Luke Mauzy

Operated in a high-volume, fast-paced environment, consistently delivering accurate and high-quality products. Collaborated with team members to optimize workflow, efficiency, and quality control, mirroring engineering principles of process improvement. Developed a mindset of accuracy, speed, and reliability, directly applicable to engineering tasks requiring technical rigor and time-sensitive problem solving.

Assembled and wired large-scale battery cabinet systems designed to provide redundant backup power for an AI data center. Integrated high-capacity power storage units capable of sustaining operations during AC power loss. Applied electrical engineering principles in cabling, circuit connections, and system grounding to ensure safe and reliable energy delivery. Conducted continuity and functionality testing of battery cabinet wiring to meet design specifications. Executed rigorous testing protocols for battery systems, ensuring compliance with safety standards and enhancing operational reliability. Evaluated energy consumption patterns to optimize power distribution, leading to measurable improvements in system efficiency.