Hardware Architect

As a Hardware Architect at this renowned embedded systems developer, you will be primarily responsible for leading complex hardware development projects. Your role will include serving as a technical liaison between teams, customers, and stakeholders while translating system requirements into clear hardware architecture specifications. You will design and implement innovative hardware solutions ranging from medical IoT devices to high-performance computing systems, all while ensuring integration with state-of-the-art FPGA technologies due to our partnership with AMD (Xilinx).

To qualify for the Hardware Architect position, you should have a Bachelor's or Master's degree in Electrical Engineering or Electronics Engineering. Moreover, relevant experience is crucial; ideally, you’ll have over 8 years working on high-end hardware projects that involve technologies such as FPGAs with ARM microprocessors, PCIe GEN5, and more. A working knowledge of industry-standard tools like Mentor Graphics Xpedition and Altium Designer is also essential for this role.

Yes! The role of Hardware Architect at this innovative company offers flexible hybrid work options. You can enjoy a mix of remote work and in-office collaboration in Best, The Netherlands, which allows you to maintain a work-life balance while still engaging effectively with your team and projects.

Familiarity with industry-standard tools is crucial for the Hardware Architect position. You should have experience with Mentor Graphics Xpedition, Altium Designer, and HyperLynx, as these tools will be integral to your design and development workflow. Additionally, a solid understanding of FPGA technologies, particularly as they relate to AMD (Xilinx), will be invaluable in delivering high-quality solutions.

The salary range for the Hardware Architect role at this leading embedded systems developer is quite competitive, typically falling between 75,000 and 100,000 EUR gross annually. The exact figure depends on your experience, skills, and qualifications, meaning there's room for negotiation based on your background and what you bring to the table.

When answering this question, highlight specific projects where you've developed high-speed, low-power hardware solutions. Discuss the challenges you faced and how you addressed them, showcasing your technical skills and your problem-solving approach.

Share a structured approach to this task, explaining how you gather requirements from stakeholders and how you ensure these are clearly communicated to your team. Highlight your experience in creating detailed specifications that guide development effectively.

Be specific about the FPGA technologies you've utilized; mention any hands-on experience with AMD (Xilinx) components and how you've implemented them in previous projects. Tailor your answer to reflect familiarity with relevant programming languages such as VHDL or Verilog.

Discuss your communication strategies, emphasizing the importance of clear and regular updates. Share examples of how you've successfully worked with firmware, software, and cloud integration teams to align hardware development with broader project goals.

Talk about your preferred tools, such as Mentor Graphics Xpedition or Altium Designer, and explain the rationale behind your choices. Mention features that have significantly contributed to your work efficiency and design quality.

Emphasize your commitment to continuous learning through various channels, including industry conferences, online courses, and professional networks. Highlight any specific resources or communities that have played a role in your professional development.

Use the STAR method (Situation, Task, Action, Result) to describe a specific challenge, detailing your problem-solving process and how the outcome improved the project or product viability. This will showcase your technical acumen and resilience.

Outline your validation and testing processes, including simulation techniques and prototyping methods. Discuss the importance of thorough testing to ensure reliability and how you incorporate feedback into your designs.

Share your prioritization process, emphasizing the importance of deadlines, stakeholder needs, and resource availability. Mention any project management methodologies you follow, such as Agile or Waterfall, to help keep the project on track.

Articulate your passion for embedded systems, perhaps by mentioning specific industries like healthcare or robotics that excite you. Discuss why these sectors inspire innovation and how you see your role contributing to groundbreaking developments.