Computer science
Algorithms, data structures and the theory of computation — the foundations every system above them is built on.
Computing
Infrastructure and software designed together
Optimization of racks, networks, and workloads for efficiency, resilience, and high density compute.
Software engineering
Applications, systems software and the tooling around them: architecture, testing, deployment and maintenance over a system's whole life.
Hardware design
Circuit boards, embedded systems and electronics — where the logic layer meets physical voltages, thermal limits and enclosures.
Innovation & R&D
Emerging technology scouting, prototyping and applied research — turning new capability into workable engineering practice.
Architecture & Power
Topology design, liquid/air cooling strategies, and high-density power distribution optimized for continuous high load workloads.
Services & Automation
Automated provisioning, real-time observability telemetry, network routing, and continuous integration workflows.