Jobs at Peak Energy

Design and implement real-time C++ firmware for microcontrollers and embedded systems. Build prototype firmware, support hardware integration and field-deployed products, participate in design reviews, define requirements, and follow disciplined development practices. The role requires shipped commercial or industrial hardware, Linux development, build-system configuration, CI tooling, and coordination of complex software functions. Despite the introductory DevOps wording, the primary responsibilities are embedded firmware engineering.

Build and scale cloud infrastructure, Infrastructure as Code, CI/CD pipelines, database provisioning, deployment automation, monitoring, logging, and alerting for grid-scale battery storage software. Partner with software, test, and manufacturing engineering teams to improve reliability, scalability, automated testing, and production deployments across cloud-connected and potentially IoT-enabled systems.

Supports supplier industrialization, outsourced part development, and qualification activities. Collaborates with suppliers, global supply management, and design engineering on DfX, specifications, manufacturing processes, APQP, PPAP, root-cause analysis, CAPA, and process improvements. Helps assess suppliers and improve quality, cost, and delivery performance for battery cell and energy storage products.

Supports functional verification and testing of energy storage systems, including battery, power electronics, high-voltage, thermal, and mechanical systems. Develops test plans and procedures, designs testing infrastructure, analyzes test data, diagnoses technical issues, performs root cause analysis, and recommends corrective actions. Collaborates with design, simulation, and manufacturing engineering teams while maintaining detailed test records and contributing to rapid prototyping and automation.

Leads corporate communications, public relations, executive messaging, product storytelling, media relations, and launch communications. Develops messaging, press materials, thought leadership, and external narratives while partnering with executives, Commercial, Product, Engineering, and Government Affairs. Manages the external PR agency and drives communications for product launches, customer announcements, partnerships, financing, and manufacturing milestones.

Build and maintain full-stack software, cloud infrastructure, telemetry and data pipelines for grid-scale battery systems. Calculate battery performance metrics, connect manufacturing databases and physical devices, manage Azure resources with Infrastructure as Code, maintain CI/CD, improve observability, and resolve production issues. Collaborate with engineering, manufacturing, and product teams to deliver reliable, scalable systems for field deployments and factory production.

Lead end-to-end development and deployment of sodium-ion energy storage system projects. Manage cross-functional engineering, product, supply chain, operations, customer, supplier, and partner stakeholders; define project plans, timelines, budgets, and requirements; mitigate risks; track KPIs and deliverables; communicate status; and improve execution processes while incorporating industry, technology, and regulatory developments.

Lead Peak Energy’s full commercial sales lifecycle for utility-scale and distributed sodium-ion energy storage opportunities across the U.S. Build pipelines, develop strategic relationships with utilities, developers, IPPs, EPCs, and corporate energy buyers, and negotiate complex agreements. Collaborate with Product, Engineering, and Deployment teams to create customer proposals, communicate market feedback, represent the company at industry events, and drive adoption of its grid storage systems.

Supports PLC, SCADA, and HMI programming, testing, commissioning, troubleshooting, and maintenance for battery energy storage manufacturing equipment. Assists with equipment integration, process automation improvements, data acquisition, safety systems, documentation, operator training materials, and validation. Works onsite with Controls, Equipment, Process, and Maintenance Engineers while gaining hands-on industrial automation experience.

Own the technical aspects of energy-storage sales opportunities from initial customer engagement through contract signature. Size and configure battery systems, build technical and financial models, lead preliminary design discussions, negotiate technical contract terms, and coordinate with customers, utilities, contractors, sales, engineering, finance, and project teams. The role also supports market analysis, product requirements, sales tools, and project handoffs.

Supports PLC, SCADA, and HMI programming, commissioning, integration, troubleshooting, maintenance, and documentation for battery energy storage manufacturing automation. Works with senior Controls, Equipment, Process, and Maintenance Engineers to improve production controls, collect manufacturing data, maintain safety interlocks, and support regulatory compliance. This entry-level role provides hands-on experience with industrial automation systems and develops independent engineering capability.

The Mechanical Design Intern will support mechanical designs of energy storage systems, collaborate with other teams, and drive prototyping and testing.