Perform system integration of next generation Tesla industrial energy storage
Design and implement next generation automated test infrastructure to fully capture BESS system with utilities sites with SCADA interaction
Lead and own firmware and software validation for new features, while capable of describing how the control system functions, interface with external parties, and evaluate how/can it be deployed in various applications
Identify, escalate, and resolve issues with hardware and firmware during system bring up, utility performance, and grid contingency testing
Debug and fix firmware and software issues on complex, high power/high voltage products
Be a key leader of FMEA as part of the product design, integration, and test process
What You’ll Bring
Degree in engineering related field or equivalent experience
Experience with SCADA communication protocols, such as modbus, DNP3, OPC-UA
Ability to troubleshoot issues with multiple devices in TCP/IP networks
Ability to understand electrical drawings from site, design monitoring and control schemes, define tags/points list, program SCADA and Balance of Plant devices on site
Exceptional analytical problem solving skills, and able to identify and surface issues within complex HW/SW systems
Remain engaged, proactive and positive in tough circumstances, owning assignments and taking full accountability
Preferred: Fluent with the embedded microprocessor design process: compilers, debuggers, and Git
Preferred: Experience with renewable energy products and/or electricity distribution systems, (i.e. PV, Wind, BESS)
Preferred: Experience working with high power (50kW+) and/or high voltage (1kVDC, 480VAC) products
Preferred: Experience with programs such as MATLAB and Simulink modelling