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Kasey Boekholt is a self-motivated mechanical design engineer and artist who completed his BS in Mechanical Engineering at UC Berkeley in 2018. Contact me. Download my resume here. Check out my music here: Sleeping People. ROLAND. Kasey Bokeholt is a Design Engineer with a BS in Mechanical Engineering from UC Berkeley.
PALACE GAMES - LOBBY/CAGE ROOM. Challenge: Design and engineer a room THAT FUNCTIONs AS TWO DISTINCTLY UNIQUE ROOMS. in both configurations the floor is to remain unchanged, however all four walls must be swapped out with another set of walls that box the players in and have a different look and feel. additionally the ceiling is to be removed ...
Time Drop Video. Proof of concept and early testing to determine the number of outlet valves and the consistency of the droplets that can be produced from one oscillating pump. The next step was to design and build a 15 foot wide hexagonal infinity, the opposing walls were built as close to parallel as possible to enhance the infinity room effect.
This video is the final version of the Kodak Tech Pageant AV 256 TR master assembly animation. I measured each part with digital calipers to within 1/16th inch tolerance and then used PTC CREO to create solid part model sub assemblies. I imported each part into AutoDesk 3ds MAX where I assigned rendering materials and then created the master ...
SOLUTION: As a member of the Mechanical Arm sub-system team, I helped design and fabricate a three limbed robotic arm with a customizable claw capable of object manipulation. THe arm was able to rotate a full 360 degrees around the CHASSIS by way of a motorized pulley system and was designed to reach anywhere on the ground within a 3 foot semi-circle in front of the Rover.
Challenge: within a team of 5, create a functioning prototype of a microprocessor-based mechanical system that incorporates a real time component and has at least one multitasking element. Skills: 3D Printing, 3D Modeling, air control vavles, Control/Embedded Systems, FEA simulation, Laser Cutting, Machining, Motor Controls, Pressure Sensors, Programming (LabVIEW), Relay Switches, Vacuum Pumps ...
SOLUTION: IN ORDER TO ACHIEVE CONTROL of THE WHEEL’S rotational speed and acceleration I wrote an arduino Program to regulate a DM860T digital stepper driver which actuates a NEMA 34 Stepper Motor, powering the wheel via V-Link 12:1 ratio Belt drive. To sense the wheel’s absolute orientation and rotational direction I DESIGNED a positional feedback loop consisting of a permanent magnet aND ...
