Designing a Leak Detection System for NVIDIA's Liquid Cooled Data Centers

Rising demand for computational power necessitates implementation of efficient liquid cooling systems in servers. Liquid cooling, however, is leak-prone and can cause catastrophic damage. The Leak Detection Team aims to develop a quick, reliable, and durable system to detect leaks in server blades. The system leverages the fluorescence of the liquid used in NVIDIA's liquid cooling system. An array of sensors positioned in different parts of the blade can detect the fluorescence of coolant and cross-check each-other's findings. Once a leak is detected, a signal will be sent to the NVIDIA control center. ​

Skills: Circuit Design, PCB Design, Embedded Systems, Sensor Integration, Testing & Debugging, Engineering Design Process, Arduino, C++, Microcontrollers & Processors, Mechanical Prototyping, 3D Printing, Laser Cutting, Soldering & Assembly, Technical Documentation

Zane Mannings E-Portfolio

zane.mannings@gmail.com | +1 267-225-8371 | linkedin.com/in/zanemannings