Sr. SI Engineer - NB

Senior Signal Integrity Engineer Salary: Competitive and based on experience Location: Taipei Keywords: signal integrity, power integrity, PCB stack-up, high-speed interfaces, electromagnetics, Cadence PowerSI, Python automation, collaborative environment, measurement expertise, simulation tools A leading technology innovator in Taipei is seeking a Senior Signal Integrity Engineer to join their expert team. This is an exceptional opportunity for you to apply your deep technical knowledge and passion for signal and power integrity in a supportive, collaborative environment where your contributions will directly impact the development of next-generation electronic products. You will be empowered to work with advanced simulation tools, contribute to complex PCB designs, and collaborate with talented professionals who value knowledge sharing and continuous learning. The organisation offers flexible working opportunities, generous training resources, and a culture that encourages professional growth and teamwork. If you are looking for a role where your expertise is valued and your career can flourish, this could be the perfect fit. * Work on cutting-edge projects involving high-speed and low-speed signal interface analysis, contributing to the design of innovative electronic solutions in a highly respected technology company based in Taipei. * Enjoy access to state-of-the-art simulation software and measurement equipment, as well as ongoing training opportunities that support your technical development and personal growth. * Be part of a warm, inclusive team that values collaboration, knowledge sharing, and mutual support, ensuring you have the resources and encouragement needed to excel in your role. What you'll do: As a Senior Signal Integrity Engineer, you will play a pivotal role in shaping the electrical performance of advanced electronic products from concept through production. Your day-to-day activities will involve close collaboration with multidisciplinary teams as you provide critical input on PCB stack-up configurations, constraint rule settings, and layout optimisations. You will leverage your expertise in simulation tools such as Cadence PowerSI, CST, ANSYS HFSS/Q3D/SIwave, as well as scripting languages like Python or TCL, to automate processes and deliver accurate analyses efficiently. Your responsibilities will also include hands-on measurement tasks using TDR/TDT methods and Delta L 4.0 techniques to validate theoretical models against real-world data. Success in this role requires not only technical excellence but also strong interpersonal skills—your ability to share insights openly with colleagues will help drive innovation while maintaining a supportive team atmosphere. * Design PCB stack-ups and set constraint rules to ensure optimal performance across various applications while collaborating closely with layout engineers. * Provide detailed signal integrity and power integrity design suggestions during PCB layout phases, supporting the creation of robust electronic systems. * Conduct comprehensive signal integrity analyses for both high-speed and low-speed signal interfaces using industry-leading simulation tools. * Optimise power integrity by analysing DC impedance, AC resonance, and capacitance requirements to enhance overall system reliability. * Utilise Cadence 2.5D EM solutions daily alongside AMD SeaSim/S2Eye and Intel ICAT/IMLC/CCT software to perform advanced simulations and verifications. * Automate complex software operations using TCL and Python scripts, generating insightful reports and performing Design of Experiments (DOE) analyses efficiently. * Demonstrate proficiency in PCB test coupon TDR/TDT measurements as well as Delta L 4.0 Measurement techniques to validate design assumptions. * Collaborate with cross-functional teams including hardware designers, layout engineers, and validation specialists to ensure seamless project execution. * Document findings clearly and communicate results effectively within the team to foster shared understanding and drive continuous improvement. What you bring: To thrive as a Senior Signal Integrity Engineer in this organisation, you will bring proven experience in designing complex PCBs for high-performance applications along with an analytical mindset rooted in electromagnetics theory. Your background should include extensive use of industry-standard simulation platforms coupled with practical exposure to layout tools like Allegro. You are adept at automating routine processes through scripting languages which enables you to focus on higher-level problem solving. In addition to your technical prowess, your success will be underpinned by excellent communication skills—your ability to explain intricate concepts clearly ensures effective collaboration across teams. A commitment to continuous learning is essential; you stay abreast of emerging technologies while actively participating in knowledge-sharing initiatives within the group. Your attention to detail combined with a considerate approach makes you a dependable partner who supports collective achievement. * Possess a Master’s degree in Electrical Engineering or equivalent experience that demonstrates deep technical understanding relevant to signal integrity engineering. * Showcase a thorough grasp of electromagnetics principles including transmission line theory as applied to modern PCB stack-up design challenges. * Demonstrate hands-on experience with 2.5D/3D modelling tools such as Cadence PowerSI, CST Studio Suite, ANSYS HFSS/Q3D/SIwave for simulation purposes. * Exhibit practical skills using Allegro PCB layout tools along with an understanding of constraint management settings essential for high-performance designs. * Display familiarity with SI/PI analysis flows encompassing both frequency domain and time domain simulations for comprehensive evaluation of circuit behaviour. * Understand high-speed I/O design concepts including clock generation strategies, transmitter/receiver architectures, and equalisation schemes vital for reliable communication links. * Have experience automating simulation workflows using programming languages such as Python, Matlab, VBS or C to streamline repetitive tasks and improve efficiency. * Bring knowledge of PCB test coupon measurement techniques including TDR/TDT methods as well as Delta L 4.0 Measurement for empirical validation.

What sets this company apart:

This organisation stands out for its unwavering commitment to fostering an inclusive workplace where every team member’s voice is heard and valued. Employees benefit from flexible working arrangements designed to promote work-life balance without compromising on professional development opportunities. The company invests heavily in training programmes tailored to individual needs so that everyone has the chance to expand their skillset at their own pace. Collaboration is at the heart of their culture—cross-functional teams work together seamlessly on challenging projects that push technological boundaries while maintaining a supportive atmosphere built on trust and respect. With access to cutting-edge tools and resources plus regular opportunities for internal mobility, employees are encouraged not just to grow but also to shape their own career paths within the organisation. The leadership team is approachable and genuinely invested in employee wellbeing; they prioritise open communication channels so feedback can be shared freely at all levels. This nurturing environment empowers staff members from diverse backgrounds—including those from under-represented groups—to contribute fully while feeling supported every step of the way.

What's next:

If you are ready to take your expertise in signal integrity engineering to new heights within a collaborative environment that values your growth and wellbeing, this is your moment—apply now!

Apply today by clicking on the link provided below; we look forward to connecting with talented professionals eager to make an impact.