Analog Design Engineer (SerDes/ Data Center)

An exciting opportunity for an Analog Design Engineer specializing in SerDes and data center applications in Hsinchu. This role focuses on high-speed chip-to-chip interface PHY design, including UCIe and custom die-to-die links. Join a collaborative team that values technical excellence, knowledge sharing, and continuous learning. Ideal for candidates passionate about mixed-signal design and next-generation data center technologies.

Salary: Competitive and based on experience

Location: Hsinchu

Keywords: analogue design, SerDes, data centre, UCIe standard, chip to chip interface, high-speed circuit, mixed-mode circuit, HBM/DDR/LPDDR PHY

• Work at the forefront of analogue PHY circuit design for advanced data centre solutions, contributing to both industry-standard and customised projects.
• Join a knowledgeable and dependable team that prioritises collaboration, ongoing training opportunities, and inclusive professional development.
• Enjoy flexible working arrangements in a supportive environment that values your interpersonal skills and commitment to technical excellence.

What you'll do:

As an Analogue Design Engineer for Data Centre and SerDes Applications, you will immerse yourself in the full lifecycle of analogue PHY circuit development. Your day-to-day responsibilities will involve collaborating with talented colleagues across multiple disciplines to deliver innovative solutions for chip-to-chip interfaces using both industry-standard protocols like UCIe and custom-designed links. You will play a pivotal role in integrating HBM/DDR/LPDDR technologies into sophisticated systems while ensuring each design meets rigorous performance benchmarks. Success in this role requires not only technical proficiency but also a willingness to share knowledge, support peers, and maintain meticulous documentation throughout every stage of the project. By actively participating in post-silicon activities such as bring-up and debugging, you will help ensure seamless transitions from concept through production.

• Design and develop chip-to-chip interface analogue PHY circuits, focusing on UCIe standards as well as custom die-to-die link solutions tailored for high-performance data centres.
• Collaborate with cross-functional teams to integrate HBM, DDR, and LPDDR analogue PHY circuits into complex system architectures, ensuring optimal performance and reliability.
• Engage in mixed-mode and high-speed circuit design activities, applying your expertise to create robust solutions that meet stringent industry requirements.
• Participate in schematic capture, layout review, simulation, verification, and validation processes to ensure the highest quality of analogue circuit implementations.
• Contribute to the definition of technical specifications by working closely with system architects and digital designers to align project goals with overall product strategy.
• Support silicon bring-up, characterisation, debugging, and optimisation efforts post-fabrication to guarantee successful deployment of new designs.
• Document all aspects of the design process thoroughly, maintaining clear records for future reference and knowledge transfer within the team.
• Share your insights and mentor junior engineers by providing guidance on best practices in analogue design methodologies.
• Stay up-to-date with emerging trends in high-speed interconnects and participate in internal training sessions to further enhance your skill set.

What you bring:

To excel as an Analogue Design Engineer for Data Centre and SerDes Applications, you will bring a solid educational foundation paired with practical experience designing high-speed mixed-mode circuits. Your background should include direct exposure to key technologies such as UCIe interfaces or similar chip-to-chip connectivity standards. Beyond technical skills, your approachability and willingness to collaborate will enable you to thrive within a team-oriented environment that values open communication. Your attention to detail when documenting processes ensures that collective knowledge is preserved for future projects. A passion for continuous learning—whether through formal training or self-directed study—will help you stay ahead of evolving industry trends. If you have previously supported or mentored others within engineering teams, your nurturing attitude will be especially appreciated here.

• A postgraduate degree (MS or above) in Electrical Engineering or a closely related field is required for this position.
• Demonstrated familiarity with UCIe, C2C (Chip-to-Chip), D2D (Die-to-Die), HBM (High Bandwidth Memory), DDR (Double Data Rate), LPDDR (Low Power Double Data Rate), or SerDes (Serializer/Deserializer) analogue PHY circuit design is essential.
• At least two years of hands-on experience working on mixed-mode or high-speed circuit design projects within a relevant industry setting is expected.
• A proven track record of excellent working attitude combined with strong interpersonal skills is highly valued by the team.
• Outstanding communication abilities are necessary to facilitate effective collaboration across multidisciplinary groups.
• Experience with schematic capture tools, simulation environments, layout review processes, and verification methodologies is highly desirable.
• A keen interest in staying current with technological advancements in high-speed interconnects will be beneficial for ongoing success in this role.
• The ability to document complex technical processes clearly and concisely is important for supporting team knowledge sharing initiatives.
• Previous involvement in mentoring or supporting less experienced engineers would be considered an asset.

What sets this company apart:

This organisation stands out as a leader in semiconductor innovation by fostering an environment where collaboration is at the heart of every project. Employees benefit from flexible working opportunities designed to promote work-life balance while enabling them to pursue professional growth through regular training sessions. The company’s commitment to inclusivity ensures that all voices are heard and respected within its diverse workforce. By joining this team, you become part of a network that values dependability, shared success, and mutual support—qualities that drive both individual satisfaction and collective achievement. The workplace culture emphasises kindness, empathy, and open communication so everyone can contribute their best ideas without hesitation. Here you’ll find not just challenging projects but also genuine encouragement from colleagues who are invested in your long-term development.

What's next:

If you are ready to take your expertise in analogue design to new heights within a supportive team environment focused on data centre innovation, this is your moment!

Apply today by clicking on the link provided—your next rewarding career step awaits.