Building engineering work from concept to analysis to hardware.

For the NYU Makerspace shredder project, I created a formal shredder shaft drawing and machined project hardware using CNC workflows. This project reflects how I move from dimensioned documentation to manufacturable geometry and then to physical execution in the shop.

• Technical drawing
• CNC machining
• Design-to-build
• Makerspace fabrication

• Produced a complete shredder shaft drawing for the NYU Makerspace project with drawing number SHRD01 and detailed dimensional callouts.
• Translated the part into machined hardware, demonstrating setup awareness, tooling judgment, and manufacturing execution.
• Used this project to connect mechanical documentation with practical fabrication work.

I built a custom tool library from scratch for aluminum and mild-steel workflows across both mill and lathe setups. Instead of relying on stock presets, I organized tool geometry, holder data, offsets, and tested cutting parameters into reusable libraries for more consistent machining workflows.

• Fusion tool library
• Feeds and speeds
• Mill and lathe
• Workflow standardization

• Created separate JSON libraries for 8L lathe aluminum, 8L lathe mild steel, 770 mill aluminum, and 770 mill mild steel workflows.
• Included parameters such as spindle speed, cutting feed, plunge feed, stepdown, stepover, coolant, and material-specific presets.
• Turned shop knowledge into a reusable engineering asset that improves repeatability and setup efficiency.

This senior design project focused on converting a New York City public school to an all-electric heating system using rooftop air-handling units and electric water heaters. I acted as the project manager and lead mechanical designer, coordinating the team and creating detailed ductwork and piping models in Revit and Fusion 360 based on the original school blueprints.

• HVAC design
• All-electric heating
• Revit & Fusion 360
• Public school retrofits

• Led the project as "project manager", aligning scope, schedule, and deliverables for an HVAC retrofit proposal for a NYC public school.
• Designed major portions of the supply and return ductwork using Revit, referencing original architectural and mechanical drawings to maintain realistic routing and clearances.
• Modeled rooftop American Standard heat pump units and electric water heaters in Fusion 360 and integrated them into the overall system layout.
• Prepared drawing sheets and 3D views illustrating AHU placement, risers, and distribution, packaged for review by the NYC School Construction Authority (NYCSA) to support greener, all-electric design planning.