I modeled a robotic system in Blender and then using computer vision developed an algorithm to identify a failed motion system.
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Personal Project (2021)
Illumina
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Illumina
Lorem ipsum dolor sit amet consectetur adipisicing elit. Odio, quas earum. Eaque rerum explicabo voluptas vel dolorem nisi consequatur fuga, laboriosam sunt fugiat, animi qui, neque ut nihil dolore itaque!
Image - Courtesy of Illumina, Inc.
Illumina
Lorem ipsum dolor sit amet consectetur adipisicing elit. Odio, quas earum. Eaque rerum explicabo voluptas vel dolorem nisi consequatur fuga, laboriosam sunt fugiat, animi qui, neque ut nihil dolore itaque!
Image - Courtesy of Illumina, Inc.
Illumina
Lorem ipsum dolor sit amet consectetur adipisicing elit. Odio, quas earum. Eaque rerum explicabo
Image - Courtesy of Illumina, Inc.
Type A Machines
I redesigned critical sheet metal and machined metal components using DFM and DFA techniques to ensure design concurrency.
Type A Machines
I set up Type A’s first product transition to contract manufacturing and continue to oversee technical operations.
Type A Machines
I leveraged academics techniques to develop a methodical testing procedure for tuning 3D printing parameters whose results have stood the test of time.
Type A Machines
I challenged prevailing 3D printing practices and developed an industry-first software feature that enables unambiguous design communication across all 3D printers
Type A Machines
I made the industry-first model-based optimization in 3D printing, paving the way for smarter 3D printing software. The feature has already saved hundreds of hours of print time.
University at Buffalo
I optimized the parameters of a compliant torque wrench by designing a simulation to generate a response surface on which I ran optimization routines that I wrote in MATLAB.
University at Buffalo
I wrote a mouseless keyboardless CAD interface that uses gesture recognition and machine learning in MATLAB.
University at Buffalo
My take on how to conduct product design.