Mechanical Engineering student at Wentworth Institute of Technology, Boston. Currently on a Manufacturing & Operations Co-op at Moveras, LLC. Seeking a Spring 2027 co-op next.
Designed a fire suppression system with heat-based leak detection during an internship (NDA, company not disclosed); the parent company filed a patent on it.
Built and machined hardware: a wobbler engine that runs at 2,340 RPM, a remote-controlled terrain-adaptive scissor lift, and a 3D-printed rover for ASME's IAM3D challenge.
Reach me via LinkedIn or email.
Here's my portfolio and my top project.
| Project | What it is | Result |
|---|---|---|
| Fire suppression system with heat-based leak detection | Designed during an internship (NDA, company not disclosed); full assembly model and manufacturing drawings in SolidWorks. | The parent company filed a patent on the design. Details under NDA. |
| High-Speed Wobbler Engine | Air-powered single-cylinder oscillating engine; sand casting, machining, and tolerance analysis. | Stable operation at 2,340 RPM. |
| X-FLEX Terrain-Capable Compact Lift | Remote-controlled scissor lift for load transport on uneven terrain; I worked on the Arduino-based control development with the 6-person team. | Completed; presented at Wentworth's Senior Capstone Showcase. |
| ASME IAM3D R.O.V.E.R | Remote-operated excavation vehicle built by WIT's ASME club team for ASME's additive manufacturing challenge; as one of the seniors on a team of sophomores and juniors, I floated across the movement, manipulator, and frame subsystems. | The team placed 5th at the ASME EFx competition. |
| IQCR: Inspection & Quality Control Robots | Kinematic feasibility study for a 6-axis robot arm combining camera, depth sensor, and laser probe for in-line inspection; live 3D solver demo in the browser. | Accepted, IEEE ICACR 2026 (Nanjing, China, Oct 2026). |
| HEFP: Hot Engines & Fire Prevention | One-dimensional screening model of hot-surface ignition risk on an exhaust manifold wall, with a live browser solver. | Paper accepted, ASTFE TFEC 2027 (Dallas, Mar 2027). |
| pressfit | ISO 286 limits and fits from the terminal; zero dependencies, and the test suite is built from published fit-table rows. | Live on PyPI: pip install pressfit. |
| guzzler | Fuel consumption model with LightGBM monotone constraints, so it cannot predict a heavier car burning less fuel. | Beats the linear baseline on 18 of 20 splits; the physics guarantee costs about 6 percent accuracy. |
| restock | Demand forecasting scored in safety stock at 95 percent service, backtested against the baselines a stockroom already uses. | The moving average won and the README says so; forecast choice frees about 4,500 units of stock. |
- Ran 50+ pressure, leak, and reliability tests to IS, UL, and FM standards across two roles in fire protection manufacturing.
- Managed inventory of 500+ fire-protection SKUs across two factory floors at Eurotech Cylinders.
- Built and tuned LightGBM models in Python on automotive and supply-chain datasets at Corizo.
