<div><b style="font-size:18px;">The Company:</b></div><div>Gridmatic is a startup trying to help decarbonize the grid by using deep learning to forecast energy prices. We believe better forecasting can have a real-world impact on energy and climate. As extreme weather events get more common, energy prices become increasingly volatile — for instance, in the Texas energy market, prices can go 50x higher than usual in extreme scenarios. When this happens, the ability to forecast these price spikes becomes increasingly important.</div><div><br></div><div>We use our machine learning (ML) forecasting and optimization to trade in energy markets, make large-scale battery storage systems more efficient, and sell energy to businesses to protect them from extreme price volatility. Our deep learning models have proven very successful in trading in energy markets, we’re successfully operating multiple large batteries (50MW+), and we now sell energy to hundreds of businesses.</div><div><br></div><div>We have a very strong team with significant expertise in ML, energy, and optimization. If you’re interested in working on complex real-world problems, large-scale data challenges, and applying ML to climate and energy, we’d love to talk to you.</div><div><br></div><div><b style="font-size:18px;">The Role:</b></div><div>We’re looking for an engineer to help lead the scaling and reliability of our data infrastructure, which is core to the ML work we do at Gridmatic.</div><div><br></div><div>Forecasting energy prices is challenging. We have very effective price forecasting models, but we’d like to go much further — scaling the amount of data we can use in our ML models by a factor of 10-100x by incorporating petabyte-scale weather data, increasing spatial granularity of our price forecasting, and more.</div><div><br></div><div>We’d also like someone who can tackle the challenge of scaling and improving reliability of our data platform. We deal with a lot of real-world problems when ingesting data from external sources — downtime, late-arriving data, changing schemas. Improving the reliability of our data pipelines will be critical to our ability to make an impact on the grid.</div><br><br><h3>What we’re looking for:</h3><ul><li>Experience building the infrastructure for large-scale data processing pipelines (both batch and streaming) using tools like Spark, Kafka, Apache Flink, and Apache Beam.</li><li>Experience designing and implementing large-scale data storage systems (feature store, timeseries DBs) for ML use cases. Strong familiarity with relational databases, data warehouses, object storage, timeseries data, and being adept at DB schema design.</li><li>Experience building data pipelines for external data sources that are observable, debuggable, and verifiably correct. Have dealt with challenges like data versioning, point-in-time correctness, and evolving schemas.</li><li>Strong distributed systems and infrastructure skills. Comfortable scaling and debugging Kubernetes services, writing Terraform, and working with orchestration tools like Flyte, Airflow, or Temporal.</li><li>Strong software engineering skills. Being able to write easy-to-extend and well-tested code.</li><div><br></div><div>Our stack includes: Python, GCP, Kubernetes, Terraform, Flyte, React/NextJS, Postgres, BigQuery</div></ul><h3>What you might work on:</h3><ul><li>Owning and scaling our data infrastructure by several orders of magnitude. This includes our data pipelines, distributed data processing, and data storage.</li><li>Building a unified feature store for all our ML models.</li><li>Efficient storing and loading hundreds of terabytes of weather data for use in AI-based weather models.</li><li>Processing and storing predictions and evaluation metrics for large-scale forecasting models.</li></ul><h3>You might be great for this role if:</h3><ul><li>You have 4+ years of experience building data infrastructure or data platforms</li><li>You have experience with ML infrastructure and have worked at companies that use ML for core business functions</li><li>You’re comfortable with ambiguity and a fast-moving environment, and have a bias for action</li><li>You learn and pick up new skills quickly</li><li>You’re motivated in making a real-world impact on climate and energy</li></ul><br><div><span style="font-size:17pt;">FAQ</span></div><div><br></div><div><b style="font-size:11pt;">What’s your policy on remote work?</b></div><div><span style="font-size:11pt;">We value the ability to work and collaborate in-person in our early stage as a startup, so Gridmatic has a hybrid policy that will ask you to work in our Cupertino office 3 days a week.</span></div><div><br></div><div><b style="font-size:11pt;">What is your interview process? </b></div><div>You’ll usually have a chat with the hiring manager or someone on the team about your background and experience. After that, depending on the role, you’ll either have a technical phone screen with an engineer, or work on a take-home project. If that goes well, we’ll have you on site in Cupertino for an interview panel with the team, which usually takes about 4 hours.</div>

<p>Gridmatic Inc. is a high-growth ClimateTech startup based in the San Francisco Bay Area that is accelerating the clean energy transition by applying our expertise in data, machine learning, and energy to power markets. We are the rare startup that has 6 years of profitable growth without raising venture capital. Gridmatic is a great place to work with a culture that values teamwork, continuous learning, diversity, and inclusion. We are environmentally and data-driven, with a growth-oriented mindset and we value integrity as much as excellence.</p>

Lead Data Infrastructure Engineer

<div><b>The Company:</b></div><div>Gridmatic is a startup trying to help decarbonize the grid by using deep learning to forecast energy prices. We believe better forecasting can have a real-world impact on energy and climate. As extreme weather events get more common, energy prices become increasingly volatile — for instance, in the Texas energy market, prices can go 50x higher than usual in extreme scenarios. When this happens, the ability to forecast these price spikes becomes increasingly important.</div><div><br></div><div>We use our machine learning (ML) forecasting and optimization to trade in energy markets, make large-scale battery storage systems more efficient, and sell energy to businesses to protect them from extreme price volatility. Our deep learning models have proven very successful in trading in energy markets, we’re successfully operating multiple large batteries (50MW+), and we now sell energy to hundreds of businesses.</div><div><br></div><div>We have a very strong team with significant expertise in ML, energy, and optimization. If you’re interested in working on complex real-world problems, large-scale data challenges, and applying ML to climate and energy, we’d love to talk to you.</div><div><br></div><div><b>The Role:</b></div><div>We’re looking for an engineer to help lead the scaling and reliability of our data infrastructure, which is core to the ML work we do at Gridmatic.</div><div><br></div><div>Forecasting energy prices is challenging. We have very effective price forecasting models, but we’d like to go much further — scaling the amount of data we can use in our ML models by a factor of 10-100x by incorporating petabyte-scale weather data, increasing spatial granularity of our price forecasting, and more.</div><div><br></div><div>We’d also like someone who can tackle the challenge of scaling and improving reliability of our data platform. We deal with a lot of real-world problems when ingesting data from external sources — downtime, late-arriving data, changing schemas. Improving the reliability of our data pipelines will be critical to our ability to make an impact on the grid.</div><br><br><h3>What we’re looking for:</h3><ul><li>Experience building the infrastructure for large-scale data processing pipelines (both batch and streaming) using tools like Spark, Kafka, Apache Flink, and Apache Beam.</li><li>Experience designing and implementing large-scale data storage systems (feature store, timeseries DBs) for ML use cases. Strong familiarity with relational databases, data warehouses, object storage, timeseries data, and being adept at DB schema design.</li><li>Experience building data pipelines for external data sources that are observable, debuggable, and verifiably correct. Have dealt with challenges like data versioning, point-in-time correctness, and evolving schemas.</li><li>Strong distributed systems and infrastructure skills. Comfortable scaling and debugging Kubernetes services, writing Terraform, and working with orchestration tools like Flyte, Airflow, or Temporal.</li><li>Strong software engineering skills. Being able to write easy-to-extend and well-tested code.</li><div><br></div><div>Our stack includes: Python, GCP, Kubernetes, Terraform, Flyte, React/NextJS, Postgres, BigQuery</div></ul><h3>What you might work on:</h3><ul><li>Owning and scaling our data infrastructure by several orders of magnitude. This includes our data pipelines, distributed data processing, and data storage.</li><li>Building a unified feature store for all our ML models.</li><li>Efficient storing and loading hundreds of terabytes of weather data for use in AI-based weather models.</li><li>Processing and storing predictions and evaluation metrics for large-scale forecasting models.</li></ul><h3>You might be great for this role if:</h3><ul><li>You have 4+ years of experience building data infrastructure or data platforms</li><li>You have experience with ML infrastructure and have worked at companies that use ML for core business functions</li><li>You’re comfortable with ambiguity and a fast-moving environment, and have a bias for action</li><li>You learn and pick up new skills quickly</li><li>You’re motivated in making a real-world impact on climate and energy</li></ul><br><div><span>FAQ</span></div><div><br></div><div><b>What’s your policy on remote work?</b></div><div><span>We value the ability to work and collaborate in-person in our early stage as a startup, so Gridmatic has a hybrid policy that will ask you to work in our Cupertino office 3 days a week.</span></div><div><br></div><div><b>What is your interview process? </b></div><div>You’ll usually have a chat with the hiring manager or someone on the team about your background and experience. After that, depending on the role, you’ll either have a technical phone screen with an engineer, or work on a take-home project. If that goes well, we’ll have you on site in Cupertino for an interview panel with the team, which usually takes about 4 hours.</div>

Lead Data Infrastructure Engineer

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About the Company

Gridmatic

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