Continuous advancements in semiconductor technologies and the rapid expansion of AI applications are shaping the development of high tech talent across the semiconductor industry. At ASEH, we have a successful track record of industry-academia collaborations with colleges and universities on talent development including the design of industry-specific courses and academic programs, and internship opportunities. Students are equipped with an early understanding of industry needs and technology development roadmaps, strengthening their capabilities and providing practical experiences. Industry-academia collaborations drive the development of cross-domain hi-tech talents, fuel continuous industry growth and foster a sustainable and mutually prosperous talent ecosystem.
In 2025, we continued our collaborations with more than 100 schools across Taiwan, Mainland China, Singapore, South Korea, and Japan, contributing over US$8.5 million to industry-academia collaboration. These efforts included 45 innovative industry-academia collaboration projects, internship opportunities for 660 students, scholarships awarded to 269 students, and semiconductor industry-academia courses attended by 432 students.
Programs
Projects
Stakeholders
Achievements
Cooperative education and internships
Academic research collaborations
Scholarships
ASE Industry-Academia Career Development Project/ Employment Orientation Project
Semiconductor Assembly and Manufacturing Education Program
ASE Internship and Company Visits
Artificial Intelligence Colleges
NSYSU College of Semiconductor and Advanced Technology Research
University Corporate Mentorships
USI University
Semiconductor Assembly Technology Research Projects
Manufacturing Automation Research Projects
Advanced Semiconductor Materials R&D Projects
University Students
Academic Institutions and Research Institutes
Semiconductor Industry
Improving Career Prospects and Competitiveness of Students
Improving Academic R&D Capabilities
Cultivating Talented Personnel for the Semiconductor Industry
Programs
Cooperative education and internships
Academic research collaborations
Scholarships
Projects
ASE Industry-Academia Career Development Project/ Employment Orientation Project
Semiconductor Assembly and Manufacturing Education Program
ASE Internship and Company Visits
Artificial Intelligence Colleges
NSYSU College of Semiconductor and Advanced Technology Research
University Corporate Mentorships
USI University
Semiconductor Assembly Technology Research Projects
Manufacturing Automation Research Projects
Advanced Semiconductor Materials R&D Projects
Stakeholders
University Students
Academic Institutions and Research Institutes
Semiconductor Industry
Achievements
Improving Career Prospects and Competitiveness of Students
Improving Academic R&D Capabilities
Cultivating Talented Personnel for the Semiconductor Industry
ASE Kaohsiung is actively responding to the evolving needs and future trends of the semiconductor industry with a strong focus on industrial transformation and advanced packaging technologies. Since 2015, the company has embarked on automation research through industry-academia collaborations, with a total of 68 joint projects to date, successfully training and developing over 700 automation engineers and advancing smart manufacturing in the OSAT industry. In parallel, we have worked with universities on packaging technology research and development for 13 consecutive years, completing a total of 188 projects. We are also strategically investing in seed talent through programs such as semiconductor camps for high school students and advancing female talent in semiconductor engineering.
A Decade of Impact: Achievements in Automation Industry-Academia Collaboration
11 projects were initiated in 2025 in collaboration with the National Sun Yat-sen University, National Cheng Kung University, National Tsing Hua University, National Taiwan University of Science and Technology, and National Kaohsiung University of Science and Technology. The collaboration focused on integrating big data and artificial intelligence automation technologies to optimize production efficiency in smart manufacturing, sustainable development and cybersecurity. We are deeply committed to advancing smart factory technologies, and our partnerships with academic institutions will raise the industry standards for developing more hi-tech semiconductor manufacturing talent.
AI-Driven Manufacturing and Advanced Packaging Innovation: Key Outcomes of Semiconductor Technology Research
In 2025, we hosted the 13th Annual Packaging Technology Symposium in collaboration with the National Cheng Kung University, National Sun Yat-sen University, National Chung Cheng University, and National Kaohsiung University of Science and Technology. A total of 16 industry-academia collaborative research projects centered on the primary theme of "AI Smart Manufacturing and High-Efficiency Packaging Innovation" were presented. Notable outcomes included: Integrating AI simulation techniques with intelligent design. The construction of thermal dissipation models for mobile phone systems. The development of a high-throughput 60GHz AiP (Antenna-in-Package) test solution. Millimeter-wave packaging substrate antennas. Real-time optical measurement systems. The development of an intelligent automatic calibration system. At ASEH, we continue to focus our resources on smart manufacturing and enhancing the global competitiveness of our advanced packaging technologies for a smarter and more sustainable semiconductor future.
Nurturing Future Semiconductor Talent and Empowering the Rise of Women Tech Leaders
We partnered with the Education Bureau of Kaohsiung City and the Chang Yao Hong Ying Charitable Foundation to launch the "High School Faculty Empowerment and Student Development Program" across five schools - Nanzih Senior High School, Sanmin Senior High School, Kaohsiung Girls' Senior High School, Chung-Shan Senior High School, and Tsoying Senior High School. 6 semiconductor industry-related courses and camp activities were organized to introduce 189 students to the semiconductor manufacturing environment and help them explore careers in the industry. The program prioritized students from rural regions, disadvantaged students and specifically, female students. Besides advancing the development of women in tech, we are deeply committed to establishing a solid IC talent base in Southern Taiwan.


SPIL has been partnering with top universities as part of the company’s commitment to sustainable development education. The “University Corporate Mentors” program offers diverse activities for students to gain insights into industry trends, explore career interests, and increase their drive and willingness to learn. For 12 consecutive years, SPIL has co-organized the University Corporate Mentors program with National Chung Hsing University, allowing students to better understand industry dynamics and practices, as well as enabling the company to discover talent potential. In addition, the company sets aside some prize money to encourage student participation and team collaborations. SPIL has pioneered a new career guidance model with the University Corporate Mentors program, an energetic and flexible learning and career guidance platform beyond the classroom, as well as an important channel for early talent recruitment. In 2025, a total of 567 students participated in the University Corporate Mentors program, accumulating 2,349 hours of participation. In addition to providing students with knowledge and opportunities in the OSAT industry, the program serves as a means for the industry to contribute to schools and society. SPIL has also collaborated with the National Chung Hsing University, Feng Chia University, National Chi Nan University, and National Changhua University of Education to offer practical credit courses, sending corporate mentors to schools to share their professional expertise. In 2025, a total of 148 students completed these courses. This mutually beneficial model fosters a positive industry-academia partnership cycle that boosts our market competitiveness as well as nurtures high quality industry talent.

Employee education, training and transfer of skills rank highly at USI. To that end, the USI University was established in 2006 to provide free courses covering corporate experiences, management knowledge and the latest technology and industry trends. The USI University actively collaborates with industry and public associations, and universities and provides internally trained instructors to design the courses.
The USI University plays a vital role in preparing students for the workforce by offering a wide range of career readiness programs. These include training in comprehensive overviews of the semiconductor industry fundamentals, digital transformation practices in human resources, career planning, and sales negotiation skills. Through these initiatives, students gain valuable exposure to real-world environments and the opportunity to engage directly with industry professionals, strengthening their career development. In 2025, USI University shared a total of 28 courses, with a cumulative duration of 5,185 hours, contributing to the enhancement of youth employability.
USI's facilities worldwide design internship programs based on the specific R&D and manufacturing needs locally. Students are recruited from various universities or technical schools for on-site internships that include one-on-one mentorship and training to enable a smoother transition into the workplace upon graduation. To maximize the positive impact of internships, USI Shanghai has formalized a strategic agreement with the Shanghai University of Engineering Science to donate laboratory equipment and provide practical training for students in its production lines and R&D centers. Thematic lectures will also be organized and taught by the company’s technical executives and senior engineers. Over the course of 2025, a total of 129 students participated in on-site internships. In addition to internship opportunities, USI’s Taiwan facilities collaborate closely with the National Taiwan University on the development of RF desensitization models for smart handheld systems. In 2025, a total of 3,226 students benefited from the industry-academia internship cooperation, accumulating a total of 76,920 hours of participation.
