SOFC Stack Assembly
Re:Build designed and built an automated robotic system for solid oxide fuel cell stacking, improving assembly precision, throughput, and consistency for commercial fuel cell production.
EV Solar Array
Re:Build engineered an EV solar array system integrating photovoltaic generation with electric vehicle charging infrastructure, optimizing energy flow and system electronics for sustainable mobility applications.
EV Battery Management System
Re:Build developed a custom battery management system (BMS) for an electric motorcycle, delivering embedded firmware, cell monitoring, thermal management, and safety protection for high-performance EV applications.
Phase Maintenance Kits
Re:Build manufactured phase maintenance kits for military helicopters, delivering precision-machined components and assemblies that meet stringent aerospace and defense quality and traceability requirements.
Propeller & Rotor Development
Re:Build engineered advanced propellers and rotors for eVTOL and next-generation flight vehicles, applying aeroelastic analysis and design-for-manufacturing to optimize performance across hover, transition, and cruise.
UAV Battery Pack
Re:Build designed and manufactured a custom battery pack for UAV applications, integrating cell selection, BMS electronics, and structural packaging to maximize energy density, safety, and mission endurance.
Spaceborne Electronics Enclosure
Re:Build designed and built spaceborne electronics for orbital applications, delivering radiation-tolerant, space-qualified assemblies that meet the reliability and environmental demands of launch and on-orbit operation.
Egg Farm Automation
Re:Build developed a custom automation system for egg farm operations, reducing manual labor and improving throughput with integrated robotics, conveyor systems, and process controls tailored to agricultural production.
Foam Sorting Automation
Re:Build engineered an automated foam sorting system using industrial robotics and machine vision, enabling high-speed material classification and handling to reduce labor costs and improve production consistency.
Jet Fuel from Farm Waste
Re:Build supported an Olympic sustainability initiative by engineering a system to convert agricultural farm waste into sustainable aviation fuel (SAF), demonstrating scalable clean energy production from biomass feedstocks.
