Senior/Staff Backend Software Engineer
GridCARE
Senior/Staff Backend Software Engineer
GridCARE
Grid capacity-driven AI data centers
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
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
We're hiring a Senior/Staff Backend Software Engineer who has built and run a data platform before — and wants to do it again for a problem that matters. You'll be a foundational owner of the platform behind Energize™: the shared ingestion, storage, compute, and serving layers that our modeling, product, and customer-facing teams all build on.
This isn't a role for someone who has only consumed a platform. We're looking for an engineer who has designed one: someone who has decided how data enters a system, defined the abstractions other engineers rely on, made the platform reliable enough that teams stop thinking about it, and lived with the consequences of those decisions in production. You'll bring that pattern recognition to GridCARE and set the technical direction for our platform on AWS.
You'll also build, monitor, and maintain teams of AI coding agents that accelerate how we develop and deliver software. Orchestration, observability, and scalability are central to the role.
Owning the architecture and roadmap of GridCARE's data platform, treating it as an internal product with clear users, interfaces, and service levels.
Designing how data enters the platform: ingestion architecture for heterogeneous energy and grid sources, the canonical data model, and the contracts that let sources change without breaking downstream consumers.
Building the shared foundations other teams build on — orchestration, storage layers, compute frameworks, and reusable patterns — so modeling and product engineers can ship without reinventing infrastructure.
Developing fast, reliable APIs and distributed processing services that connect energy data, analytical models, and customer workflows.
Establishing platform standards for data quality, lineage, observability, access control, and cost management.
Owning delivery from initial design through deployment and production operation, including on-call readiness and incident learning.
Building and operating AI coding agent teams, including coordination and evaluation.
Shaping technical decisions, mentoring engineers, and partnering with product and domain experts to understand what the platform needs to support next.
Prior data platform experience: you've been a core builder or technical owner of a data platform used by multiple teams or products — not just pipelines for a single use case. Please be ready to walk us through a platform you built: what you designed, what you'd change, and how it evolved.
Experience making foundational platform decisions — ingestion patterns, data modeling, schema evolution and data contracts, storage and compute layout — and carrying them through growth in data volume, sources, and users.
Experience architecting and operating production backend systems, with clear judgment on design tradeoffs.
Experience with distributed systems, concurrency, failure recovery, and safe migrations.
Hands-on AWS experience, including deployment automation, monitoring, and secure access management.
Strong Python, SQL, API design, and database modeling skills.
Hands-on experience with modern backend and data infrastructure, such as Kubernetes, Docker, workflow orchestrators (Airflow, Prefect, or Dagster), dbt, PostgreSQL, cloud warehouses or lakehouses (Redshift, Athena, Snowflake, or Iceberg/Delta), and/or streaming or queuing systems (Kafka, Kinesis, or SQS).
Experience developing ingestion and ETL/ELT pipelines into data marts and serving layers.
Experience building and maintaining AI coding agent teams, including task delegation, context management, and evaluation.
Strong testing, debugging, and technical communication skills.
Early-stage startup experience with a demonstrable deliverable: you've worked at an early-stage startup (roughly seed through Series B) and can point to something concrete you shipped there — a platform, product, or system that reached production and that customers or internal teams relied on. Tell us what you built, what it enabled, and how you measured its impact.
Experience taking a data platform from early stage (0→1) to scale, or re-architecting an existing platform while keeping it running.
Experience designing self-serve platform capabilities: templates, SDKs, internal tooling, or developer-experience improvements that reduced the load on the platform team.
Experience with data governance at the platform level: catalogs, lineage, data quality frameworks, and fine-grained access control.
Full-stack development experience, including delivering features across backend services and frontend applications.
Geospatial systems, spatial databases, or location-based applications.
Experience building agentic AI assistants in production: setup and tool design, guardrails, natural-language querying and response quality, evaluation, and integration with security and access-control tooling.
Production data science workflows or infrastructure as code.
Experience in energy, climate tech, or other infrastructure domains.
Think in platforms: you build things once so others don't have to build them many times.
Bring a startup builder's bias for shipping: you scope tightly, deliver something real, and iterate.
Take initiative and turn open-ended problems into working software.
Balance ambitious ideas with practical engineering judgment.
Learn from domain experts and help others succeed.
Explore new ways to build with AI while taking responsibility for results.
Redwood City, CA
Competitive salary, performance bonus, and equity.
Comprehensive health, dental, and vision coverage.
Hybrid schedule: 3 days in office for collaboration, 2 days remote for focused work.
Access to leading academic, industry, and government partners in the AI-energy ecosystem.
$184,000 – $284,000 Total (Base & bonus)
This range covers Senior and Staff levels; final level, scope, and compensation will be calibrated to your experience and demonstrated impact.
Join us in tackling one of the most important infrastructure challenges of our time — enabling the energy foundation for the age of AI.
GridCARE builds a power-first platform for AI infrastructure developers and utilities. It uses generative AI and grid-physics models to analyze grid data and identify underutilized capacity in existing electrical networks, revealing ready interconnection opportunities. This enables data-center projects to secure megawatts of power faster and reduces power-connection timelines from years to months, while utilities maximize asset use and unlock new revenue from load growth. Revenue is earned from the megawatts of power capacity unlocked under contracts between developers and utilities.
Explore more opportunities at GridCARE