TANAY
MEHTA

Designed tooling and fixtures for a 70k units/year semi-automated door hinge press-fit cell, increasing output from one to five parts per cycle while integrating a second operation through tool changeover.

Redesigned an automated tape-and-tabber cell for the RAV4 Centre Pillar Garnish, adding 200 panels per day while holding 1 mm placement tolerances.

An aerodynamically optimised F1 car that simulates 10 300 N of downforce — 32 % more than current grid cars.

A robot that scans, solves, and physically rotates a 2×2 Rubik's Cube to a solved state in under 11 moves.

Led design and manufacturing of the Top Guidance System for the Waterloo Hyperloop Pod — 900 N load capacity under a 300 g mass budget.

A hands-free wearable that detects nearby obstacles with ultrasonic sensors and delivers real-time audio cues to guide visually impaired users.

A pneumatic launcher built from scratch — custom trigger, compressor integration, and barrel — that safely projects water balloons at 70 psi.

A channel documenting early engineering projects and builds — the origin of many ideas that became full projects.