Islabikes Imagine Project
Leading the engineering aspect of integrating the findings from our circular economy incubator project into the linear core business.
Duration: 12 Months
Stages: Scoping & Implementation
Basis: In-House Head of Product
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The business had aspirations of incorporating the learnings of its Imagine Project circular economy incubator into its core commercial activity.
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Matt’s role was to scope out the engineering practicalities of adopting learnings from the circular economy business model into our everyday core business.
The core challenge was to better understand:
Real-world use cases
Our ability to simulate it
The duration our product could withstand it for
The anticipated sequence of component failure
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Delivered the following programs of work:
Introduced the use of data acquisition, FEA (finite element analysis) simulation and lab-based testing. Developed in collaboration with Faction Bike Studio in Quebec.
Set up an in-house test lab with a match-funded Made:Smarter grant application to facilitate validation of FEA, assess impact of foreseeable misuse and perform in-field surveillance testing,
Collaborated with the IMechE Argyll Ruane to build an NDT (non-destructive testing) strategy for the assessment of returned bicycle frames & forks.
Product teardowns and lightweight LCA (lifecycle analyses) across components.
Shifted NPD (new product development) strategy towards design for repair & material separability.
Pushed for the publication of the brand’s first impact report and created all of the factual content and diagram frameworks.

Rothan with Arduino-powered saddle load data logger

Strain gauge fitted to a bicycle seat tube

Strain gauge data plot pre-binning and counting

Pedal fatigue FEA study using Solidworks Simulation

Fatigue test equipment delivery after successful Made:Smarter grant funding

Beginning the fit-out and construction of the in-house test lab

Structural testing frames in the newly commissioned lab facility

Bicycle teardown to collect information for lightweight LCA (lifecycle analysis) study

Graphic showing distribution of C02 emissions across a bicycle's parts

3D Print prototype of a component designed to improve material separability