01 / Engineering Approach
I care about the whole stack of engineering work: geometry, loads, manufacturability, testing, and how a design behaves once it leaves the screen. The goal is not just to make something look clever. The goal is to make it work.
I like projects that sit at the intersection of mechanism design, structural performance, and physical execution. My process usually starts with constraints, then moves through modeling, simulation, and iteration until the system becomes simpler, stronger, and easier to build.
Whether the problem is a lightweight drone frame, a heat transfer system, a suspension geometry study, or a robotic device, I approach it with the same standard: clean decisions backed by engineering reasoning.
02 / Selected Work
Each project now has its own destination page so the homepage can stay clean while the work still gets the depth it deserves. Click any system to open the full case study.
03 / Capabilities
The strongest projects usually come from moving fluidly between analysis, iteration, and physical execution. I want the site to reflect that same rhythm.
Layouts, mechanisms, packaging, and manufacturable geometry shaped around real design constraints.
Using FEA, CFD, and engineering models to pressure-test assumptions before fabrication begins.
Hands-on building to expose assembly issues, tolerance problems, and the details CAD alone can hide.
Turning complex work into visuals and explanations that make the engineering immediately legible.
04 / Technical Stack
Core engineering tools across CAD, simulation, and technical programming.
My workflow moves between design, fabrication, analysis, and programming. This section now mirrors the tools and capabilities listed on my resume instead of showing software I have not really used yet.



05 / Contact
I'm looking for engineering opportunities where strong design judgment, analysis, and real hardware thinking matter. If that sounds like your team, let's talk.