My Background

Personal development through collaborative work and self-led projects

From my upbringing in the Lone-star state , to my current residence in Pheonix Arizona, I have always lived by the principles instilled by my mentors. Work hard, do it right, and change the world.

My Skills

"The more you learn, the more you realize how little you know" - Socrates

Stepping into many fields has helped me develop knowledge of various topics

Leadership

From earning Eagle Scout during my time in boy scouts, to being a Fraternity Recruiter, to being the VP of the Association for Advancing Automation chapter at ASU , I have learned how to direct teams to complete complex tasks

Electrical Engineering

My bachelors degree has instilled extensive knowledge of electrical design and fabrication, being trained in PCB design software such as KiCad and Altium, as well as extensive practice in electrical simulation tools such as LTSpice

3d Graphics

With nearly a decade of experience in Blender, and half that in Substance Painter, I have an extensive understanding of the tools and workflow to develop professional-quality 3d assets for digital entertainment.

Mechanical Engineering

After building my first 3d printer at 17, I began learning to adapt my 3d modelling experience into well-defined CAD designs through Solidworks. Publishing a collection of 3d-printed designs for other users to download and fabricate.

Game Development

From designing entertaining gameplay to the programming to make it a reality, my passion for fun and interactive experiences have driven me to extensively learn Unity, from workflows to project-management involving small teams

Virtual-Reality

Starting at software and migrating to hardware, my passion for the advancement of Virtual-Reality technology is present in my development work within the field. Utilizing OpenVR to simulate impossible situations

Project Highlights

Magnetic Mechanical Energy Storage

Using a weighted flywheel, my team designed and implemented a mechanical battery. Eddy currents allow one-way magnetic transfer of rotational energy.

Power Generator Testbench

Redesign and rebuild of a student project testbench for ASU's Engineering Program. Done in collaboration with A3 Robotics at ASU Polytechnic.

Call of the V.O.I.D

Virtual Reality mech-combat game, designed in Unity to compete in a University-Sponsored game-jam. Lead design and project manager, as well as graphical artist.