Software Engineer: Compute

About Anthropic

Anthropic’s mission is to create reliable, interpretable, and steerable AI systems. We want AI to be safe and beneficial for our users and for society as a whole. Our team is a quickly growing group of committed researchers, engineers, policy experts, and business leaders working together to build beneficial AI systems.

At Anthropic, we're building AI systems that are safe, beneficial, and transformative. Our mission is to develop AI that benefits humanity, and we believe the most powerful capabilities emerge when we thoughtfully bridge the gap between research breakthroughs and real-world applications.

Frontier AI runs on datacenters, and the world is in the middle of the largest infrastructure buildout in a generation. The binding constraint on progress is increasingly everything around the chips: land, power, permits, equipment, and the design and construction of the buildings themselves. Bringing a single site online involves hundreds of people, thousands of components, and decisions that move enormous amounts of capital.

Much of that work still runs on spreadsheets and handoffs.

At Anthropic, we're building software and Claude-powered tools to help Anthropic scale out its compute, and we think there's an enormous opportunity to rethink how that work gets done. It's early, it's already having a real impact, and the engineers who join now will shape how one of the most consequential buildouts in the world gets done.

We're looking for strong, versatile software engineers who love building for people doing real work in the physical world. You'll embed with the teams that source sites, design buildings, procure equipment, and manage construction, learn their work deeply, and build the tools and systems they rely on every day. Datacenter experience is a big plus, but what matters most is that you can earn the trust of expert operators, model a messy domain cleanly, and move fast.

• Build the core systems that track a datacenter's lifecycle (sites, designs, bills of materials, equipment, and construction progress) in one trusted, permissioned source of truth
• Embed with datacenter, energy, and supply chain teams to understand how the work actually gets done, find the critical path, and build the tools they reach for first
• Bring order to messy data by migrating and reconciling spreadsheets and legacy trackers, and integrate with the industry's tools, like construction management, scheduling, and engineering systems
• Design for trust: fine‑grained permissions, auditability, and data quality for information that steers major investment decisions
• Ship early, iterate with users, and cut anything that doesn't help bring compute online sooner
• Partner with research to understand new model capabilities and share where they fall short in engineering‑heavy, physical‑world domains

• Have 8+ years of experience building software, with strong full‑stack skills and solid grounding in data modeling, APIs, and databases
• Have built software that teams in a physical‑world industry depend on, such as datacenters, construction, energy, manufacturing, supply chain, or logistics
• Have a track record of zero‑to‑one work in startup or startup‑like environments
• Are deeply user‑centric: you learn the domain from the people doing the work and validate with them before over‑investing
• Bring high agency and good judgment about what matters, and hold strong opinions loosely
• Communicate clearly across engineering, operations, and research, and care about the societal impacts of your work

• Experience in datacenters (at a hyperscaler, colocation provider, operator, utility, or engineering firm), or in adjacent fields like construction,…