Senior Process Design Kit Design Automation Engineer

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Senior Process Design Kit Design Automation Engineer

Salary: Competitive and based on experience

Location: Hsinchu

Keywords: collaborative, dependable, supportive leadership, knowledgeable, inclusive, flexible working opportunities, training opportunities, generous pensions contributions

A leading organisation in the semiconductor industry is seeking a Senior Process Design Kit (PDK) Design Automation Engineer to join their team in Hsinchu. This role offers you the opportunity to shape the future of integrated circuit design by developing and automating environments that empower design teams to create, verify, and manufacture chips with precision and efficiency. You will be at the heart of technology innovation, collaborating closely with process engineers, design teams, and EDA vendors to ensure seamless integration and optimal performance. The company values knowledge sharing, teamwork, and continuous learning, providing flexible working opportunities and access to extensive training resources. If you are passionate about advancing semiconductor technology and thrive in an inclusive environment where your expertise is respected and nurtured, this position will offer you both professional growth and personal fulfilment.

• Join a highly collaborative team dedicated to advancing semiconductor technology through dependable PDK development and automation.
• Enjoy flexible working opportunities and ongoing training that support your growth as a knowledgeable specialist in IC design environments.
• Work in an inclusive setting where supportive leadership encourages sharing best practices, mentoring junior engineers, and contributing to communal success.

What you'll do:

As a Senior Process Design Kit Design Automation Engineer based in Hsinchu, you will play a pivotal role in developing robust PDKs that underpin successful chip manufacturing. Your day-to-day activities will involve creating technology files, simulation models, and design rule decks that align with foundry requirements. You will automate complex workflows using advanced scripting techniques to facilitate efficient layout generation and verification. By designing parameterised device cells (p-cells), you will enable reusable solutions that accelerate project timelines. Your expertise in physical verification deck creation ensures compliance with industry standards while maintaining high levels of accuracy. Supporting the EDA environment through tool configuration and troubleshooting will be essential for enabling seamless collaboration among engineering teams. Quality assurance through automated regression testing guarantees reliability across all stages of development. Sharing your knowledge via documentation and training empowers junior engineers while fostering a culture of communal learning. Success in this role requires a commitment to teamwork, attention to detail, and a passion for nurturing technological advancement within an inclusive workplace.

• Create, validate, and manage Process Design Kits including technology files, simulation models, and comprehensive design rule decks tailored for specific foundry processes.
• Build scripts and develop tools that automate layout generation, verification, and characterisation workflows to enhance productivity across design teams.
• Design reusable parameterised device cells (p-cells) using scripting languages such as Cadence SKILL to streamline layout creation and improve efficiency.
• Implement and maintain physical verification decks by developing DRC/LVS rule sets utilising industry-standard tools like Cadence Pegasus, Siemens Calibre, or Synopsys ICV.
• Configure the EDA environment by managing tool installations, licenses, and providing technical support to design and layout engineers for smooth operations.
• Develop automated regression tests for quality assurance purposes to ensure accuracy of PDKs and reliability of the EDA environment throughout project cycles.
• Collaborate with process engineers, design teams, and EDA vendors to resolve technical issues efficiently while sharing experience and best practices with junior engineers.
• Prepare detailed documentation on PDK usage and design flows while delivering training sessions that foster knowledge transfer within multidisciplinary teams.

What you bring:

Your proven experience as a Senior Process Design Kit Design Automation Engineer will be instrumental in driving success within this role. You bring deep expertise in developing PDKs that include parameterised device cells (p-cells), comprehensive rule decks for DRC/LVS checks, extraction decks, and technology files tailored for specific foundry processes. Your proficiency with leading EDA tools such as Cadence Virtuoso or Siemens Calibre enables you to integrate seamlessly into existing workflows while enhancing automation capabilities through advanced scripting techniques. A strong foundation in semiconductor physics—particularly CMOS principles—and IC fabrication allows you to understand the nuances of chip manufacturing at every stage. Your ability to troubleshoot complex CAD challenges ensures reliable project delivery while your communication skills facilitate clear documentation and effective presentations across diverse teams. Having collaborated extensively within international multidisciplinary environments, you are adept at navigating fast-paced projects with sensitivity towards inclusivity. Your willingness to mentor junior engineers reflects your commitment to communal growth; sharing knowledge not only strengthens team cohesion but also supports the broader organisational mission.

• Extensive experience in Process Design Kit development encompassing p-cells, design rule decks (DRC/LVS), extraction decks, and technology file management.
• Proficiency with industry-standard Electronic Design Automation tools from vendors such as Cadence Virtuoso, Siemens Calibre, or Synopsys ICV for layout creation and verification.
• Strong programming skills demonstrated through scripting languages like Cadence SKILL or Python for automating workflows within IC design environments.
• Solid understanding of semiconductor physics including CMOS fundamentals and integrated circuit fabrication processes relevant to advanced chip manufacturing.
• Exceptional troubleshooting abilities for resolving complex CAD issues alongside effective debugging skills that support dependable project outcomes.
• Excellent communication skills evidenced by preparing technical reports and presenting findings clearly to cross-functional teams within international settings.
• Proven track record of collaborating successfully in fast-paced technology environments involving multidisciplinary teams across global locations.
• Willingness to mentor junior PDK engineers by sharing best practices, offering guidance during training sessions, and supporting communal learning initiatives.

What sets this company apart:

This organisation stands out as a leader in the semiconductor sector due to its unwavering commitment to fostering an inclusive culture where every team member’s expertise is valued. Employees benefit from flexible working opportunities designed to accommodate individual needs while promoting work-life balance. The company invests heavily in training programmes that encourage continuous professional development—ensuring you remain at the forefront of technological advancements within IC design automation. Supportive leadership creates an environment where collaboration thrives; experienced professionals are encouraged to share insights with junior colleagues through structured mentorship initiatives. Generous pension contributions further demonstrate the company’s dedication to employee wellbeing. By prioritising communal success over individual achievement, this organisation cultivates a sense of belonging that empowers you to contribute meaningfully while enjoying long-term career satisfaction.

What's next:

If you are ready to advance your career as a Senior Process Design Kit Design Automation Engineer within a supportive team environment focused on innovation and inclusivity, we invite you to take the next step today!

Apply today by clicking on the link provided—your journey towards shaping the future of semiconductor technology begins here.