PIC RD Director

Director of Research and Development in Component Technology Salary: Competitive and based on experience Location: Hsinchu Keywords: Si photonics, photonics device integration, PIC solutions, optoelectronic component design, collaborative leadership, mentoring engineers, advanced semiconductor processes, high-speed optoelectronics A rare opportunity has arisen for a Director of Research and Development in Component Technology to join a global leader at the forefront of optical innovation. This role is perfect for someone who thrives on collaboration, enjoys nurturing talent, and is passionate about shaping the future of Si photonics technology. The organisation boasts a rich heritage in delivering high-performing, field-proven silicon photonics solutions, with a proven track record of shipping high-volume products based on cutting-edge technology. As the industry continues to evolve rapidly—driven by the demands of hyperscale data centres and AI clusters—this position offers you the chance to play a pivotal role in developing next-generation optical modules that deliver high density, exceptional data capacity, and low power consumption. You will benefit from an environment that values flexibility, encourages knowledge sharing, and supports your professional growth through meaningful mentorship and cross-functional teamwork. * Join a world-class team dedicated to advancing Si photonics technology for real-world applications in hyperscale data centres and artificial intelligence clusters, where your expertise will directly impact the development of innovative optical module solutions. * Enjoy a collaborative culture that empowers you to work closely with industry partners, internal stakeholders, and multidisciplinary teams, ensuring your ideas are heard and your contributions are valued. * Benefit from flexible working opportunities and a supportive environment that prioritises both personal well-being and professional development, allowing you to unleash your full potential while making a tangible difference in the industry. What you'll do: As Director of Research and Development in Component Technology, you will immerse yourself in the dynamic world of silicon photonics innovation. Your day-to-day activities will involve collaborating with leading minds across the industry to establish advanced capabilities for photonic devices and integrated circuit solutions. You will be responsible for guiding projects from concept through implementation—ensuring every solution meets rigorous application performance standards while remaining practical for large-scale manufacturing. By leveraging your deep technical knowledge alongside your ability to foster strong partnerships both internally and externally, you will help shape the direction of next-generation optical modules. Your success will be measured not only by technical achievements but also by your ability to mentor others, promote knowledge sharing across teams, and contribute meaningfully to a culture built on supportiveness and shared goals. * Acquire an expert-level understanding of advanced silicon photonics technology to drive innovation in new optical device development and integration. * Conduct comprehensive analyses of optical system requirements, defining precise component specifications to ensure optimal performance across diverse applications. * Collaborate extensively with industry design partners as well as internal and external customers to align on optoelectronic component strategies and photonic integrated circuit (PIC) design approaches. * Assess process capabilities required for achieving target component specifications, ensuring manufacturability and scalability for high-volume production environments. * Lead feasibility studies to validate new design strategies, proposing novel technology developments that expand organisational capabilities in photonics. * Engage in joint development initiatives with strategic customers and industry partners, fostering co-operative relationships that accelerate technological advancement. * Work closely with multi-disciplinary design teams to ensure seamless integration of PIC designs with other critical components such as mechanical structures, module fabrication processes, hardware circuits, and control systems. * Mentor engineers and cross-functional groups by sharing insights into the implications of PIC design choices on overall system performance and manufacturability. * Champion best practices in design validation, simulation, and tape-out processes using state-of-the-art EDA or EPDA tools tailored for PIC development.