Work, research, publications, and press — the longer story.
About
Hands-on electrical lab technician and embedded systems developer with 3+ years of
R&D experience spanning clean energy, defense, and spectroscopic materials science.
First-author on a NASA/NSF-funded solar spectroscopy research poster and NSF-funded
co-author on two more in glass physics, X-ray absorption spectroscopy, and plasma science.
I work across high-spectral-resolution optical instruments, advanced lab
instrumentation, Python automation, and safe operation of hazardous materials.
Former researcher at the National Solar Observatory and Lockheed Martin. U.S. citizen,
eligible for security clearance. Passionate about building the next generation of
energy infrastructure.
Clean energy startup. Led R&D across lithium-sulfur hybrid flow batteries; now expanding into vanadium redox flow battery (VRFB) systems.
Spearhead end-to-end R&D lab operations — prototype build, electrical assembly, structured test execution, and real-time diagnostics.
Fabricate and test battery system prototypes including peristaltic pump systems, custom PCBs, wiring harnesses, and IoT safety monitoring devices.
Driving 0-to-1 development of VRFB systems — coordinating cross-disciplinary teams of mechanical and chemical engineers from concept to working prototype.
Authored production SOPs covering hardware assembly (enclosures, manifolds, cell stacks) and electrolyte preparation — establishing repeatable, audit-ready processes for a first-of-kind system.
Integrate sensors (current, voltage, temperature, GPS) with ESP32 and Particle Photon over BLE/Wi-Fi; develop firmware in C++ and Arduino IDE.
Operate DAQ systems; write Python for automated data logging, anomaly detection, and charge/discharge cycle analysis.
Manage all lab safety protocols for hazardous materials (argon, nitrogen, lithium, vanadium electrolyte) — glovebox (VAC) operations, LOTO, ESD compliance.
Built public demo units including an Earth Day Conference exhibit with laser-cut acrylic fabrication and full system integration.
GridFlow's residential plug-in home energy product line. Edge 2000 launched Pi Day 2025 — featured in PV Magazine.
Architect and develop a full-stack energy management system tracking solar, battery, and grid power with real-time monitoring, room-based outlet control, and overcurrent detection.
Investigated and integrated the EcoFlow BKW API for output power control; built a Cloudflare-based backend (D1 SQL, R2 storage).
Produce a technical LinkedIn video series communicating energy system design to professional and consumer audiences.
IoT & Software Developer · Telemetry Insight
Apr 2024 – Sept 2024 · Albuquerque, NM
Developed and maintained Well Watcher telemetry code for real-time monitoring of industrial well controllers.
Built AI-driven anomaly detection and predictive maintenance systems; optimized energy consumption algorithms for field hardware.
Implemented BLE features (Tx Power monitoring, battery life analysis); led software testing for new controller features.
Funded by NASA contract NAS5-97045 (SORCE), NSF, NSO, and AURA. Mentor: Serena Criscuoli, NSO.
Led sole-first-author research investigating temporal variability of the Hα 656.3nm spectral line in sun-as-a-star observations using the Integrated Sunlight Spectrometer (ISS).
Analyzed disk-integrated Hα core-to-wing ratio data from SOLIS instruments (NISP/NSO/AURA/NSF) over the 27-day solar rotational timescale, alongside faculae, sunspot, and filament datasets.
Found that sunspot area is the dominant modulator of Hα line shape; faculae and filaments showed negligible effect — contributing new understanding of chromospheric variability in solar-like stars relevant to exoplanet habitability research.
Presented findings as sole first author at a poster session; research published under NASA/NSF/AURA sponsorship.
Led a team across four complex NSF-funded projects investigating glass composition, atomic structure, and dielectric properties.
Synthesized sodium borate and sodium silicate glasses at 1100°C–1300°C; performed stoichiometric weighing, controlled heating, roller quenching, and annealing.
Operated EasyXAFS 300+ for XANES/EXAFS, Raman spectrometers, DSC (STA449), and high-temperature electric furnaces.
Applied Hanning window and Fourier transform processing to convert energy-based XAS plots to wavenumber-based analysis; performed XRD interpretation.
Investigated glass as a dielectric component in Dielectric Barrier Discharge (DBD) plasma generation — directly relevant to high-voltage and photonic applications.
Co-authored two published conference posters; presented at the Iowa Glass Conference; implemented new lab procedures improving stoichiometric accuracy across departments.
Gallery
Lab prototypes, demo days, conference posters, and the occasional silly desk photo. Swipe to scroll.
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Featured In
Press coverage of work and events I've been part of. Tap a logo to read the article.