Mathayas Agnarchrist

About Me

An Anomalous Paradox, self-proclaimed Philosopher, Entrepreneur, U.S. Marine Corps Veteran and an Electric Motorsports Engineer and Pioneer who's worn many different hats in this short but fruitful life – born and raised in Houston, TX as Matthew Dishongh, with many self-defining interests and hobbies, including but not limited to those primarily in the realms of action sports and artistry. Joined the U.S. Marine Corps and left home for good at the ripe age of 19 to be stationed in Southern California thereby serving an honorable 4 year enlistment.Struggling with identity and purpose post-service: embarked on an existential quest for truth and meaning, whereby stumbling upon the contributions of Nikola Tesla and the Electric Universe Theory along the way, which ultimately lead to the conclusion, at the time, that understanding electromagnetic physics – energy, frequency and vibration – was the key to understanding the secrets of the universe, as Tesla famously proclaimed.Then took the leap of faith and moved to Silicon Valley in Northern California to pursue an Electrical Engineering degree which revealed a newfound passion for Electric Motorsports via Formula SAE, which has been the pursuit ever since through companies such as Hypercraft in Provo, Utah, and now through my own electric ventures – REVolt Engineering Co and SIN(E) Propulsion Systems: designing and building electric karts and other PEVs, for racing, recreation, clients and giveaways, while providing electric propulsion solutions, along with electrical engineering design and consulting services, here in Utah, and for clients worldwide.

An Electrical Engineer with diverse hands-on, electrical systems design, integration and optimization experience, from low voltage communication networks to high-voltage BEV propulsion systems, across both commercial and government sectors, who’s consistently seeking opportunities to further his professional development and sharpen his electrical skill set by facing and overcoming new technical challenges and experiences while simultaneously pursuing a calling and passion for electric motorsports.

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Education

Military Service

Served primarily as a Communications Marine and Squad Leader responsible for installing, operating, and maintaining tactical communication systems with secure network infrastructure while leading teams, managing critical assets and logistics, safeguarding classified systems, and providing security, mentorship, and technical support in high-pressure operational environments.

Engineering Experience

Developed a purpose-built, electric race-kart by designing the propulsion system for safety, reliability, performance, and optimal weight distribution, while navigating and managing supplier and manufacturing partnerships, overcoming challenges such as heating, mounting and communication for displaying and logging critical system data, and provisioning for scalability with a vast energy storage and charging system, custom, integrated mobile and on-board-vehicle application interfaces, and mass production.

Tested and validated numerous RF communication systems primarily for defense, naval and aerospace applications with various electrical test equipment, while troubleshooting and resolving software and hardware bugs, defects and failures in the process.

Engineered, built and delivered custom, high-performance, electric race karts – integrating, troubleshooting, prototyping and optimizing industry standard, high-voltage BEV propulsion systems with sophisticated telemetry and thermal management, while simultaneously developing the business, supplier and partner relations, manufacturing strategy, and market positioning for a scalable electric motorsports venture.

• Click here to see more on Revolt Engineering Co's Instagram

Assisted in the construction of a specialized test lab for calibrating sound measurement instruments – optimizing LabVIEW applications and creating engineering SOPs.

Drafted, integrated, and validated advanced BEV architectures – developing full-vehicle schematics, harnessing, and custom PCBs while implementing CAN-based control logic across multiple BEV subsystems, performing system-level troubleshooting, and utilizing advanced electrical test equipment for prototyping, validation, and production.

Designed and developed a smart BEV charging system – integrating custom high and low-voltage PCBs with CAN communication – enabling data-logging and sophisticated automation for reliable and safe operation, while adhering to electrical safety standards, EMC design guidelines and producing comprehensive system documentation.

Created, updated and validated electromechanical schematics, reverse-engineered system component behavior and interactions to guide appropriate modifications to system performance parameters, and designed an automated relay-based safety system to ensure reliable operation and system integrity during hardware reconfiguration.

Independently tested and validated software, firmware, and hardware across diverse communication technologies and networks, while managing logistics, documentation, reporting, and troubleshooting in the field – ensuring accurate results, secure handling of proprietary devices, and on-time project delivery under minimal to no supervision.

Other Experience

Licenses & Certifications

Contact Information