Interactive thermal management visualization - Watch cooling systems maintain critical temperatures
Real-time visualization of data center airflow and thermal management. Each particle represents air movement, colored by temperature from cool (blue) to hot (red).
Data centers must maintain precise temperatures to prevent server failures. A single degree difference can mean millions in downtime costs.
Designing redundant cooling systems that can handle equipment failures while maintaining efficiency - exactly what I did for Fortune 500 clients.
Imagine designing the heart of the internet – the buildings that keep Netflix streaming, bank transactions flowing, and cloud services running 24/7/365. That's what I did for four years.
When a Fortune 500 company says "our systems can never go down," they mean it. I designed the mechanical backbone for facilities where even 4 minutes of downtime per year is too much.
Think of it like designing a backup for your backup's backup. Every cooling system, power line, and fire suppression system had multiple layers of redundancy – because when Google's servers need cooling, there's no room for failure.
Led teams building facilities the size of aircraft hangars – but instead of planes, they housed the servers powering everything from your morning weather check to international banking systems.
What this really means:
Secured 2nd place in LabLabAI's "Reasoning with o1" Hackathon. Built an AI-driven system for single-operator control of autonomous drone swarms using natural language, integrating LLMs with 3D geospatial environments.
AI-Powered Drone Swarm Interface
Real-time 3D Geospatial Control System