Project Overview

I designed and produced the official CAD tutorial materials for the Design for Manufacture module on the Product Design BSc. I had full responsibility for creating a departmental resource that teaches second year students how to design injection mouldable parts with confidence.

A person holding a white TV remote control with black buttons against a wooden background.

3D Printed Prototype

Deliverables

The tutorial embeds core DfM principles throughout, including sensible draft angles, consistent wall thickness, clear parting strategy, robust assembly bosses, accurate PCB mounting features, reliable snap hooks, and precise lip and groove joints. The reference model demonstrates each decision in context so learners can see why as well as how.

Two white plastic shoe insoles placed on a wooden surface, one with black sensor components and the other empty.

Impact

The School of Mechanical Engineering adopted my tutorial as part of the DfM curriculum. It helps students progress faster from sketch to manufacturable parts, reduces rework in the workshop, and improves the consistency of final builds.

A hand holding a white, elongated, smooth object that resembles a large dildo.

Reflection

The challenge was balancing realism with teachability. I iterated the order of operations and simplified where needed, keeping only the details that matter in industry while maintaining a clear, confidence building sequence.

Full tutorial download

Example pages

Step-by-step instructions with diagrams on how to create a lip groove and lip contour in CAD software, showing top and lower half views, including sketching, offsetting, extruding, and applying features.
Page from a diagram with instructions for creating and modifying a 3D model. The instructions include drawing a midpoint line, offsetting it, drawing a construction line, creating a rectangle, and applying features like Extrude Cut and Extrude Boss. The diagrams depict the step-by-step process with measurements and annotations.