Job Role & Responsibilities:
• Design and develop embedded firmware using C/C++ for automotive and industrial power electronics products. 
• Define software architecture and module decomposition based on system requirements. 
• Lead firmware development activities from requirement analysis to product release. 
• Review software requirements and ensure complete technical feasibility. 
• Break down complex firmware requirements into manageable development tasks and allocate work to team members. 
• Lead software architecture discussions and technical decision-making. 
• Develop reusable software components and maintain coding standards. 
• Perform code reviews and ensure compliance with software quality guidelines. 
• Integrate firmware modules and support system-level integration. 
• Develop low-level drivers, middleware, communication stacks, and application software. 
• Collaborate with hardware teams for board bring-up, debugging, and validation. 
• Analyze and resolve complex firmware issues during development and production. 
• Ensure software documentation is complete and maintained throughout the development lifecycle. 
• Support customer issue analysis and root cause investigation. 
• Mentor junior engineers and provide technical guidance to the development team. 
• Drive continuous improvement in software quality, development processes, and engineering best practices

Key Skills
• Strong expertise in Embedded C and C++ programming. 
• Excellent understanding of Microcontroller Architecture and low-level embedded programming. 
• Experience with Real-Time Operating Systems (RTOS), multitasking, synchronization mechanisms, interrupts, timers, and event-driven software architecture. 
• Hands-on experience in firmware architecture, device drivers, middleware, bootloaders, BSP development, and hardware abstraction layers. 
• Strong debugging skills using JTAG, Lauterbach, Trace32, debuggers, oscilloscopes, logic analyzers, and protocol analyzers. 
• Good understanding of embedded software life cycle including design, coding, integration, testing, release, and maintenance. 
• Experience in software optimization for performance, memory utilization, and execution time. 
• Strong analytical and problem-solving skills. 
• Excellent written and verbal communication skills

Technical Skills
• 8–10 years of experience in Embedded Software Development.
• Experience in Motor drives, Traction inverters, Solar Invertor, DC-DC Converters, On-board Chargers (OBC), UPS sector
• Hands-on experience with one or more of: Infineon AURIX (TC2xx/TC3xx), Tricodre, STM32, Texas Instruments C2000, Renesas.
• Experience in: Hardware Abstraction Layer (HAL), Embedded Middleware, Interrupt Handling, Peripheral Driver Development, Memory Management, Device Driver Development.
• Experience with: HighTec, TASKING, STM32CubeIDE, Eclipse IDE.
• Automotive experience (Preferred)
• Experience in one or more of: AUTOSAR (Classic Platform), MCAL, Complex Device Drivers (CDD), 
Functional Safety awareness (ISO 26262), Automotive Cybersecurity awareness (ISO 21434)
• Experience leading a team of 3–5 embedded software engineers. 
• Ability to independently own software development activities. 
• Ability to mentor junior engineers.

Job Role & Responsibilities:
• Design and develop embedded firmware using C/C++ for automotive and industrial power electronics products. 
• Define software architecture and module decomposition based on system requirements. 
• Lead firmware development activities from requirement analysis to product release. 
• Review software requirements and ensure complete technical feasibility. 
• Break down complex firmware requirements into manageable development tasks and allocate work to team members. 
• Lead software architecture discussions and technical decision-making. 
• Develop reusable software components and maintain coding standards. 
• Perform code reviews and ensure compliance with software quality guidelines. 
• Integrate firmware modules and support system-level integration. 
• Develop low-level drivers, middleware, communication stacks, and application software. 
• Collaborate with hardware teams for board bring-up, debugging, and validation. 
• Analyze and resolve complex firmware issues during development and production. 
• Ensure software documentation is complete and maintained throughout the development lifecycle. 
• Support customer issue analysis and root cause investigation. 
• Mentor junior engineers and provide technical guidance to the development team. 
• Drive continuous improvement in software quality, development processes, and engineering best practices