| Degree | Academic Programme | Plan | Class | Length of Programme |
|---|---|---|---|---|
| M.Sc. | Materials Innovation for Sustainability | A1, A2 | Mon-Fri | 2 Years |
This programme aims at developing knowledge of materials innovation and skills in conducting relevant research, so that its graduates will possess solid foundations of material science and the ability to initiate applied existing research studies to creating concretely practical innovations.
The philosophy of our program revolves around materials innovation, a scientific endeavor focused on developing and creating new materials crucial for various facets of human life. This encompasses economic and social progress, environmental preservation, and the promotion of good health. In today's fast-paced world, natural resources are rapidly depleting, leading to critical environmental issues such as global warming and frequent disasters and epidemics. To address this, there is an international imperative to utilize natural resources efficiently, incorporating efficient recycling throughout the value chain to transform them into reusable resources through appropriate processes. Furthermore, accelerating the development of innovative materials to replace those causing environmental harm is paramount, leveraging the biodiversity of our nation.
Aligned with this vision, the "Master of Science Program in Materials Innovation for Sustainable Development" has been meticulously crafted. It aims to cultivate graduates equipped with expertise spanning three key areas: the materials development process for suitable applications, the innovation development process, and the principles of sustainable development. Additionally, in recognition of the evolving professional landscape, the curriculum is designed to instill 21st-century skills, including an entrepreneurial mindset, the ability to collaborate effectively in diverse settings, and proficient communication of research findings across various formats.
Our instructional approach is rooted in cognitive constructivism theory, which emphasizes the creation of knowledge and intellectual skills by building upon existing understanding. We employ this theory to design learning management strategies and assess learning outcomes effectively. Furthermore, we integrate elements of social cognitive theory, focusing on observational learning, self-regulation, and self-efficacy, to cultivate the 21st-century skills essential for our students. This holistic approach is woven throughout the curriculum, aligning with the learning objectives across all five areas to mold graduates with the desired characteristics and competencies.
The "Master of Science Program in Materials Innovation for Sustainable Development" offers a transformative educational experience centered on cutting-edge materials innovation, interdisciplinary collaboration, and sustainable solutions. Through a holistic approach that emphasizes 21st-century skills development, practical application, and a global perspective, graduates emerge as skilled professionals ready to make meaningful contributions to the advancement of science, technology, and society. With a commitment to excellence and a focus on empowering students to thrive in diverse professional settings, our program stands as a beacon of innovation and opportunity in the field of materials science and sustainable development.
This program is designed to be modern, with an emphasis on producing material innovators who respond to sustainable development, a national and international economic and social development trend. Students who complete this program can work in organizations within the country, multinational organizations, or organizations abroad because the teaching medium is English, and communication in English is emphasized both in the classroom and during seminars where students present their work. Additionally, the curriculum strengthens students' special characteristics, including fostering entrepreneurial ideas to enable them to work independently or become innovative entrepreneurs. Examples of careers that graduates can pursue include:
1) Researchers and developers of innovative materials, production designers, materials innovators, and professionals in production control and quality control in industries related to various types of materials, including the 10 industries outlined in government goals.
2) Careers in the modern automotive industry, electronics construction industry, and packaging industry.
3) Academic positions such as professors and researchers in materials science within government agencies, independent organizations, and public organizations. Leading companies both domestically and abroad.
4) Opportunities for innovative entrepreneurs and startup groups interested in developing innovative material products and businesses aligned with current and future global trends emphasizing sustainable development.
5) Other related careers.
Plan A1
Total credits 36 credits (2-year Master’s Degree)
1. Non-credit required course
2. Seminar (Non-credit)
3. Thesis 36 credits
Plan A2
Total credits 36 credits (2-year Master’s Degree)
1. Major Required Courses 12 credits
2. Major Elective Courses 6 credits
3. Seminar (Non-credit)
4. Thesis 18 credits
(Refer to Master of Science Program in Materials Innovation for Sustainability 2022)
