Vaccum Manifold EOAT
Vaccum manifold, designed to grip four parts at a single time. Angles had to match exactly to the release orientation of parts presented for pickup. Total of two input ports and four output ports per manifold. This was designed for MIM process improvements.
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CAD
Smartphone POC created to allow for less complex repair and assembly. Three main parts make up the phone; the rear assembly, inner circuity/hardware, and the front glass assembly. All are held together using small strong bolts at six key locations.
Smartwatch designed as a POC for a wearable biosensor application
Simulation
Load test analysis for different material types for a proposed chassis design. Material properties were used directly from the Soildworks Simulation material library. Each material was tested with the same 2 mm thickness with a 5 kg load applied over two fixed “axels” at the front and rear.
Prototyping and Assmebly Managment
An autonomous line following robot, designed in Solidworks the robot was created for a final year project at the University of Manchester. Designed for agility, this robot boasts a compact and rear-heavy chassis design optimal for tight corners and stability during quick acceleration.
Solidworks schematic for the chassis design mentioned above.
Front, middle and rear assemblies for the POC smartphone mentioned above.