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Project

Air Engine Manufacturing

A compressed-air-powered engine, machined and assembled to precision tolerances and tested running on shop air.

A partially assembled air engine held in hand on a machine shop workbench, with an air hose connected to the manifold and other students' engines visible in the background.

Overview

Machined and assembled a compressed-air-powered engine for EML2322L: an aluminum base, manifold, piston, wheel, and sheet-metal case, built to precision tolerances and revised through the course's ECN/MIR process.

Design Process

  • Iterated sketches and drawings with the team for design for manufacturability (DFM) before cutting any metal
  • Inspected parts against print to confirm every feature held to spec down to thousandths of an inch

Results

The finished engine ran cleanly on compressed air, wheel spinning freely under load.

What I Learned

Precision manufacturing is unforgiving. Hitting tight tolerances across milling, CNC, and sheet metal is what actually made the engine work.

Tools and Skills

CNC MachiningManual MachiningSheet Metal FabricationGD&TECN/MIR Process

Video

The assembled air engine running on compressed air in the machine shop.