Class projects for Programming Fundamentals 1 - Java with Dr. Blanchard in Fall 2018. Black Jack, Calculator, Paku-Dex (pokemon tracker), something else.
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Development, Wordpress, Bootstrap
We designed and built a heliostat as a team of 8 given strict design constraints from our sponsor.
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We designed a robot to compete against the other teams in a tennis ball competition. We learned prototyping, design, 3D modeling, and manufacturing.
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I reverse engineered the mechanics, thermal design, and dynamics of a pressure release valve
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Designed a plane tug to easily manuever lighter aerobatic competition planes around the hangar and tarmac. Electronics only proof of concept.
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Designed a hand turned shop jack to meet a set of constraints.
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First CAD project was to design a juicer that levereged an auger for juicing.
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I analyzed the vibrations from a flight test and extracted predictions of where the system would go unstable.
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I determined the final radius of each tube of a bike frame to satisfy the design constraints of geometry and loading without failure from yielding or buckling.
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Finite element analysis using Abaqus CAE was performed on a torque arm model to perform a convergence analysis, a comparison of four element types, and then optimize the mass of a torque arm by changing the geometry of the center cutout while maintaining a maximum stress less than 250 MPa.
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Ran some experiments and wrote IEEE conference papers (unsubmitted) detailing my mechanics of materials experiments.
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Ran some experiments to get an intuition for thermal design. Designed an impeller to meet a certain efficiency curve in Simerics MP+ (formerly Pumplinx).
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Started by analyzing bang-bang controllers and ended up modulating the pwm to a fan to control the height of a ball in a tube.
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The goal of the project is to investigate neurological disorders in a model of the sensorimotor control system. Extensions will be added to Dr. Shreya Saxena’s previously published work describing a simple, generalizable framework for the sensorimotor control system using controls theory. The musculoskeletal system will be expanded from a simple joint to a more accurate configuration of muscles using OpenSim software for modeling, simulating, controlling, and analyzing the neuromusculoskeletal system. The peripheral nervous system will be expanded from a simple integrate-and-fire model to one with more biologically accurate functions, such as ATP production and calcium channels. Neurological disorders will be investigated within the context of this expanded model.
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Designed my own website to showcase my resume and portfolio.
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STIM is an app to use to help monitor and improve your LOL gameplay. Get it today!
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The Nutshell is a custom operating system shell designed by David Gutierrez-McCormack and Jaxton Willman for COP4600 - Operating Systems with Dr. Helal in Spring 2021. The shell is composed of the C, C++, Yacc, and Lex languages to accomplish parsing and executing commands from the user.
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Class projects for Computer Organization with Dr. Cheryl Resch in Fall 2020.
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Class projects for Data Structures and Algorithms with Dr. Cheryl Resch in Spring 2020.
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Class projects for Programming Fundamentals 2 - C++ with Dr. Fox in Spring 2019. Minesweeper, and other projects
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Class projects for Programming Fundamentals 1 - Java with Dr. Blanchard in Fall 2018. Black Jack, Calculator, Paku-Dex (pokemon tracker), something else.
View more“Protons give an atom its identity, electrons its personality.”
- Bill Bryson, A short history of nearly everything