Principal Engineer, Software Development Engineering ( Firmware, UFS validation with C and C++ experience) 9 to 14 years ONLY

Requirements

• Bachelor's or Master's degree (BE/ME/M.Tech) in Computer, Electronics, Electrical, IT Engineering or a related discipline
• Minimum of 10 years' experience in embedded firmware development
• Extensive programming expertise in C/C++ for RTOS-based embedded systems
• Programming expertise in Python
• Familiarity with NAND flash and/or any other non-volatile storage technologies
• Proven ability to analyze complex firmware and FPGA based hardware issues
• Advanced debugging proficiency utilizing tools such as logic analyzers and protocol analyzers
• Strong understanding of software design principles, real-time operating systems, and hardware-software integration
• Comprehensive experience with storage protocols including UFS, eMMC, SD, and PCIe
• Demonstrated skills in creative problem-solving and innovation
• Excellent teamwork and communication abilities; highly motivated
• Practical knowledge of agile development methodologies and experience with self-managed teams throughout the product lifecycle

Additional Information

We are looking for a Principal Engineer to contribute to the firmware development of advanced, next-generation high-performance UFS Validation hosts. The ideal candidate will possess proven leadership skills in executing complex programs and have a comprehensive understanding of SoC-based system development, including stakeholders, processes, and methodologies. Significant experience in the storage industry is required, with expertise in embedded storage processors and storage protocols. This position offers substantial impact and visibility for an individual with strong technical proficiency, effective project management capabilities, and a commitment to achieving successful outcomes. ESSENTIAL DUTIES AND RESPONSIBILITIES Design and implement firmware for UFS validation host products utilizing C and C++. Collaborate effectively with cross-functional teams throughout all stages of product development. Develop robust debug infrastructure to facilitate rapid identification and resolution of failures. Create applications for the collection and analysis of diagnostic data, including debug logs and event information. Review system and board-level specifications to confirm that firmware features, verification protocols, and diagnostic requirements are attainable and thoroughly integrated. Establish procedures to detect embedded system design issues early in the product development cycle. Lead efforts to resolve issues and enhance product stability, supporting consistent, high-quality internal product development. Provide guidance and mentorship to junior engineers as required.

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Company Intel

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