4-3-5 Concept Generation The concept generation stage began with a brainstorming session which allowed 'blue-sky thinking' to create a great number of varied concepts. The 4-3-5 method allowed a more refined and focused generation.
A sample of paper mock-ups created from the best concepts created through the generation tools.
A rough sketch of the final concept - The final concept took the strongest aspects of the ideas already generated to produce the strongest concept.
A short extract from the report from the suspension which was used in the final design.
A short extract from the report from the dispersal system designed for the project.
A short extract from the report from the hopper design.
A short extract from the report on the weight distribution of the components.
CAD model
CAD model
CAD model
CAD model
CAD model
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Group Project - Autonomous Golf Course Rover Design: Frame

Working as a part of a larger team, the project brief was to design a golf course rover which would be able to spread fertilizer across the golf course, given GPS co-ordinates from a quadcopter. The team was divided into 3 sub-teams to tackle different aspects of the product. Our team was to focus on the design of the frame; which included designing a robust suspension system, ensuring proper weight-distribution, as well as designing a suitable dispersal system for the fertilizer.

Working with such a large team, across 3 different sub-teams, required great amounts of organisation and communication. As the frame sub-team, we had to ensure the other teams mechanisms and components would be housed safely.

Although working on most aspects of the project, my largest contributions were the design of the hopper and dispersal system, the outer-casing for the buggy and the component layout to ensure proper weight distribution.

Available
Freelance, Full-time
Sean Harkin
BSc (Hons) Product Design and Innovation Toronto, Canada