Semiconductor Bachelor Degree Program

1. Core Collaboration Models

• Corporate Mentors:Industry engineers assist with topic selection, provide regular feedback, and offer career consultation.
• Industry-Academia Projects:Aim for real-world scenarios, complete planning, experimentation, and verification, and produce presentable results.
• Industry Visits:Tour units related to processes, equipment, packaging, and measurement to become familiar with on-site procedures and safety regulations.
• Off-Campus Facilities:Establish practice and demonstration spaces with partners to seamlessly connect practical skills.

2. Project Semester Rhythm and Outcomes

• [First Half of Semester]: Topic matching, project planning, basic training, and risk assessment.
• [Second Half of Semester]: Practical verification, results compilation, presentation, and resume integration.

Student Outcome Deliverables:

• Presentable project reports and portfolios
• Concrete measurement data and analysis methods
• Corporate mentor recommendations and career connections

3. Employment Orientation and Career Guidance

• Curriculum Alignment with Workplace Demands

  Course content is adjusted based on semiconductor industry trends and corporate needs to ensure students' skills meet immediate workplace readiness.

• Mock Interviews and Resume Workshops

  Industry experts assist students in improving job search techniques and self-marketing abilities.

• Career Counseling and Job Matching

  Collaborate with companies to provide opportunities for internships, on-campus recruiting, and project cooperation.

• Cultivating an International Career Perspective

  Encourage participation in overseas studies or transnational projects to enhance students' international competitiveness.

4. Application Process

• Apply according to the semester announcement; proceed to matching after review by the supervising instructor.
• Collaboration details, schedule, and facility regulations are primarily governed by school notifications.