SI/PI Technical Manager

Senior Signal Integration Engineer Salary: Competitive and based on experience Location: Hsinchu Keywords: signal integrity, PCB design, system architecture, simulation tools, collaborative environment, flexible working opportunities, inclusive culture, high-speed hardware A leading global technology innovator is seeking a Senior Signal Integration Engineer to join their team in Hsinchu. This is an exceptional opportunity for you to make a positive impact on products used worldwide, while enjoying the flexibility to work in your own way. The organisation is renowned for its inclusive and supportive culture, where collaboration, openness, and humility are celebrated. You will be empowered to bring your authentic self to work every day, contributing to cutting-edge projects that shape the future of electronics. With a hybrid work model and comprehensive benefits designed to support your wellbeing and growth, this role offers the perfect blend of professional challenge and personal fulfilment. If you are passionate about signal integrity, high-speed hardware design, and want to be part of a diverse team that values equality and environmental responsibility, this could be the ideal next step in your career. * Join a globally recognised technology leader with a strong commitment to diversity, inclusion, and flexible working arrangements that allow you to balance your professional and personal life. * Work on innovative projects at the forefront of signal integration engineering, collaborating with talented teams who share your passion for technical excellence and continuous improvement. * Benefit from a comprehensive package of wellbeing initiatives and support systems designed to help you thrive both inside and outside of work, including hybrid work options and extensive resources for personal development.

What you'll do:

As a Senior Signal Integration Engineer based in Hsinchu, you will play a pivotal role in shaping the electronic systems that power next-generation products. Your expertise will be instrumental in developing reliable PCB designs using industry-standard tools while performing sophisticated signal integrity analyses to overcome high-speed design obstacles. You will construct detailed S-parameter models for use in broader system simulations, ensuring optimal interconnect performance. By optimising Power Delivery Networks through rigorous simulation techniques, you will contribute directly to cost-effective yet robust product architectures. Your ability to analyse electromagnetic interference risks will help safeguard devices against external threats, while your collaborative approach will ensure seamless communication with multidisciplinary teams. Success in this position means proactively identifying potential issues early in the design process, providing actionable insights that drive continuous improvement across all stages of product development.

• Utilise schematic and layout tools such as Allegro and OrCad to develop robust PCB designs that meet stringent performance requirements.
• Conduct detailed board-level signal integrity analysis using advanced simulation platforms like Sigrity or Ansys to address complex high-speed design challenges.
• Build accurate power-aware S-parameter models for interconnects, enabling precise system-level simulations across multiple product lines.
• Optimise Power Delivery Networks through AC frequency analysis as well as pre-layout and post-layout simulations, ensuring compliance with cost-effective PDN requirements.
• Analyse near-field electromagnetic densities and radiation effects to identify potential EMI issues, recommending effective shielding strategies such as Faraday cage placement.
• Evaluate system susceptibility by assessing the impact of external radiation sources on device performance, supporting overall product reliability.
• Collaborate closely with cross-functional development teams to highlight design weaknesses and propose practical solutions that enhance product quality.
• Correlate simulation data with physical hardware observations in real-time, troubleshooting critical signal issues efficiently during the development cycle.
• Document findings comprehensively and communicate recommendations clearly to both technical and non-technical stakeholders within the organisation.

What you bring:

To excel as a Senior Signal Integration Engineer in this forward-thinking organisation, you will bring substantial hands-on experience in high-speed hardware design coupled with deep technical knowledge of modern simulation platforms. Your background should include significant exposure to multi-layer PCB architectures and digital interface technologies commonly found in today’s most advanced consumer electronics. You are adept at translating complex simulation data into practical engineering recommendations that improve product reliability and performance. Your collaborative mindset enables you to work effectively within cross-functional teams while communicating technical concepts clearly across different audiences. A strong academic foundation underpins your practical skills, allowing you to approach challenges methodically while remaining open-minded about new ideas. Your attention to detail ensures thorough documentation of findings and recommendations throughout each stage of the development process.

• Demonstrated proficiency with Sigrity X platform (including PowerSI and SystemSI) or equivalent simulation tools for advanced signal integrity analysis.
• Comprehensive understanding of S-parameters, crosstalk phenomena, jitter mitigation techniques, and decoupling capacitor optimisation strategies.
• In-depth knowledge of system architecture involving multi-layer PCBs, complex via structures, and digital high-speed interfaces such as HDMI, USB, MIPI, PCIe, and Ethernet.
• Proven ability to analyse and debug critical signal issues in real-time environments while correlating simulation results with actual hardware behaviour.
• Experience coordinating with development teams to identify design vulnerabilities and deliver effective engineering solutions that enhance overall system performance.
• Bachelor’s or Master’s degree in Electrical Engineering or a related technical discipline from an accredited institution.
• At least five years’ experience in electronics circuit or high-speed hardware design for medium-to-high density products within a commercial setting.
• Minimum five years’ hands-on experience utilising simulation tools for electronic design validation across multiple project cycles.

What sets this company apart:

This organisation stands out as an employer of choice due to its unwavering commitment to fostering an inclusive workplace where everyone feels valued for their unique perspectives. Employees benefit from a hybrid work model that supports both remote and on-site collaboration—empowering individuals to choose how they work best without compromising productivity or continuity. The company’s culture is built around authenticity, kindness, and mutual respect; it actively celebrates diversity at every level. Comprehensive benefits packages are tailored not just for medical needs but also for financial security, emotional wellbeing, intellectual growth, and social connection—ensuring holistic support for employees and their families. The leadership team is dedicated to creating an environment where people can learn from one another regardless of location or background. If you value flexibility alongside meaningful work that has global impact—and if you appreciate being part of a community that prioritises equality—you will find this company an inspiring place to grow your career.

What's next:

If you are ready to take your expertise in signal integration engineering to new heights within a truly supportive environment, we encourage you to apply now!

Apply today by clicking on the link provided—your next exciting career move awaits.