414-517-2355
What?
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Improved production of all Blast Wheel Models to prevent parts from grinding against each other while in use.
HOW?
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Used root sum squared methodology to stack up the added tolerances which estimates gaps and places where moving parts may rub.
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Used data to adjust tolerances checked by quality.
RESULTS
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Saved both time and money by refining tolerances of critical parts and removing the possibility of moving pieces coming into contact which halts production.
What?
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Designed a Dual-Deploy Rocket that releases a probe at apogee (3000 ft).
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Lands on deployable legs and takes a 360 degree panoramic photo of the surrounding area.
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Collaborated with a team of 6.
HOW?
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Researched, modeled, and printed internal electronic mounts as well as external camera mount.
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Performed preliminary ejection tests on Rocket before launch.
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Used Rocksim for flight information.
Results
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Probe successfully deployed at apogee.
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Film of launch was obtained from constructed camera mount.
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Flight matched Rocksim estimate.
What?
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Designed, built, coded, tested, and competed to create a light seeking robot that finds a light and then flips a switch in a 1 meter by 1 meter box.
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The arena had 8 light switches that changed at random.
HOW?
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Worked with SOLIDWORKS and Arduino paired with MATLAB to design an Arduino powered robot.
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Developed numerous prototypes for the switch flipper arm.
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Ran many trials to fine tune light sensitivity and adjusted.
Results
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Successfully flipped 8 switches in 2 minutes.
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Achieved a 95% success rate per switch.
What?
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Estimated cost of laser cutting a bone saw used for ACL surgeries in canines.
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Scrap from laser cut is money lost.
HOW?
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Used MATLAB to estimate cost and cut time for new bone saw method.
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Checked results with SOLIDWORKS.
Results
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Cost of saw was $6.36
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Cost of scrap was $10.38
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Offered a more cost effective method to laser-cut saws.