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| 날짜 | 시간 | 장소 | 제목 |
|---|---|---|---|
| 2022.05.03 | 13:00 | Zoom(ID 871 4826 8023) | Prof. YongKeun Park, Quantitative Phase Imaging Artificial Intelligence: Label-Free 3D Imaging, Classification, Inference |
세미나 범주기계공학부 Seminar제목Prof. YongKeun Park, Quantitative Phase Imaging Artificial Intelligence: Label-Free 3D Imaging, Classification, Inference발표자Prof. YongKeun Park발표자 소속Dept. of Physics, KAIST세미나 시간13:00 ~ 14:00세미나 장소Zoom(ID 871 4826 8023)호스트이윤석 교수발표내용□ 주제: Quantitative Phase Imaging and Artificial Intelligence: Label-Free 3D Imaging, Classification, and Inference□ 연사 : Prof. YongKeun Park(Dept. of Physics, KAIST) □ 일시: 2022년 05월 03일 (화) 13:00 - 14:00 □ 장소: Zoom (Meeting ID: 871 4826 8023) https://snu-ac-kr.zoom.us/j/87148268023  발표자 소개문의기계공학부 이윤석 교수 (02-880-7113) |
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| 2022.05.10 | 13:00 | Zoom(ID 871 4826 8023) | Celesta S. Chang, Ph.D, Utilizing Scanning Transmission Electron Microscopy for Understanding Materials Properties and Remote Epitaxy |
세미나 범주기계공학부 Seminar제목Celesta S. Chang, Ph.D, Utilizing Scanning Transmission Electron Microscopy for Understanding Materials Properties and Remote Epitaxy발표자Celesta S. Chang, Ph.D발표자 소속Dept. of Mechanical Engineering, MIT세미나 시간13:00 ~ 14:00세미나 장소Zoom(ID 871 4826 8023)호스트이윤석 교수발표내용□ 주제: Utilizing Scanning Transmission Electron Microscopy for Understanding Materials Properties and Remote Epitaxy□ 연사 : Celesta S. Chang, Ph.D(Dept. of Mechanical Engineering, MIT) □ 일시: 2022년 05월 10일 (화) 13:00 - 14:00 □ 장소: Zoom (Meeting ID: 871 4826 8023) https://snu-ac-kr.zoom.us/j/87148268023  발표자 소개문의기계공학부 이윤석 교수 (02-880-7113) |
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| 2022.05.17 | 13:00 | Zoom(ID 871 4826 8023) | Prof. Hyungyu Jin, Green Hydrogen Production via Two-Step Thermochemical Water Splitting |
세미나 범주기계공학부 Seminar제목Prof. Hyungyu Jin, Green Hydrogen Production via Two-Step Thermochemical Water Splitting발표자Prof. Hyungyu Jin발표자 소속Dept. of Mechanical Engineering, POSTECH세미나 시간13:00 ~ 14:00세미나 장소Zoom(ID 871 4826 8023)호스트이윤석 교수발표내용□ 주제: Green Hydrogen Production via Two-Step Thermochemical Water Splitting□ 연사 : Prof. Hyungyu Jin(Dept. of Mechanical Engineering, POSTECH) □ 일시: 2022년 05월 17일 (화) 13:00 - 14:00 □ 장소: Zoom (Meeting ID: 871 4826 8023) https://snu-ac-kr.zoom.us/j/87148268023  발표자 소개Prof. Hyungyu Jin(Dept. of Mechanical Engineering, POSTECH)문의기계공학부 이윤석 교수 (02-880-7113) |
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| 2022.05.19 | 10:30 | 301-1420, Zoom (Meeting ID: 931 7152 0922) | Advanced Gene Stem Cell Therapy Using Bio-Inspired Nanotechnology for CNS Repair |
세미나 범주기계공학부 Seminar제목Advanced Gene Stem Cell Therapy Using Bio-Inspired Nanotechnology for CNS Repair발표자Professor Kibum Lee발표자 소속Rutgers University – New Brunswick세미나 시간10:30 ~ 11:30세미나 장소301-1420, Zoom (Meeting ID: 931 7152 0922)호스트Professor Howon Lee발표내용This presentation will focus on the interface between nanomedicine and stem cell therapeutics. Neurological disorders typically result in cellular dysfunctions that may cause severe and permanent paralysis. Given the intrinsically limited regenerative abilities of the central nervous system (CNS) and the highly complex inhibitory environment of the damaged tissue, geneand stem cell-based therapies have great potential for CNS repair to regenerate a robust population of functional neural cells and to modulate the neuroinhibitory microenvironment.To this end, our approach is three-fold: i) to develop a non-viral genetic. manipulation method by mimicking the function of natural transcription factors. (TFs) that can control neuronal functions, ii) to develop a. nanomaterial-based bioscaffold methodology for the controlled delivery of. therapeutic molecules in vivo [Figure 1.], and iii) to incorporate our. nanobioscaffold approach to enhance stem cell transplantation. Given that numerous neuro-degenerative diseases and neuro-injuries deal with damaged neural circuits and neuro-inflammation, our developed system can be broadly applicable to many different indications. In this presentation, a summary of the most updated results from these efforts and future directions will be discussed. 발표자 소개KiBum Lee is a professor of Chemistry and Chemical Biology at Rutgers University, where he has been a faculty since 2008. He received his Ph.D. in Chemistry from Northwestern University (with Chad. A. Mirkin; 2004) and completed his postdoctoral training at The Scripps Research Institute (with Peter G. Schultz; 2007) respectively.문의02-880-7117, howon.lee@snu.ac.kr |
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| 2022.05.24 | 13:00 | Zoom(ID 871 4826 8023) | Prof. Sung-Jin Park, Development of biohybrid muscular actuators |
세미나 범주기계공학부 Seminar제목Prof. Sung-Jin Park, Development of biohybrid muscular actuators발표자Prof. Sung-Jin Park발표자 소속Georgia Institute of Technology & Emory University세미나 시간13:00 ~ 14:00세미나 장소Zoom(ID 871 4826 8023)호스트이윤석 교수발표내용□ 주제: Development of biohybrid muscular actuators□ 연사 : Prof. Sung-Jin Park(Georgia Institute of Technology & Emory University) □ 일시: 2022년 05월 24일 (화) 13:00 - 14:00 □ 장소: Zoom (Meeting ID: 871 4826 8023) https://snu-ac-kr.zoom.us/j/87148268023  발표자 소개문의기계공학부 이윤석 교수 (02-880-7113) |
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| 2022.05.25 | 11:00 | 301동 118호, Zoom (Meeting ID : 959 0648 4028) | Exping Human Reach by Technology of Robotics |
세미나 범주기계공학부 Seminar제목Exping Human Reach by Technology of Robotics발표자현동진 상무발표자 소속현대자동차 로보틱스랩세미나 시간11:00 ~ 12:15세미나 장소301동 118호, Zoom (Meeting ID : 959 0648 4028)호스트김윤영 교수/ 이호원 교수발표내용This seminar will introduce main engineering philosophies along with interdisciplinary robotics research conducted by Hyundai Motor Company’s Robotics LAB towards ‘full spectrum human assistance’. Under Hyundai Motor Company's brand vision, “Progress for Humanity”, Robotics LAB is currently dedicated to 1) conducting advanced research for technology internalization, 2) developing differentiated robot platforms and products, and 3) ultimately serving real human needs through robotics solutions. Robotics LAB's all-around efforts have been guided by enhancing physical/psychological human-robot interactions. With this guiding post, Robotics LAB is developing diverse robotics products, such as exoskeletons, high degree-of freedom mobile droids, personal mobility platforms, specific-purposed manipulators, and information service robots, as well as internalized SW technologies, such as embedded/cloud AI, fleet management systems, SLAM and dialogue systems. The engineers at Robotics LAB envision a cyber-physical robotics ecosystem, in which intelligent robotics services and technologies circulate to make human lives safer, healthier, more productive, and, above all, more meaningful. Robotics Lab is eager to provide service-oriented parallel development of hardware and software, some of which engineering efforts and stories will be addressed in the presentation. Hopefully, Robotics LAB’s leading ideas, philosophies and efforts towards robot intelligent society will inspire new challenges and future cooperations.발표자 소개BIOHead of Robotics LAB, Hyundai Motor Company, 2019.12~present Head of Robotics Team, Hyundai Motor Company, 2018.02~2019.12 Postdoctoral Associate, MIT, Mechanical Engineering, 2012.12~2014.03 Ph.D. , University of California Berkeley, 2009.08~2012.12 MS , University of Michigan Ann Arbor, 2006.08~2007.04 BS , Seoul National University, 2001.03~2006.08 문의02-880-7154 / 02-880-7117 |
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| 2022.05.31 | 14:00 | 301동 101호 | 3D Robot Vision, the last piece of the puzzle for the Smart Factory |
세미나 범주기계공학부 Seminar제목3D Robot Vision, the last piece of the puzzle for the Smart Factory발표자Seongyoung Koo발표자 소속Head of Solution Department, Pickit N.V세미나 시간14:00 ~ 15:00세미나 장소301동 101호호스트김아영 교수발표내용스마트팩토리의 ‘유연성’을 극대화하기 위해 로봇의 ‘눈'의 역할을 하는 3D 비전 시스템이 가장 중요하다. 3D 로봇 비전 시스템을 개발하는 벨기에 스타트업 Pickit N.V(www.pickit3d.com)의 현대자동차 및 LG전자의 스마트팩토리 공정 적용사례를 살펴보고, 비즈니스를 통해 로봇 기술이 제품이 되고 실제 현장에 전달되는 전과정을 살펴본다.발표자 소개- 22~현재 Pickit N.V (벨기에) Head of Solution Development- 18~21 Pickit N.V 한국지사장 - 17~18 Pickit N.V (벨기에) Senior Roboticist - 15~17 독일 본대학교 컴퓨터과학과 선임연구원 - 14~15 독일 뮌헨공대 전자공학과 포닥연구원 - 11~13 독일 뮌헨공대 전자공학과 방문연구원 - 09~14 KAIST 기계공학 공학박사 - 06~09 KAIST 로봇공학학제전공 공학석사 - 01~06 한양대학교 기계공학과 공학학사 문의김아영 교수(02-880-1669) |
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| 2022.05.31 | 13:00 | Zoom(ID 871 4826 8023) | Prof. Hoe Joon Kim, Piezoelectric Smart Sensors and Energy Systems |
세미나 범주기계공학부 Seminar제목Prof. Hoe Joon Kim, Piezoelectric Smart Sensors and Energy Systems발표자Prof. Hoe Joon Kim발표자 소속DGIST세미나 시간13:00 ~ 14:00세미나 장소Zoom(ID 871 4826 8023)호스트이윤석 교수발표내용□ 주제: Piezoelectric Smart Sensors and Energy Systems□ 연사 : Prof. Hoe Joon Kim(DGIST) □ 일시: 2022년 05월 31일 (화) 13:00 - 14:00 □ 장소: Zoom (Meeting ID: 871 4826 8023) https://snu-ac-kr.zoom.us/j/87148268023  발표자 소개문의기계공학부 이윤석 교수 (02-880-7113) |
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