• Responsible for configuring, programming, integrating, and maintaining SMA's utility-scale inverters' plant-level control system, the SMA Power Plant Manager (PPM) • Responsible for ensuring SMA inverter and PPM functions and parameters are set in accordance with the customer's project expectations and requirements • Responsible for the performance of large-scale photovoltaic and BESS power plant projects up to the hundreds-of-megawatts in scale • Responsible for comprehensive control-related technical support throughout the end-to-end process of complex customer projects in North America • Acts as the key contact during the pre-sales phase, working with project developers, SCADA vendors, and EMS providers, and serves as primary support for SMA America Service • Leads Control System Assessments by gathering project data and defining functional requirements for the PPM • Analyzes electrical system parameters, grid code requirements, and plant configurations • Configures and/or describes the PPM in applications including active and reactive power control, grid-forming versus grid-following operation, SOC balancing, battery dispatch strategy, and frequency response • Composes documents and high-level schematics demonstrating PPM functions' alignment with project and grid requirements • Creates and supports Inspection and Test Plans (ITPs) validating inverter functionality in accordance with project and grid requirements • Supports integration testing and tuning, including interoperability with SCADA interfaces and 3rd-party Power Plant Controllers, and Site Acceptance Testing • Other duties as may be required or assigned

• Lead the research, preparation, and production of water/wastewater infrastructure design drawings using tools such as REVIT, MicroStation, AutoCAD, and related design software • Collaborate with engineers, project managers, and multidisciplinary teams to develop integrated solutions across various water/wastewater projects such as treatment facilities, conveyance systems, and pump stations • Provide technical oversight and mentorship to junior designers on project drawing production, ensuring accuracy, consistency, and adherence to standards across all deliverables • Examine complex contract documents and drawings for errors, revising as needed to align with contract specifications • Contribute to the development of technical reports, material costs, construction estimations, and production schedules for water/wastewater infrastructure projects • Conduct project review meetings and prepare project “As-Builts” documentation

• Leads advanced full-stack engineering methods, frameworks, and standards • Analyzes full-stack application requirements, front-end and back-end capabilities • Communicates complex architectural options, API design decisions, and database considerations • Guides key full-stack engineering areas or capability components • Improves full-stack engineering processes, development practices, and technical standards • Builds team capability by mentoring full-stack engineers

• As the number of cities and private communities adopting Flock Safety’s ecosystem grows, deploying our hardware efficiently is our biggest engineering challenge. • We are building a comprehensive fleet and planning management platform that bridges the gap between urban planning, legal compliance, and hardware deployment. • You will design the core software engines that determine optimal camera locations, automate complex permitting workflows across thousands of jurisdictions, and build a unified dashboard for our customers and deployment teams. • Build the geospatial tools and algorithms that map out the most effective and safe locations for our cameras, drones, and safety devices. • Streamline the red tape. You will build software integrations that automate permitting submissions, tracking, and approvals with varied utility companies and municipalities. • Design a "single pane of glass" interface that gives our customers total visibility into their device installation progress and fleet health. • You will work at the intersection of mapping, civic tech, and user experience, seeing the physical impact of your software deployed in the real world!