About Us

GridCARE is the pioneer of Power Acceleration — a new category solving the most critical constraint in AI's growth trajectory: immediate access to power. As demand for computing skyrockets, access to energy has become the defining bottleneck in the AI infrastructure race. While leading tech companies invest billions in speculative, long-term solutions that may take decades to arrive, GridCARE's Energize™ platform uses physics-based AI to identify and activate gigawatts of hidden capacity in today's electric grid — enabling hyperscalers, data center developers, and utilities to power AI infrastructure years sooner than conventional approaches and without costly upgrades.

Founded at Stanford's Doerr School of Sustainability, GridCARE has assembled a world-class team spanning power systems, AI, and infrastructure, and is backed by leading climate-tech and deep-tech investors.

At GridCARE, you will

⚡ Work at the intersection of AI, energy, and infrastructure — the foundation of the next industrial revolution.

🤝 Partner with hyperscalers, developers, and utilities on high-impact, real-world deployments.

🌎 Help shape a more abundant, efficient, and resilient energy future for the digital era.

🚀 Join a company defining a new category — Power Acceleration for AI.

💰 Receive competitive compensation, equity, and benefits in a fast-growth, mission-driven environment.

Learn more about GridCARE:

TechCrunch: GridCARE thinks more than 100 GW of data-center capacity is hiding in the grid

Utility Dive: Portland General Electric invests in AI-powered flexibility to speed data-center connection

GridCARE Raises $64 Million Series A to Create a New Category: Power Acceleration

GridCARE Named a World Economic Forum Technology Pioneer for AI Power Innovation

Job Description

We're looking for a product engineer with infrastructure instincts and a platform mindset. You'll build a cloud-based system that manages and operates data centers for some of the largest AI compute providers in the world, the kind of infrastructure that powers the leading cloud and chip companies driving the AI boom. You'll be the one owning the architecture, the decisions, and how it runs in production. Reliability isn't optional. When it's live, it has to stay live, stay accurate, and update safely without ever putting a customer's infrastructure at risk.

The role is best suited for an experienced Senior to Staff-level engineer who can independently architect, build, and operate mission-critical backend systems in production. What matters most is depth: real experience in architecting, implementing, tuning, and debugging real time systems that have to run reliably in production, and genuine curiosity about growing that depth into broader platform and infrastructure ownership as GridCARE scales.

Responsibilities

Build a cloud native backend platform that is reliable, real time, scalable, and secure, including:

Time series data storage and retrieval

Real time streaming and event processing

Integrations with simulation, forecasting, optimization, and market modules

Design for continuous deployment and safe updates to live, mission critical infrastructure, so systems keep running without disruption or unexpected side effects.

Lead code quality and engineering excellence: automated testing, continuous deployment, CI/CD pipeline development, performance tuning, and system observability.

Own architecture decisions with a focus on scalability, fault tolerance, cybersecurity, and suitability for on premises control center deployments.

Collaborate across disciplines, working alongside data scientists, power systems engineers, and DevOps teams to bring AI driven solutions from prototype to production in mission critical environments.

Own services end to end, from design through deployment and ongoing operation.

Qualifications

Required

8+ years of experience architecting, implementing, and operating cloud native, real-time backend systems that are highly available, reliable, secure, and scalable.

Strong software architecture, distributed systems, concurrency, and security fundamentals.