Tejas Patel
Tejas Patel
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tjs13.9@gmail.com
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The bench

CAD studies

Surfacing, sheet metal, mechanisms and simulation, across Rhino, SolidWorks, Creo and Shapr3D.

my part
Designer
when
Undated; one study is August 2020
context
University
on the bench
1 entry in the dated log
updated
A stool designed for conventional manufacturing, rendered in orange.
render
A SolidWorks topology study of a flat, symmetrical part, its material shaded from Must Keep to Ok to Remove, with the colour key beside it.
CAD Topology study for a light drone chassis,

Studies in Creo Parametric, SolidWorks and Rhino: a stool, a squeeze-fan mechanism, a power-supply case, a mouse, a topology study and an automaton. Only the topology study is dated, 13 August 2020. The rest I can’t date.

A stool designed for conventional manufacturing, rendered in orange.
render A stool designed for conventional manufacturing practices, moulding and machining, rendered in orange.
A Creo Parametric assembly of a squeeze fan: gears and housing on screen.
CAD A hand-held squeeze fan mechanism in Creo Parametric: gears, a housing and the lever.
A Creo Parametric model of a computer power supply's sheet-metal housing: a box with a fan grille and cut-outs.
CAD The sheet-metal case of a computer power supply, in Creo Parametric.
A SolidWorks topology study of a flat, symmetrical part, its material mass shaded from Must Keep to Ok to Remove: a design study for a lightweight drone chassis.
CAD A SolidWorks topology study for a lightweight drone chassis, my hands-on try at generative design. The screenshot is dated 13 August 2020.
A Rhino model in shaded view: an orange part with a round perforated panel on its face, a blue block above it and a clear base.
CAD A part with a perforated face, modelled in Rhino.
A mouse body built from surfaces, with the construction planes still showing.
CAD A computer mouse built with surfacing tools in Creo Parametric, construction planes still showing.

The CloroBot chassis, three laser-cut plates with a lidar on top, has its own study: CloroBot.

A Creo mechanism model: a flat yellow Pikachu-shaped figure on a lavender box, driven by a crank at the side of the box, a small automaton.
CAD And a Pikachu automaton in Creo: a crank on the side of the box drives the figure. This is the first frame of the mechanism playback.

On the bench

1 entry in the dated log

  1. Topology study for a light drone chassisSolidWorks topology study
The whole log, newest first
next in the labSketchesNature studies, anatomy, tessellations, quick product sketches in pen and marker.Read it