• Design and implement algorithms for real-time control of microgrid components. • Collaborate with partner teams and equipment suppliers. • Translate system requirements and specifications into efficient, safe, and maintainable embedded controls code • Define and execute validation procedures to ensure controller compliance with utility interconnection agreements and ancillary market requirements when grid-connected. • Support controller verification through simulation, testing, and field validation. • Set up and maintain code repositories, build tools, and CI/CD workflows • Implement unit tests integration tests, and hardware abstraction layers to support scalable development • Contribute to clear documentation of software behavior, interfaces, and design assumptions. • Participate in code reviews to improve reliability, safety, and overall software quality. • Support debugging of unexpected controller behavior before and after deployment, including field data analysis and log review.

• Develop software validation tools and simulation frameworks that exercise control algorithms across a full range of operating conditions, including failure modes, communication delays, and equipment faults • Define requirements and approaches for using real-time simulators for Software-in-the-Loop (SIL) and Hardware-in-the-Loop (HIL) testing • Automate test execution to create reproducible validation workflows and reporting tools • Design verification metrics that demonstrate control performance, safety, and compliance. • Collaborate with engineering teams, utilities, and external stakeholders to define test cases and performance requirements. • Validate both steady-state behavior and abnormal operating scenarios. • Support analysis of field operating data to refine simulation models and identify edge cases • Integrate field learnings back into regression test suites to continuously improve validation coverage • Maintain a well-structured repository of validation assets, test artifacts, and documentation • Ensure clear version control, traceability, and repeatability across validation workflows

• Design, build, and run A/B tests to optimize product-led growth loops, user activation funnels, and retention strategies. • Develop and maintain user-facing components and experiences, including the free-trial sign-up and onboarding process. • Collaborate with DevOps and Engineering to scope and implement necessary infrastructure to support growth initiatives, such as trial environments or data pipelines. • Instrument, measure, and analyze experiments and user behavior to provide data-driven feedback to the Growth team. • Build and maintain integrations with marketing, analytics, and CRM tools. • Work across the full stack, with a strong emphasis on front-end, to rapidly prototype, ship, and iterate on growth-focused features. • Partner with Product and Design to ideate and prioritize growth experiments.

• Serve as the technical lead for modernizing legacy enterprise applications into a scalable, cloud-ready architecture • Define technical direction, architecture standards, and engineering best practices for the team • Lead design sessions and architecture reviews; document technical decisions and solutions • Guide decomposition of monolithic systems into well-scoped, maintainable microservices • Design and implement backend services and RESTful APIs using modern frameworks and patterns • Provide technical leadership for frontend development and ensure clean API contracts • Lead secure authentication and authorization approaches in partnership with security stakeholders • Promote CI/CD automation, infrastructure-aware design, and production readiness (logging, monitoring, resiliency) • Balance technical debt reduction with delivery timelines and operational risk • Mentor engineers through code reviews, technical coaching, and day-to-day guidance • Partner closely with product, operations, and program stakeholders to deliver high-quality outcomes • Identify risks early and recommend mitigation strategies to keep delivery on track