🍂[2025 Fall ME Seminar_02] 💙 Title: Advanced air mobility development & the role of simulation 💙 Speaker: Prof. Hyoung Jun Lim│Gyeongsang National University 💙 Date & Time: September 17(Wed), 16:00-17:15 💙 Location: Bldg.110, Room N105 ...
🍂[2025 Fall ME Seminar_01] 💙 Title: Introduction and Trends in Carnot Battery Technology 💙 Speaker: Junhyun Cho, Ph.D.│KIER 💙 Date & Time: September 10(Wed), 16:00-17:15 💙 Location: Bldg.110, Room N105 ...
🌸[2025 Spring ME Seminar_13] ✅ Title: Light-Mater Interaction for Extending Electronic Device Scaling ✅ Speaker: Prof. Hyuk-Jun Kwon│DGIST ✅ Date & Time: June 11(Wed), 16:00-17:15 ✅ Location: Bldg.110, Room N105 ...
🌸[2025 Spring ME Seminar_12] ✅ Title: Elastic Instabilities in Thin Structures and Their Applications ✅ Speaker: Prof. Anna Lee│POSTECH ✅ Date & Time: June 4(Wed), 16:00-17:15 ✅ Location: Bldg.110, Room N105 ...
📣[ME Special Seminar] ✅ Title: "Use of Waves for Applications in Thermal Science and Smart Manufacturing" ✅ Speaker: Prof. Taeyul Choi │Department of Mechanical Engineering, University of North Texas ✅ Date & Time: June 4(Wednesday), 14:30-15:45 ✅ Location: Building 110, Room N105 ...
📣[ME Special Seminar] ✅ Title: "Steps Toward Advanced Air Mobility (AAM): Concepts and Technologies" ✅ Speaker: Prof. Inseok Hwang│Purdue University, USA ✅ Date & Time: May 28(Wednesday), 14:30-15:45 ✅ Location: Building 110, Room N105 ...
Enhancing Transplantable Biomaterials: The Role of Laser Processing in Human Synchronization Abstract Lasers, known for their monochromaticity, directionality, coherence, and focusability, have been utilized in healthcare and defense industries for over five decades. In recent years, the use of lasers in medical and biomedical devices has significantly expanded. Given that such devices are attached to the skin or implanted into the human body, it is critical to consider immune responses, inflammation control, cell adhesion and migration, and overall biocompatibility. In this presentation, I will introduce laser-based strategies developed to enhance the biocompatibility and functionality of implantable medical devices. First, I will present cases where laser-induced micro- and nano-scale surface patterning was used to control cell adhesion and migration. These techniques have been applied in the development of intraocular lenses that prevent posterior capsule opacification and vascular stents designed to inhibit restenosis. Next, I will introduce a laser-based coating technology for bioactive materials and share...
🌸[2025 Spring ME Seminar_09] ✅ Title: Development and Commercialization of Medical device ✅ Speaker: Seungrak Lee, Ph.D.│KBIOHealth ✅ Date & Time: May 14(Wed), 16:00-17:15 ✅ Location: Bldg.110, Room N105 / Abstract We introduce development and commercialization of medical devices with optical methods and digital methods. Before introducing main topic, we shortly introduce Osong Medical Innovation Foundation.In the first chapter, non-invasive optical biopsy techniques combined with a...
🌸[2025 Spring ME Seminar_08] ✅ Title: Acoustofluidics: Acoustics Meets Microfluidics for Biomedical Applications ✅ Speaker: Prof. Jinsoo Park│CNU ✅ Date & Time: May 7(Wed.), 16:00-17:15 ✅ Location: Bldg.110, Room N105 Abstract The past two decades have witnessed an unprecedented growth in microfluidics, lab-on-a-chip, organ-on-a-chip, single-cell analysis, and flow cytometry with applications toward chemistry, biology, medicine, pharmacy and material science. Microfluidic technologies for precise manipulation of microscale flows and suspended objects have enabled the rapid development of the aforementioned disciplines and applications. Recently, a novel microfluidic frontier, termed acoustofluidics, has emerged based on integration of microscale fluid mechanics and acoustics. In this talk, I will summarize my recent progress in acoustofluidics research from fundamentals and devices to biomedical applications. The breadth and depth of the acoustofluidic technologies will be introduced by numerous examples including cell separation,...
