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Congratulations on the Establishment of the
KAIST Graduate School of Engineering Biology
As technologies such as artificial intelligence (AI) and big data accelerate the Fourth Industrial Revolution, advanced biotechnology is also evolving at an unprecedented pace. Engineering Biology, a discipline driving this bio-transformation, has emerged as a core field shaping our collective future and was recently designated as one of Korea’s National Strategic Technologies. Leading nations including the United States and China have also identified Engineering Biology as a key strategic area, investing heavily in talent development to secure global leadership in the field.
The KAIST Graduate School of Engineering Biology will serve as a gateway for nurturing top-tier experts in this rapidly expanding area, leveraging KAIST’s world-class educational and research capabilities. Through interdisciplinary collaboration among life sciences, chemistry, computer science, and robotics, the school is expected to pioneer innovations that will redefine the future of biotechnology.
Once again, I extend my heartfelt congratulations on the establishment of this graduate program and look forward to groundbreaking research that will open new horizons for Korea’s future. I wish the Graduate School of Engineering Biology continued growth and success.
Message from the KAIST President
Kwang Hyung LeeWelcoming the Launch of the
KAIST Graduate School of Engineering Biology
As we enter the bio-economy era, the convergence of traditional biotechnology with digital technologies such as AI and big data is transforming the landscape of R&D—overcoming its long-standing challenges of high cost, high risk, and long development timelines. At the heart of this transformation lies Engineering Biology.
Countries such as the United States, China, Japan, and those in Europe are expanding strategic investments to foster this field, and the Korean government has likewise included synthetic biology among its national strategic technologies. To secure a new growth engine for the nation through Engineering Biology, it is essential to advance both cutting-edge convergence technologies and specialized human resource development.
I hope that KAIST, as a leading institution in Engineering Biology, and KRIBB, as the national hub for advanced bio R&D, will work closely together to achieve major progress in this domain. KRIBB will continue to support this endeavor, helping Korea take the lead as a first mover in the global competition for technological supremacy and to establish a successful model for academia–research collaboration.
Message from the President of the Korea Research Institute of Bioscience and Biotechnology (KRIBB)
Jang-Seong KimCelebrating the Founding of the
Graduate School of Engineering Biology
Humanity faces a complex set of intertwined challenges — from the climate crisis, food and water scarcity, and energy transitions to pandemics and chronic diseases. Addressing these grand challenges requires new strategies, and Engineering Biology, which applies engineering principles to biological systems, stands at the forefront of this mission.
Engineering Biology is an inherently interdisciplinary science that integrates engineering concepts into life sciences to precisely design, construct, and synthesize biological components and systems. It not only deepens our understanding of life itself but also provides powerful means to solve some of humanity’s most pressing problems.
As the world’s first Graduate School of Engineering Biology established jointly by KAIST’s College of Engineering and College of Life Science and Bioengineering, this program will become a global hub for interdisciplinary research and advanced human resource development that bridges fundamental and applied sciences. I sincerely wish for its great success and international impact.
Message from the Vice President for Research, KAIST
Sang Yup LeeCongratulations on the Launch of the
KAIST Graduate Program in Engineering Biology
The Graduate School of Engineering Biology will be a vibrant research hub that integrates biology, AI, and engineering through a next-generation educational framework. It will foster creative, boundary-crossing research that generates new knowledge and technologies to address global challenges and drive the creation of future industries.
This program provides aspiring researchers with opportunities to develop the integrative mindset, skills, and experiences necessary to become leading Engineering Biologists of the future. By engaging with experts across diverse disciplines within KAIST’s College of Life Science and Bioengineering and College of Engineering, students will pursue meaningful, innovative research that shapes tomorrow’s scientific and industrial landscape.
I wholeheartedly encourage all students to continue challenging themselves, and I wish the Graduate School of Engineering Biology boundless growth and success.
Message from the Dean of KAIST Institutes
Sun Chang Kim