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Engineering projects, documented step by step

Each project is set out as What, How, Results and Tools, so the mechanism, the decisions behind it and the software used are easy to follow.

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Mechanisms and Machines · Product Design · Enclosures and Electronics · Additive Manufacturing and Art · Scale Models

Rotavator gearbox assembly on a white workshop bench under diffus

Mechanisms and Machines

Rotavator Gearbox

What: a gearbox for an agricultural rotavator. How: CAD modelling, FEA of the gear loads and machined housing. Results: a compact, serviceable gearbox ready for prototyping. Tools: SolidWorks, ANSYS, CNC milling.

Robotic claw gripper mechanism on a light grey bench, 3D-printed

Mechanisms and Machines

Robotic Claw

What: a multi-linkage gripping claw. How: mechanism design in CAD, FDM prototyping and iterative fit testing. Results: a working gripper with repeatable open and close travel. Tools: Fusion 360, FDM printing.

Line follower robot chassis on a white surface with sensor array

Mechanisms and Machines

Line Follower Robot

What: an autonomous line-following robot. How: chassis designed for DFM, printed parts and sensor mounting. Results: stable tracking on a test course. Tools: SolidWorks, FDM printing.

Press machine frame and ram assembly in a brick industrial worksh

Mechanisms and Machines

Press Machine

What: a manual press for forming and assembly work. How: frame and ram designed in CAD, structural checks in FEA. Results: a rigid frame suited to light pressing duties. Tools: SolidWorks, ANSYS.

Vesmoon tumbler product on a light grey studio surface, clean mat

Product Design

Vesmoon Tumbler

What: a drinking tumbler designed for everyday use. How: form and wall geometry modelled in CAD, grip and fit refined through prototypes. Results: a finished design ready for manufacture. Tools: Fusion 360, KeyShot.

VR headset stand printed in charcoal filament on a white bench, c

Product Design

VR Headset Stand

What: a stand to hold a VR headset when not in use. How: cradle and base designed for FDM printing without supports. Results: a stable, low-cost stand that fits the headset securely. Tools: SolidWorks, FDM printing.