Build and deploy a power-and-cooling model for a live data-center pod. Connect electrical load, rack temperatures, and cooling equipment behavior to identify bottlenecks, estimate usable capacity, and simulate how operating changes affect power use, temperatures, and equipment limits.
Put that model behind Edviro’s agents so an operator can ask, “Can we add more load here, what needs to change, and what could go wrong?”
You’re a strong programmer with depth in machine learning, scientific computing, or systems engineering. You can take an unfamiliar problem, understand the fundamentals, and build a solution without a detailed spec.
You’re interested in RL loops or scaling AI for energy as a proxy for understanding the physical world.
Experience with physical systems, time-series modeling, or controls is useful. We care more about the quality of your work than the length of your résumé.
Send us something technically difficult you’ve built or researched. Tell us what you contributed and what you learned.
Hursh Shah coauthored & presented at NeurIPS 2024 with a paper on quantum vision transformers for MRI analysis. At 16, he cofounded an AR aircraft-inspection startup, leading its AI and edge-computing systems. Tanuj Siripurapu worked on low-latency neural-network inference on RISC-V FPGA hardware for RF signal classification project at RTX and leads Edviro’s integrations, and deployment engineering. You’ll build directly alongside both founders.