Computer Aided Product Design
Tools:
SOLIDWORKS
SOLIDWORKS
Revlon 6-in-1 Nail Clipper
For my final project in Computer Aided Product Design, I created a true-to-form iteration of the Revlon 6-in-1 nail clipper. It consists of 13 individual parts.I measured all of the parts of a physical model, built each part individually, assembled, and animated them. I also created engineering drawings of select parts.
These are designs that I made using Solidworks. I earned my certificate in mechanical design in Solidworks, and these are the pieces that helped me learn the material.
Photo of a 6-in-1 Revlon Nail Clipper
Engineering drawing of the clamp connector of the 6-in-1 nail clipper
Photo of a 6-in-1 Revlon Nail Clipper
Photo of a 6-in-1 Revlon Nail Clipper
Revlon 6-in-1 Nail Clipper
For my final project in Computer Aided Product Design, I created a true-to-form iteration of the Revlon 6-in-1 nail clipper. It consists of 13 individual parts.I measured all of the parts of a physical model, built each part individually, assembled, and animated them. I also created engineering drawings of select parts.
Assembly drawing showcasing all 13 parts built for the 6-in-1 nail clipper
Stirling Engine
For our midterm project, we were given 17 engineering drawings and one assembly drawing to create a stirling engine.This was before we learned animation (and I currently do not have access to the software to create one), so this is a video I took of the computer screen while moving the engine manually to demonstrate dynamicism.
Video showcasing the moving components of the Stirling Engine (shot before being taught animation)
Assembly drawing provided to assemble the stirling engine
These are designs that I made using Solidworks. I earned my certificate in mechanical design in Solidworks, and these are the pieces that helped me learn the material.
Revlon 6-in-1 Nail Clipper
For my final project in Computer Aided Product Design, I created a true-to-form iteration of the Revlon 6-in-1 nail clipper. It consists of 13 individual parts.I measured all of the parts of a physical model, built each part individually, assembled, and animated them. I also created engineering drawings of select parts.
Revlon 6-in-1 Nail Clipper
For my final project in Computer Aided Product Design, I created a true-to-form iteration of the Revlon 6-in-1 nail clipper. It consists of 13 individual parts.I measured all of the parts of a physical model, built each part individually, assembled, and animated them. I also created engineering drawings of select parts.
Photo of a 6-in-1 Revlon Nail Clipper
Assembly drawing showcasing all 13 parts built for the 6-in-1 nail clipper
Video showcasing the moving components of the Stirling Engine (shot before being taught animation)
Engineering drawing of the clamp connector of the 6-in-1 nail clipper
Video animation of the assembly of the nail clipper and it's six components in motion.
Assembly drawing showcasing all 13 parts built for the 6-in-1 nail clipper
Stirling Engine
For our midterm project, we were given 17 engineering drawings and one assembly drawing to create a stirling engine.This was before we learned animation (and I currently do not have access to the software to create one), so this is a video I took of the computer screen while moving the engine manually to demonstrate dynamicism.
Assembly drawing provided to assemble the stirling engine
Assembly drawing provided to assemble the stirling engine
Assembly drawing provided to assemble the stirling engine
Video showcasing the moving components of the Stirling Engine (shot before being taught animation)