I am an Electrical Engineering student at Oregon State University with a unique, hands-on background in utility-scale power construction. I spent several years in the field constructing, managing and testing power infrastructure on some of the most complex projects in North America, from the 1.1GW Atlas Solar portfolio in the Arizona desert to the harsh arctic conditions of ConocoPhillips' Willow Project in Alaska. My goal is to leverage my unique blend of field experience with my formal education in electrical engineering to design highly efficient, resilient power systems.
Beyond the power grid, my love for electrical engineering extends directly into my personal life. I am a passionate musician and audio engineer, and I spend much of my free time designing, building, and cloning analog audio hardware, like EQs, preamps, and pedals, to use in mixes and masters.
When I am not running circuit simulations or soldering audio components, you can usually find me off the beaten path, next to a quiet river. I grew up in the Pacific Northwest, and whether I'm exploring the mountains or finding new rivers to fly fish, being outdoors remains my absolute favorite way to unplug.
A strong academic foundation in Electrical & Computer Engineering.
B.S. Electrical & Computer Engineering
Expected June 2028 • GPA: 3.66
Focus: Energy Systems
Accolades: Dean's List
Certifications: OSHA 30
As a fully online, asynchronous student in Oregon State University's rigorous Electrical and Computer Engineering program, my approach to education is highly pragmatic. I am not just studying theoretical math and physics, I am learning and applying the underlying mechanics and design principles in all aspects of my life, from the gigawatt-scale infrastructure to the analog circuits I build in my free time.
Studying remotely has required a high level of self-discipline, meticulous time management, and the ability to independently master complex concepts. It allows me to seamlessly blend my academic coursework with my professional work and personal engineering projects.
Key Academic Focus Areas:
Selected work experience.
Phoenix, AZ
In this dual role, I managed the technical execution and testing of some of the largest utility-scale renewable energy infrastructure projects in North America. Operating at the intersection of field construction and electrical design, I served as the primary technical liaison between EPC contractors, field crews, and the Engineers of Record (EOR). My focus was on ensuring that high-voltage electrical designs were highly constructable, compliant with NEC/IEEE standards, and safely energized.
Atlas Solar Portfolio (1,100MW PV / 4,200MWh BESS): Managed material procurement, logistics, and scheduling via MS Project for the construction of a novel 69kV collection system and its integration into a massive 500kV interconnection substation. Acted as the lead testing technician for tier-1 substation equipment, personally executing critical high-voltage testing procedures—including Hipot, Transformer Turns Ratio (TTR), insulation resistance, and Power Factoring—to verify equipment integrity prior to energization, resulting in zero safety incidents.
Centennial Flats (500MW PV / 1,069MWh BESS): Steered the engineering coordination for a $1.2B hybrid generating facility and its associated 500kV transmission line. Managed the complex RFI process and submittal reviews between the field teams and the EOR. Conducted rigorous constructability reviews of the 30%, 60%, and 90% IFC (Issued for Construction) electrical drawing sets. By successfully identifying spatial and electrical conflicts in switchgear and inverter pad layouts before concrete was poured, I prevented significant and costly project delays.
Beehive Storage (250MW / 1GWh Standalone BESS): Supported the project management and technical installation of a massive 22-acre standalone battery energy storage facility developed by EDF Power Solutions. Facilitated the procurement, placement, and testing of high-capacity BESS enclosures and their associated electrical infrastructure, directly contributing to a 1 gigawatt-hour storage capacity designed to provide critical stabilization to the regional power grid.
Billings, MT (Remote)
Working remotely with the engineering design team, I translated my hands-on field experience into office-based power system design and simulation. This role heavily utilized industry-standard software to ensure utility deployments were both safe and mathematically sound before reaching the construction phase.
Prudhoe Bay, AK
Stationed in the extreme environments of the Alaskan arctic, I supported the heavy civil and electrical construction of the multi-billion-dollar ConocoPhillips Willow Project. This role demanded extreme adaptability, precise engineering execution, and a flawless safety record under harsh conditions.