Robotics Engineering (The First Doctor's Degree at DGIST Is Conferred.) March 22, 2017 40 Energy Science and Engineering Dr
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DGIST History DGIST History December 11, 2003 DGIST Act (Act No. 6996) is enacted by the government of the Republic of Korea September 7, 2004 DGIST is founded as a research institute June 13, 2008 DGIST Act is amended (Act No. 9108) December 12, 2008 DGIST expands its role in both education and research as a research-oriented university March 2, 2011 Graduate School is founded (M.S. / Ph.D. programs) March 31, 2011 Dr. Sung-Chul Shin is inaugurated as founding 04 President of DGIST Overview on DGIST October 14, 2011 The Korea Brain Research Institute affiliated with 10 DGIST is founded Guideline for 2022 Graduate School May 2, 2012 Admissions DGIST proclaims Vision 2020 and holds campus ground breaking ceremony October 8, 2012 IBS-Center for Plant Aging Research opens Introduction February 15, 2013 The first commencement of the graduate school is held 14 Emerging Materials Science March 3, 2014 Undergraduate School is founded 22 Information and Communication Engineering February 19, 2016 32 The fourth commencement of the graduate school is held Robotics Engineering (The first doctor's degree at DGIST is conferred.) March 22, 2017 40 Energy Science and Engineering Dr. Sang Hyuk Son is inaugurated as the third President of DGIST 46 February 7, 2018 Brain and Cognitive Sciences The first commencement of the undergraduate school is 56 held (The first bachelor's degree at DGIST is conferred) New Biology April 1, 2019 64 Dr. Young Kuk is inaugurated as the fourth Interdisciplinary Engineering President of DGIST The uniqueness of DGIST VISION The only institute that comprises R&D division and Academic division in the Republic of Korea Innovative University Changing the World Energy Science and Engineering Secondary batteries & fuel cells / Next-generation solar panels through Convergence Photocatalyst reaction / Renewable energy Emerging Materials Science Brain and Cognitive Sciences Emerging quantum materials Neurodegeneration and Nano-bio convergence materials metabolism Goal 2034 Creative materials theory Sensory sciences Synapse and circuits Biophysics Cognitive neuroscience Information and Innovative Education Communication 6,000 Global Leaders Engineering New Biology Creative thinking Overview on DGIST for the humanity • Intelligent Computing Systems Graduate Biology of Aging • Convergence education 2.0 Connected Smart Systems Plant Bioengineering Global leadership Advanced Semiconductor New Biotechnologies • School Bio-Medical Systems New Biomedicines Research Excellence Cyber-Physical Systems Centers of Excellence 10 Efficient incentive system for research innovation World-leading • Robotics Engineering Interdisciplinary 50 Attracting world-leading scholars and scientists Engineering • Surgical & rehabilitation robotics Scholars and Scientists Establishment of Center of Excellence (CoE) • Biomedical Engineerings Autonomous mobility Microrobotics & MEMS/NEMS Emerging device Artificial intelligence Convergent materials, Value Creation components and equipment Unicorn Startups Medical image & Robot vision 5 Translational R&D programs Biomimetics robot & Soft-robotics • Technology commercialization Mechatronics & core robot technology 200 Research Institute • I&E Park Companies • *Unicorn Startup : Unlisted startup company valued at over 1 billion USD *I&E : Innovation & Entrepreneurship Synergy of education-research cooperation Specialized training field Undergraduate Cooperative Convergence Strategic Focus Areas & Graduate Research research Institute School Education & Research Application and commercialization centered research Emerging Information and Medical Interdisciplinary Green Energy Brain Science New Biology Materials Communication Robotics Engineering National Role Model of Applied research and Fundamental Research Engineering education-research cooperation commercialization 04 05 A brighter future starts with the The Best research infrastructure that raises DGIST Convergence Research Institute the global competitiveness of Korean science and technology Brain Engineering Convergence Research Center Core Protein Resources Center Korea Brain Research Institute (KBRI) IBS-Center for Plant Aging Research Fully implantable multi-modal sensing and stimulation device Protein common technology • • Closed-loop neural circuit control system Expression of recombinant protein • • Customized medical device for brain diseases Protein analysis and advanced technology • • IT-NT-BT convergence research Core protein resources • • In-silico prediction of protein structural stability based on supercomputing • Information data bank for core protein resources • Support services for industrial company • Magnetics Initiative Life Care Research Center Development of early diagnosis technology for vascular diseases Global Center for Bio-Convergence Spin System • Magnetic Tweezer system for Multi-Scale cellular interaction • Bio-spintronics DGIST-affiliated and Korea's first government-funded national A national research group that receives annual research funding Monitoring of physic-mechanical status of blood and • • • • research institute for brain research from the Korean government cardiovascular system Neuromorphic spintronics • Founded to concentrate national brain research abilities and serve Systems and spatiotemporal level understanding of the fundamental Spin-metrology • • • as a hub of national brain research biological, physical, and chemical principles of the regulation of aging Computational spintronics • and death processes in living organisms. Extreme Exploitation of Dark Data Research Center Convergence Research Center for Microlaser Technology Dark data Blockchain Center for Core Research Facilities Office of University-Industry Cooperation • • GPU computing Edge computing • • Establishment of Quantum Chaos Theory • Decentralization Tensor analysis Overview on DGIST • • Development of microcavity laser with uni-directionality • Near-data processing Meta data and ultra-high quality factor • • Chemical and biological sensor • Microscopic optical communication devices • DGIST-LBNL Research Center for Emerging Materials Single photon generator • A study on basic properties and expansion of research facilities • for establishment of functional new materials development system Well Aging Research Center Investigation on multifunctional materials through • electronic/atomic/molecular scale regulation ‘Sustainable mobility and cognition’ for the human longevity • A world-leading research infrastructure established to support the Various technology business incubation infrastructures and Innovative and creative R&D on monitoring and controling • • • excellency of DGIST research and education on behalf of infra resources. development rooms to support corporations occupied in the Office of human aging Role performance of a national public infra hub for academia, institute, of University-Industry Cooperation Researches on systemic convergence of muscle, nerve, vessel • Research Center for Resilient Cyber Physical Systems • and industry, especially in the south-east part by co-utilization of the facilities. Technology/business consultation services with internal and external and immune system for human longevity • Supporting labs : Materials Analysis (MA), Device Cleanroom (DC), experts, such as '1 on 1 mentoring program' and 'guardian system'. Research on centenarians and superlongevity • Researches on the resilient cyber physical system software • Advanced Bio-analysis (AB), Machining Lab (ML), Measurement & • technologies Simulation (MS). Collaboration with nationally leading CPS experts from both • academia and industry Creative Research Initiatives Center for Proteome Biophysics Laboratory Animal Resource center Supercomputing & Bigdata Center Theoretical and computational proteome biophysics, • bioinformatics, and structural biology DGIST-ETH Microrobot Research Center Supercomputing simulation of biomolecules • Theoretical and computational statistical physics Micro-/Nano-robot • • Micro-/Nano- Manipulation and control Development of leading-edge supercomputing technology • • Magnetic Steering System • MEMS based PZT • Microfluidic device and control technology Research Center for Thin Film Solar Cell • Bio-material for bio-application • Medical Image and surgical navigation CIGS and CZTSSe thin-film solar cells • • Flexible thin film solar cell using metal foil and polymer substrate • The Laboratory Animal Resource Center (LARC) is the most important Self-sustained operation & development of the leading-edge supercomputer • • Convergence Research Advanced Centre for Olfaction public infrastructure facility supporting animal-research which steadily Education on Linux computing, big data analysis, and visualization Center for Digital Productivity Innovation Cluster provides laboratory animals required for biotechnological related • Promote excellence in computational research Creating scientific knowledge in the olfactory field research and the convergence technology development. • • Facilitate industrial application Collaborative practical research between DGIST and corporations • Development of source proprietary technology for future • Stabilization of Animal Laboratory Facilities • • Enrich supercomputing ICT culture Creative and sustainable value-added research • convergence based on olfactory • Accelerating bio-convergence research • World-competitive convergence research by scientific supercomputing