Program Overview

Sustainable Technology Major

Vision

The Sustainable Technology Major aims to realize carbon neutrality through advanced energy technologies and interdisciplinary convergence capabilities, leading to technological innovation for sustainable human development.

Educational Objectives

The program seeks to cultivate fusion talents who can solve carbon neutrality problems with comprehensive and interdisciplinary understanding of various sustainable technologies, including energy production, storage, conversion, and circulation.

• Acquire core technologies related to energy for a sustainable society
• Develop a comprehensive understanding of various sustainable technologies, including chemistry, materials, processes, and systems
• Cultivate the ability to analyze the sustainability and economic feasibility of carbon-neutral technologies
• Foster fusion talents who can realize carbon neutrality through interdisciplinary convergence
• Develop communication skills and research ethics for fusion research

Educational Methods

The program provides a balanced curriculum that includes:

• Specialized education in sustainable technologies: Acquiring major knowledge in related fields such as mathematics, physics, and chemistry
• Interdisciplinary convergence education: Developing theoretical and experimental courses through the participation of faculty members from sustainable technologies to cultivate comprehensive thinking abilities
• Practical education and internships: Learning the theory and practice of sustainable technologies through field-centered experiments and practices based on corporate visits and industry-academia cooperation
• Lectures by industry experts during classes: Introducing the latest trends in sustainable technologies in the industry to enhance understanding of the industry

Career Paths after Graduation

Graduates can pursue careers in:

• Sustainable technologies (renewable energy, secondary batteries, fuel cells, resource recycling): Professionals with knowledge and practical skills in sustainable technologies
• Innovative and carbon-neutral new sustainable technologies: Researchers who create innovative and carbon-neutral new sustainable technologies with comprehensive knowledge
• Core engineers who lead innovation in various sustainable technology industries: Engineers who lead innovation in various sustainable technology industries
• Analysts who conduct sustainability and economic feasibility analysis of carbon-neutral technologies: Analysts who analyze the sustainability and economic feasibility of carbon-neutral technologies

Graduation Credit System (as of July 2025)

The program provides a comprehensive curriculum that includes a balanced mix of theoretical and practical courses, ensuring that graduates acquire the necessary knowledge and skills to pursue careers in sustainable technologies.