Practical, people-centered systems across robotics, embedded hardware, computer vision, automation and software — CAD and fabrication through deployment.
Founded to build home hardware that isn't automated yet, plus a hybrid VTOL platform. Sized a turbine power system from pipe-resistance and flow-rate math; prototyped with Fusion 360 simulation, topology optimization and Ansys FEA/CFD.
CAD & manufacturing subteams, scrum sprints. Built competition prototypes on a tight budget, using topology optimization in SolidWorks for stronger, cheaper parts.
Pneumatic collapsing-arm intake on 3⁄4-in bore double-acting pistons and CNC-milled 6061-T6 plate. am-3480 compliant wheels sized to grip a fabric-covered crate without crushing it. 53 matches, one impact deformation, zero failures. Shown in the hero.
Dual-775Pro planetary flywheel on a 1⁄2-in hex shaft, mass-loaded with steel gears to resist speed loss between shots. HTD-belt feed conveyor. Averaged 80% made shots into a 10-ft tower.
Engineering intern lead: designed and validated a planetary gearbox for a clean-tech device (SolidWorks + VEX test rig), plus a low-wear height-adjustment lever. Verified with Fusion FEA and Ansys Fluent CFD.
SolidWorks enclosures for Raspberry Pi occupancy sensors across 300+ library seats, plus an Arduino-driven electro-mechanical status display with SLS-printed parts.
Programmed a butterfly drivetrain (switches between traction and omni wheels) in Java with the WPILib FRC libraries, and led the team's 2018 beta-testing group for the new FRC control system.
Python on a fleet of Raspberry Pis reporting real-time occupancy for 300+ study seats, feeding a dashboard and the physical status display.
Building the app/website ecosystem that pairs with the device — sets water temperature, and tracks and limits usage per user against live sensor data.
Built internal software to replace ad-hoc field visits for Con Edison contracts — job costing, WIP reports and Gantt tracking per contract to keep billing accurate and jobs on time.
Designed and built the site for a charity on PHP, JS and WordPress. Hundreds of monthly visitors and thousands of dollars in donations a year — still in production.
Built the team site from scratch — mostly hand-written HTML/CSS/JS with Bootstrap and PHP includes — as the hub for team news and a showcase of years of builds.
Hand-built: real-time CAD rendered from my Fusion models, meshopt-compressed and lit in three.js, on a lightweight PHP site with a small content admin.
Mechanical engineer and NYU Tandon ’22 graduate who builds practical, people-centered systems across robotics, embedded hardware, computer vision, automation, and software. I combine a hands-on, end-to-end engineering mindset — from CAD and fabrication through deployment and software — with experience in project management, cross-functional coordination, nonprofit development, and community engagement. I'm driven by curiosity, service, and the challenge of turning ambitious ideas into reliable tools that make a meaningful impact.