Senior Embedded Developer

• 5+ years of practical experience developing control or embedded-function models in MATLAB/Simulink
• Strong foundation in control systems and dynamic-system behavior with capability to interpret transient and steady-state simulation results
• Experience structuring model interfaces, parameters, signals, and reusable components
• Ability to debug models, document design decisions, and work from defined requirements and acceptance criteria
• Working knowledge of C++ sufficient to read or discuss implementation code and collaborate with embedded developers
• Experience using source control and participating in engineering review and test workflows
• English proficiency at B2 level or higher

Nice to have:

• Background in PPC, power-generation, industrial automation, inverter, or energy-storage embedded-control product development
• Experience with active/reactive power, voltage/frequency control, grid-support functions, or multi-asset plant coordination
• Familiarity with Stateflow, model-based design, model testing, or automatic code-generation workflows
• Experience with closed-loop, software-in-the-loop, hardware-in-the-loop validation and deployment to real-time controller targets
• Experience integrating control models with C/C++ software, PLCs, or real-time controller hardware
• Experience with requirements traceability, DFMEA, or system-level verification and validation

• Translate feature requirements and control behavior into clear, maintainable MATLAB/Simulink models
• Participate in requirements clarification and design reviews to make control behavior, assumptions, and acceptance criteria testable
• Develop and update control logic for functions such as active and reactive power control, voltage/frequency response, dispatch, and plant-level coordination according to the backlog
• Define and maintain model inputs, outputs, parameter buses, feedback signals, and interfaces with other PPC components
• Build or adapt closed-loop simulation scenarios using plant, grid, and equipment models and investigate dynamic response and unexpected results
• Run model checks and automated/interactive simulations; support software-in-the-loop and hardware-in-the-loop validation
• Collaborate with PPC C++ developers to review implementation assumptions and investigate model-to-software differences
• Contribute to failure-mode analysis, verification, validation, technical documentation, and maintain model quality per guidelines
• Support regression testing and provide clear model changes and evidence for software integration and release