3 Platform Initialization Jobs

Join the RISC-V Revolution! As a highly skilled FPGA and emulation engineer lead at MIPS, you will play a crucial role in building FPGA designs for our CPU`s (64-bit and 32-bit) and SOCs. Your responsibilities will include designing, building, and developing innovative FPGA and emulation platform solutions, performing pre-silicon CPU and system validation, analyzing system performance, and creating tailored FPGA prototyping platforms. You will collaborate closely with customer teams and provide technical support for FPGA systems in various contexts. In this role, you will have the opportunity to contribute across the full silicon-to-software lifecycle, combining software engineering with post-silicon validation to ensure high-quality, safety-critical SoC solutions. You will work with small teams in a non-compartmentalized structure, enabling you to understand the bigger picture and have a significant impact. You will receive support from experienced CPU engineers, have autonomy in your work, and enjoy an unlimited growth path based on your skills and interests. Ideally, you will have 10+ years of hands-on experience with leading FPGA platforms such as proFPGA, VPS, and Veloce. You should possess a solid understanding of FPGA architecture, system-level design, prototyping flow, verification, and validation fundamentals. Experience with integrating and bringing up daughter cards, custom IP blocks, and peripherals is essential. Familiarity with SoC boot flows, platform initialization, MIPS, ARM, or RISC-V based IP subsystems, and debugging skills in Windows and Linux environments are desired qualifications. Additionally, experience working on CPUs, familiarity with different Instruction Set Architectures, hardware-software co-design, agile tools, and strong communication skills will be advantageous. MIPS, a microprocessor pioneer, is leading a RISC revolution by accelerating the RISC-V architecture for high-performance applications with the MIPS eVocore processors. Join us to be part of this exciting journey and contribute to cutting-edge applications with industry-leading customers.,

You should have a BE/BTech/ME/MTech degree with 10-15 years of experience in software architecture, design, and development within embedded software/firmware using C and C++. Experience in software development in the medical industry is required, with a preference for experience with IEC 62304, FDA guidance for medical device development, and other relevant medical device regulatory standards. Additionally, you must have experience with RTOS and BareMetal based Embedded Software, along with preferred knowledge in the Linux Environment. Your responsibilities will include hands-on knowledge of microprocessor development, system domain knowledge for designs in software, hardware, and mechanical systems. You should also have experience with platform initialization, board support package integration, low-level drivers for peripherals such as PCIe, I2C, eMMC, SPI, USB, UARTs, as well as memory management, scheduling, interrupts, and multi-threading. It is essential to be aware of SDLC and have a good grasp of design patterns, multithreading, and code reviews. Experience in Agile SW Development practices, along with experience in the scaled agile framework (SAFe), is preferred. Competencies required for this role include technical documentation, agile methodology, SDLC, business acumen, strategic planning, escalation management, systems integration, quality specifications, software architectures, stakeholder management, resource planning & allocation, software design, code reviews, requirements management, and regulatory requirements. We believe in the power of collaboration and teamwork. For office-based roles, working in-person at least 3 days per week is required. Onsite roles necessitate full-time presence in the company's facilities, while field roles are typically performed outside of the main facilities, often at the customers" or suppliers" locations. Please indicate if this role is an office-based, field-based, or onsite role. About Philips: Philips is a health technology company that is committed to providing quality healthcare to everyone, everywhere. Our mission revolves around the belief that every human life matters, and we strive to ensure access to the healthcare that everyone deserves. If you are interested in making a difference in the lives of others, we encourage you to apply for this role, even if you do not meet all the experience requirements. Learn more about our business, explore our rich history, and discover our purpose.,

The Azure Silicon Cloud Hardware Infrastructure and Engineering (SCHIE) team plays a crucial role in ensuring operational success for Azure that surpasses customer expectations. As a part of the HW Security Center of Excellence within the SCHIE organization, you will be involved in the design and development of Security Solutions (Silicon, Firmware, Hardware) for Server and Rack Infrastructure Firmware for Microsoft's global Azure business. Collaboration with Microsoft product groups, industry partners, and researchers is essential to architect and develop Security features and solutions that align with the requirements of our cloud services platforms at the lowest possible cost of ownership (TCO). A continuous learning mindset, readiness to embrace uncertainty, take risks, and learn from mistakes are qualities we value. Being open to diverse ideas and celebrating the success of others are integral aspects of our team culture. We are seeking a highly motivated Senior Firmware Engineer with a security background to contribute to securing Azure Infrastructure, catering to both the existing Azure fleet and the upcoming new portfolio. In this role, you will collaborate with architects to comprehend Security Requirements, design, and implement security features for hardware and firmware systems powering Azure. A genuine interest in security, coupled with strong coding skills, debugging proficiency, and experience in firmware development, are prerequisites. Knowledge in firmware development, SoC bring-up, Security primitives, bootloaders, platform initialization, board support package porting, and familiarity with peripherals like PCIe, I2C, SPI, USB, and UARTs is advantageous. Proficiency in OS primitives, memory management, scheduling, interrupts, and multi-threading is highly valued. **Responsibilities:** - Design and implement key Security Features in firmware - Define end-to-end flow of Security Features spanning multiple sub-systems on the server from Manufacturing to Azure Services - Collaborate with cross-functional teams to troubleshoot issues across multiple sub-systems - Integrate Security Development Lifecycle (SDL) throughout the development process with a focus on Test Driven Quality - Demonstrate a solid understanding of security primitives, ciphers, threat vectors, and mitigation strategies - Develop firmware modules supporting various hardware interfaces such as USB vNIC, SPI, I2C, PCIe, and related protocols - Conduct system-level debugging and troubleshooting to resolve hardware/firmware-related issues - Maintain firmware architecture for scalability, modularity, and maintainability - Adapt to changing project requirements and effectively prioritize tasks **Qualifications:** - Bachelor's or master's degree in electrical engineering, Computer Engineering, Computer Science, or a related field - 8+ years of professional experience in hardware and firmware security - Demonstrated experience in hardware and firmware architecture, design, and coding for solutions at scale - Experience with secure boot, secure firmware updates, Attestation, SPDM, DICE, Secure recovery, and secure debug workflows at scale **Preferred Qualifications:** - Strong problem-solving and analytical skills - Excellent written and verbal communication skills - Experience in architecting or implementing industry-standard security protocols, cryptographic algorithms, Public key infrastructure, key management technologies - Familiarity and understanding of Supply Chain Security,