• Design and build thoughtful, reliable features across the full stack • Work on backend services and APIs as much as frontend; strong in both needed • Bring strong UI and UX sensibility to frontend work • Proactively evaluate tradeoffs and speak up about them • Own work from sprint planning and ticket refinement through implementation, peer review, and demo • Use AI tools as part of work, coding, debugging, or researching • Think critically about where AI can create real value for clients and help shape features • Partner closely with product managers, designers, and QA to ship preferable products • Give and receive code reviews collaboratively

• Develop, test, and maintain features within the ETO platform • Act as a technical partner to Product Management and customer-facing teams • Investigate, troubleshoot, and resolve software defects • Create, review, and maintain SQL scripts • Develop and maintain REST APIs, backend services, and application components • Collaborate directly with customers and internal stakeholders • Evaluate and implement prioritized feature requests • Clearly communicate technical concepts • Perform functional testing and validation of developed features • Collaborate with QA engineers to improve test coverage • Participate in code reviews, testing, deployment, and release activities

• Lead integration of site controllers, inverters, and auxiliary equipment into a unified SCADA architecture • Design and configure machine-to-machine (M2M) communications between site controllers, inverters, and plant-level gateways and data concentrators • Define and deploy end-to-end communication networks, including industrial Ethernet (fiber/copper), layered OT network segmentation, and integration of secure connectivity platforms, data collectors, and industrial gateways • Design and support OT networks, including firewalls, routers, switches, VLANs and segmentation, and fiber optic networks • Manage secure communication interfaces between sites and utilities, transmission operators, ISOs/RTOs, asset owners, and cloud-based platforms • Configure and validate protocols for wide-area communications, including real-time telemetry, dispatch and control signals, and event and disturbance reporting • Design and implement multi-layer cybersecurity architectures, including segmented network zones, secure data replication layers, and unidirectional gateways (data diodes) for critical assets • Support compliance with NERC CIP standards, utility interconnection requirements, and internal cybersecurity frameworks • Enable inverter monitoring, diagnostics, and fault detection through integration with cloud-based dashboards • Collaborate with O&M and engineering teams to troubleshoot issues and optimize system performance • Maintain auditable data and communication structures to meet regulatory compliance requirements • Other duties as assigned

• Scope, plan, and lead large-scale technical initiatives • Anticipate risks, identify opportunities for innovation, and guide technical decision-making • Design, build, and optimize scalable systems across the stack • Deliver production-grade features end-to-end • Improve and maintain codebases • Debug and resolve complex issues across systems and services • Implement and advocate for strong application and infrastructure security practices • Partner cross-functionally with Product, Design, and other Engineering teams • Communicate technical and non-technical ideas clearly • Act as a technical mentor, coaching junior and mid-level engineers • Stay current on emerging tools, frameworks, and methods • Experiment with new technologies including AI/ML applications • Promote continuous improvement