06/26/2025 updated
100 % available
Firmware Engineer and Team Lead with expertise in Power Electronics and Grid Control
Noida, Iceland B-Tech (EEE)
Data AnalysisBusiness Relationship ManagementCommunications ProtocolsControl SystemsDebuggingElectronicsEmbedded CEmbedded SoftwareFirmwareForecastingHardware DesignPython (Programming Language)MATLABMachine LearningNervous SystemsSimulationsSimulinkSystems IntegrationTask ManagementTopologyUniversal Asynchronous Receiver/TransmitterControl MethodsSistemas ElectrónicosGrid Packaging TechologyReal Time SystemsState MachinesKerasInvertersTeam ManagementDiagnostic SkillsProgramming Languages
Embedded Firmware Development
Expertise in developing firmware for power electronics systems, including grid-connected inverters, motor control systems, and EV platforms. Proficient in implementing state machines and control algorithms for real-time systems.
Power Electronics Design
Experience with various power converter topologies including Buck, Boost, Flyback, and Inverter designs. Skilled in designing and implementing control systems for grid synchronization, MPPT, and PQ control.
Simulation and Modeling
Advanced skills in MATLAB/Simulink for simulating power electronic systems, developing control algorithms, and validating firmware before hardware implementation.
Programming Languages
Proficiency in Embedded C and Python for firmware development, system debugging, and data analysis applications.
Communication Protocols
Experience with industrial communication protocols including CAN, SPI, UART, and UDS for system integration and diagnostics.
Machine Learning
Knowledge of machine learning frameworks like Keras and implementation of CNN and ANN-based models for data analysis and prediction systems.
Team Leadership
Skills in team management, delegation, and leadership demonstrated through guiding development teams and managing vendor relationships.
Expertise in developing firmware for power electronics systems, including grid-connected inverters, motor control systems, and EV platforms. Proficient in implementing state machines and control algorithms for real-time systems.
Power Electronics Design
Experience with various power converter topologies including Buck, Boost, Flyback, and Inverter designs. Skilled in designing and implementing control systems for grid synchronization, MPPT, and PQ control.
Simulation and Modeling
Advanced skills in MATLAB/Simulink for simulating power electronic systems, developing control algorithms, and validating firmware before hardware implementation.
Programming Languages
Proficiency in Embedded C and Python for firmware development, system debugging, and data analysis applications.
Communication Protocols
Experience with industrial communication protocols including CAN, SPI, UART, and UDS for system integration and diagnostics.
Machine Learning
Knowledge of machine learning frameworks like Keras and implementation of CNN and ANN-based models for data analysis and prediction systems.
Team Leadership
Skills in team management, delegation, and leadership demonstrated through guiding development teams and managing vendor relationships.
Languages
EnglishFluent
Project history
Leading firmware development for grid control systems, specifically for 1.15MW grid-connected PV inverters. Implementing advanced control algorithms including 3-Level SVPWM, PLL, PQ Control, and MPPT. Developing state machines for inverter operation and fault management.
Developed motor control firmware architecture for 2W EV vehicles, including throttle plausibility algorithms and torque mapping for different driving modes. Prepared UDS requirements and guided team negotiations with vendors for UDS stack implementation.
Developed firmware for On-Board Charger and Driver Train Unit for electric vehicles. Implemented state machines, throttle plausibility algorithms, and charging protocols. Created diagnostic tools and conducted comprehensive testing including MIL/PIL/SIL/SLDV.