Hardware Board Designer/PCB Design Engineer

As a Hardware Board Designer at Eliyan, your key responsibilities will include designing and developing printed circuit boards (PCBs) from concept to production. This involves creating block diagrams, performing schematic captures, and laying out PCBs. You will also need to create and optimize power distribution systems, implement high-speed interfaces such as DDR and PCIe, and ensure that your designs meet critical requirements for signal integrity, EMI/EMC, and thermal performance.

To qualify for the Hardware Board Designer position at Eliyan, candidates should have a minimum of 5 years of PCB design experience, as well as a strong background in power supply design, specifically both switching and linear regulators. You should be proficient in high-speed digital interfaces and comfortable working with microcontrollers and FPGA integration. A Bachelor's degree in Electrical Engineering or a related field is also required.

As a Hardware Board Designer at Eliyan, proficiency with PCB design software, such as Allegro PCB or equivalent, is essential. Additionally, while not mandatory, skills in firmware, embedded systems, and scripting will also be valuable in this role, enhancing your capability to design and troubleshoot complex PCB solutions efficiently.

At Eliyan, a Hardware Board Designer will engage in projects focusing on the development of intricate printed circuit boards for chiplet products and systems. You'll work on cutting-edge designs that require a deep understanding of both digital and analog circuits, as well as high-speed interfaces. This role involves collaboration with cross-functional teams to innovate and push the envelope of what’s possible in chiplet-based technology.

Eliyan provides a vibrant and fun work environment where creativity and innovation are celebrated. As a Hardware Board Designer, you'll collaborate with diverse teams in a dynamic setting that encourages professional development and a shared passion for technology. The company offers excellent benefits to support your well-being, ensuring that you thrive both personally and professionally.

When answering this question, it's pivotal to detail your specific PCB design experience, including your past roles and the types of projects you've worked on. Mention any software tools you are proficient in, your approach to design challenges, and how you ensure that your designs meet industry standards.

Explain how you utilize simulation tools to analyze signal integrity and what design principles you follow to minimize issues such as crosstalk and reflections. Providing examples of past projects where you applied these principles can strengthen your answer.

Outline a systematic approach to troubleshooting, including checking power supplies, testing components for faults, and using diagnostic tools. Mention how you collaborate with other team members to pinpoint issues effectively.

Discuss any projects where you implemented high-speed interfaces like DDR, PCIe, or Ethernet. Highlight the challenges you faced and the solutions you devised to ensure successful integration and performance.

Talk about your experiences designing power distribution systems, including the considerations you take into account for load balancing and efficiency. Mention specific examples of designs you've optimized successfully.

Share your experience with microcontroller-based designs, describing the types of projects you've worked on and how you've integrated microcontrollers into your PCB designs. Highlight your understanding of their role in system functionality.

Discuss any experience you have in creating or working with firmware that interfaces with your PCB designs. Explain how this experience enhances your understanding of the hardware you're designing, which leads to better collaboration with software teams.

Identify typical challenges such as meeting design deadlines, ensuring manufacturability, or achieving optimal performance. Talk about specific instances where you've successfully overcome these challenges through creative problem-solving.

Explain your strategies for designing PCBs to comply with EMI/EMC regulations, including layout strategies, component selection, and testing methods. Give examples of ECN checks you've performed to ensure compliance.

Emphasize the importance of collaboration in PCB design, detailing how you communicate with mechanical engineers, software developers, and test engineers. Provide examples of how teamwork led to successful design outcomes.