Custom 12V DC power systems, ESP32 telemetry, and parametric CAD design—tested, refined, and built to withstand real shop physics. Bridging computational concepts and rapid firmware boilerplate with hands-on mechanical drafting and destructive bench verification.
From parametric 2D/3D CAD drafting and ESP32 telemetry firmware to custom cell pack fabrication and destructive stress runs.
Engineering high-capacity, safe battery systems from raw individual cells. Specialized in 12V LiFePO4 configurations, experimental Sodium-ion (Na+) packs, Smart BMS integration, and compression fixtures.
Designing off-grid 12V power networks, solar-powered field devices, Victron SmartSolar MPPT integration, Anderson SB50 distribution posts, and multi-rail regulated DC busses.
Augmenting hardware with ESP32 controllers programmed via Arduino IDE. Parsing Victron VE.Direct telemetry over UART, reading dual INA226 precision current shunts, and executing automated relay trips with verified, bench-debugged firmware.
Planning, mechanical drafting, and spatial layout in Autodesk AutoCAD. Sculpting ergonomic enclosures, acoustic chambers, and parametric housings in Blender 3D.
High-speed precision printing on the Bambu Lab A1 via Bambu Studio. Slicing structural PLA prototypes, high-temperature chemical-resistant PETG boxes, and flexible TPU shock gaskets.
Stress-testing market hardware, prototype components, and off-grid gear. Conducting continuous high-amp load runs, thermal dissipation profiling, and destructive teardowns to separate real engineering from marketing claims.
Deviant Bench isn't hobbyist guesswork. Every custom power box, 3D-printed compression fixture, and solar telemetry harness is backed by my 12 years of hands-on civil and commercial electrical CAD design (including Stantec, AJ Kirkwood, and Keith Companies) alongside 17 years managing enterprise IT infrastructure.
With a degree from UC Riverside and decades on the tools, my goal is simple: take complex commercial electrical topologies, precision parametric modeling, and battery telemetry, and turn them into clean, reliable builds anyone can follow.
Explore deep-dive schematics, 1-line diagrams, parts lists, and build logs.
High-capacity all-in-one portable power boxes featuring a dedicated 1-line topology, dual Victron VE.Direct MPPT inputs, ESP32 automation, and 12-way ATC fused distribution.
Field-deployable DC distribution networks, multi-voltage regulated buck rails, and Victron SmartSolar telemetry parsers feeding live bench telemetry.
Custom pack engineering from raw cells, 3D-printed compression fixtures, Smart BMS Bluetooth integration, active balancing, and extreme-temp Sodium-ion (Na+) runs.
Parametric shop tooling, custom audiophile Bluetooth enclosures drafted in AutoCAD/Blender, and high-strength PETG/TPU mechanical mounts sliced on the Bambu A1.
Dedicated physical ports (Anderson SB50, SAE, Powerpole 45, Deutsch DTP, XT60) paired with 22AWG sense lines. The ESP32 confirms connector engagement and locks in the chemistry profile before energizing the bus.
All custom enclosures, brackets, mounting jigs, and ESP32 code are published across the major maker hubs.
Bambu Lab optimized profiles, parametric brackets, and snap-fit battery holders for PLA, PETG & TPU.
Universal STL/STEP files for 3D printed bench organizers and custom battery box fixtures.
Geometric search repository for multi-part assemblies and functional mechanical parts.
Specialized designs and precision hardware enclosures curated for the maker community.
Arduino ESP32 firmware sketches, Victron VE.Direct UART parsers, INA226 shunt calibration scripts, and pinout diagrams.
Our workspace is engineered into three integrated stations: The Design & CAD Desk, the 3D Printing Hub, and the Electronics Fabrication & Testing Bench.
The computer workstation where concepts come alive. Drafting dimensional tolerances in AutoCAD, sculpting organic aesthetics in Blender, writing Arduino C++ code, and brainstorming with Gemini AI.
Powered by the Bambu Lab A1 running Bambu Studio. Fabricating functional prototypes in PLA, rugged enclosures in heat-resistant PETG, and vibration dampeners in flexible TPU.
Equipped with temperature-controlled soldering stations, digital multimeters, DC power supplies, electronic dummy loads, overhead articulating lighting, and recording boom arms.
Multi-angle lighting, cell balancing array, and precision soldering setup.
AutoCAD dimensional drafting, parametric modeling, and ESP32 firmware compilation.
Bambu Lab A1 high-speed printing for PETG enclosures, TPU dampeners, and shop jigs.
We take theoretical circuit concepts and off-the-shelf components from concept to extreme load. By running continuous high-amp sweeps, thermal dissipation profiling, and destructive dissections, we separate marketing claims and theoretical specs from true engineering limits.
Continuous vs. peak amp verification under sustained thermal load.
Inspecting MOSFETs, traces, solder quality, and internal construction.
Pure raw data, verified schematics, and CAD files published directly for the maker community.
Find tutorials, build logs, code repositories, short-form testing clips, and community discussions across the web.
For hardware review units, technical collaborations, sponsorship questions, or custom build discussions:
Direct lab dispatch • Open to hardware review units, battery tech, and ESP32 firmware collaborations.
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