Assembly Projects
Project Performer
( Physical Project )
Top Skills Utilized:
CAD - SolidWorks Parametric Modelling & SolidWorks Simulation
Metal Fabrication and MIG Welding, etc.
Fiberglass Molding and Vinyl Wrap coating.
Electrical wiring ( BLDC Motor - Battery - Controller - Other equipment)
On-Road Testing.
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SolidWorks Model
Used a Concept to design the main frame of the E-Bike. It helped me plan how to organized all the equipment and ergonomics of the Bike.
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Frame
Used 1.5 & 2.5 inches metal tubes and MIG Welding method to fabricate strong metal frame.
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Chassis
After Painting Frame, all the essential mechanical and electrical components were added to construct functional chassis of the E-Bike.
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Clay Modelling
Used clay-modelling process to shape the body of the bike.
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Fiberglass Body (FRP)
Later, Fiberglass body was constructed, copying the shape of the clay model.
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Electrical Wiring
Body was coated with Vinyl wraps and other electrical components were added such as Light, horn, Indicators etc.
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Final Look
Final Look of the E-bike before electrical Enclosure.
C-Clamp
( Physical Project )
Top Skills Utilized:
SolidWorks CAD: 3D Modelling, component assembly, exploded view, GD&T, standard fasteners.
Design for Cost, and manufacturing.
Keyshot Rendering
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SolidWorks Model
Using 2D drawing, created 3D assembly.
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Exploded View
5 unique parts assembly.
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Physical Part
Machined components using manual lathe and milling machine.
CNC Fixture
( Designed Project )
Top Skills Utilized:
SolidWorks CAD: 3D Modelling, component assembly, exploded view, GD&T, standard fasteners.
Design for Cost, and manufacturing.
Keyshot Rendering
Purpose
Production part: High-volume production of a pin, 1” in OD and 6” in length,
Machining: Two identical holes are required to be machined on each part.
This fixture securely holds 20 pins in a single setup.
Dustbin
( Designed Project )
Top Skills Utilized:
SolidWorks CAD: SolidWorks Sheet Metal, and PEM Fasteners.
Design for Cost, assembly and manufacturing.