engineering work
Selected work.
A quick view of the technical work, outcomes, and engineering range behind the portfolio.
APPROVED VISUAL PENDING
Inertia-reel concept
Mechanism design, MATLAB modeling, COTS integration, and rapid prototyping for a new product line.
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STRUCTURAL SYSTEM
Steel support structures
Structural design, FEA, fabrication drawings, and technical documentation for field execution.
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MANUFACTURING IMPROVEMENT
Manufacturing root-cause analysis
Design-for-manufacturing correction spanning tolerances, installation procedures, and quality standards.
View case study02 / Maker archive
The work outside the brief.
Hands-on projects that have taught me to repair, fabricate, improvise, and care about details that only show up in use.
03 / About
Design is clearer when you have to make it.
I am studying mechanical engineering and management at MIT. I care about the boundary between a sound analysis and a part that someone can actually build, assemble, repair, and trust.
Outside the studio, I am a varsity track and field athlete and spend time climbing, woodworking, metalworking, and building things with friends and family.