Taipei–Sydney Semiconductor Bootcamp
25th Jul 2025 | Source:https://s3b.au/2025/07/25/taipei-sydney-semiconductor-bootcamp/
Reflections from the Taipei–Sydney Semiconductor Bootcamp
The Taipei–Sydney Semiconductor Bootcamp, hosted by Professor Jeng, a distinguished academic from the National Taiwan University of Science and Technology, offered an intensive, hands-on experience at the centre of semiconductor activity. Over five days in Taiwan, 20 students from the University of Sydney immersed themselves in a unique blend of academic learning and real-world exploration. Many of the students had recently completed Associate Professor Steve Shu’s new course, ELEC5405: Building Microchips: From Theory to Practice. Steve, who was recently appointed as the Academic Director at the Research and Prototype Foundry at the University of Sydney, was a strong advocate in facilitating this opportunity for his students. Students from Arizona State University also participated in the program, further enriching the cross-cultural academic exchange. S3B provided travel bursaries to six of the participating students from Sydney University. It is hoped that the bootcamp will become an annual opportunity open to students from across Australia.
Student Highlights
Hands-on training inside Lunghwa University’s cleanroom was a defining feature of the bootcamp. Over 12 hours of intensive workshops, students engaged directly with lithography, diffusion, and packaging techniques, translating theory into tangible skills. They operated advanced equipment and, under expert supervision, adjusted process parameters, fabricated test wafers, and validated outcomes. This experience deepened their technical understanding and built confidence in managing real-world fabrication workflows. One student described laser-engraving their name onto a functioning IC as both memorable and motivating.
Thanks to Professor Jeng’s strong industry ties, participants were granted exclusive access to world-class research labs and advanced semiconductor industry facilities across Taiwan that are typically out of reach for Australian students. Students explored the global semiconductor landscape through visits to the TSMC Museum of Innovation and the Taiwan Semiconductor Research Institute (TSRI). They also attended lectures on the industry’s global value chain and strategic significance.
Participants described the bootcamp as a transformative experience that broadened their global perspective, deepened technical knowledge, and helped solidify key academic foundations. Insights from the five-day intensive will directly inform their future career paths in the field.
Future Directions
Student feedback highlighted the value of immersive training, emphasising the need for similar programs to be more widely available for Australian students. Embedding practical industry engagement and access to advanced facilities into engineering education would help ensure graduates are equipped to contribute meaningfully to critical technology sectors. Strong partnerships between universities, government, and industry will be essential to scale these opportunities and build a pipeline of skilled talent aligned with national priorities.
While Australian students are more likely to work in areas such as IC design or advanced packaging rather than high-volume semiconductor manufacturing, the scale and coordination of Taiwan’s workforce development model offers valuable lessons. Taiwan universities train large cohorts specifically in semiconductor engineering and cater to students areas of interest, providing practical skills early in their degrees. Upon graduation, many enter structured training programs at companies like TSMC, closely aligned with industry needs. This system ensures a consistent supply of highly skilled professionals and supports the rapid growth of the sector, offering a compelling example of how national education and industry strategies can work together to build sovereign capability.
Concluding Message
By bridging classroom theories with industry practice, the bootcamp fostered deep technical learning and broadened global perspectives. As the Australian semiconductor industry looks to strengthen its role both at home and internationally, programs like this highlight the importance of hands-on, globally aware training in shaping the next generation of engineers.