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United Microelectronics Corporation (UMC) seeks a Senior Technology Development Engineer to advance 300mm Silicon Photonics platforms, including pluggable modules and co-packaged optics. You will align device and process requirements with customers through deep technical discussions and collaborate with internal R&D and external partners on characterization and packaging integration.
The role requires a bachelor’s degree in electronics/related fields, 3+ years in SiPh R&D or process integration,
At UMC, your growth is engineered for resilience. We combine long-term stability with non-linear, adaptable career paths, giving you the opportunity to make real impact, while growing with purpose.
With our newly expanded Fab and facilities in Singapore, we’re investing in a future-ready workforce equipped to lead in the world’s most advanced manufacturing environments.
As a Senior Technology Development Engineer, you will:
Ready to Precision-Engineer Your Future?
Whether you're seeking your next challenge or ready to lead meaningful innovation, UMC is where you can shape what comes next.
United Microelectronics Corporation (UMC) is a leading global semiconductor foundry with over 40 years of innovation powering technologies across AI, automotive, consumer electronics, connectivity, and IoT. As one of the industry’s most established players, we enable breakthrough technologies through precision-engineered semiconductor manufacturing for customers across every major sector of the electronics world.
Headquartered in Taiwan, UMC has been present in Singapore since 2004 and continues to invest in local talent, technology, and advanced manufacturing. Our recent Fab expansion reflects our long‑term commitment to building Singapore as a key hub for semiconductor innovation, and to creating stable, meaningful careers through innovation, teamwork, and progress.
Join a team where your expertise powers real‑world innovation. At UMC, you’ll find long‑term stability, growth that adapts to your path, and work that drives impact, right down to the nanometre.