Hanbat National University Selected for the 2026 Glocal Lab Support Program

Description: Professor Hong-seok Yoon’s research team in the Department of Mechanical Engineering at Hanbat National University has been newly selected for the 2026 Glocal Lab (Consortium Type) program, a major national research support initiative sponsored by the Ministry of Education and the National Research Foundation of Korea[cite: 2]. This grant provides a total of KRW 21.6 billion over nine years to the consortium, with KRW 5.4 billion allocated to Hanbat National University to build a global research hub and nurture future academic generations.

The team consists of Professor Yoon (Principal Investigator), along with 8 full-time professors from the Department of Mechanical Engineering, including Professor Jinsung Rho (Principal Investigator of the MNM Lab), Professor Young-sik Kim, Professor Ji-seok Kim, Professor Sung-yeon Park, Professor Bu-hyun Shin, Professor Ho-chul Lee, Professor Gil-eon Jeong, and Professor Ji-hwan Ha.

Their funded project focuses on developing core convergence technologies for materials and parts to maximize the driving range of eco-friendly mobility[cite: 2]. The goal is to develop next-generation high-efficiency electrode materials, high heat-dissipating and heat-insulating composite battery materials for thermal runaway prevention and weight reduction, and optomechanical components capable of withstanding extreme environments such as severe weather.

Let’s charge ahead together—advancing innovation and pioneering the future of eco-friendly mobility!

https://v.daum.net/v/20260930115056063

Hanbat National University Selected for the 2026 Glocal Lab Support Program

Description: Professor Hong-seok Yoon’s research team in the Department of Mechanical Engineering at Hanbat National University has been newly selected for the 2026 Glocal Lab (Consortium Type) program, a major national research support initiative sponsored by the Ministry of Education and the National Research Foundation of Korea[cite: 2]. This grant provides a total of KRW 21.6 billion over nine years to the consortium, with KRW 5.4 billion allocated to Hanbat National University to build a global research hub and nurture future academic generations.

The team consists of Professor Yoon (Principal Investigator), along with 8 full-time professors from the Department of Mechanical Engineering, including Professor Jinsung Rho (Principal Investigator of the MNM Lab), Professor Young-sik Kim, Professor Ji-seok Kim, Professor Sung-yeon Park, Professor Bu-hyun Shin, Professor Ho-chul Lee, Professor Gil-eon Jeong, and Professor Ji-hwan Ha.

Their funded project focuses on developing core convergence technologies for materials and parts to maximize the driving range of eco-friendly mobility[cite: 2]. The goal is to develop next-generation high-efficiency electrode materials, high heat-dissipating and heat-insulating composite battery materials for thermal runaway prevention and weight reduction, and optomechanical components capable of withstanding extreme environments such as severe weather.

Let’s charge ahead together—advancing innovation and pioneering the future of eco-friendly mobility!

https://v.daum.net/v/20260930115056063

11st KSME-SEMES Open Innovation Challenge Award 

Description: We are thrilled to announce that the MNM Lab team from Hanbat National University has been awarded the Award at the 11th KSME-SEMES Open Innovation Challenge.

The award recognizes the team's (Prof. Jinsung Rho, Do-yun Kim, Quyen Dinh Quyet, and Taek-gyun Kim) outstanding research on 

"Development of Electrostatic Chuck (ESC) Defect Automatic Classification Technology Based on Zero-Shot/Few-Shot Learning Models" 

This achievement highlights our innovative approach to AI-integrated semiconductor manufacturing inspection. Congratulations on this well-deserved achievement! Let's continue to innovate and push the boundaries. Fighting! 

Workshop Presentation Notice

Description: Description: We are pleased to share our participation in the 1st Thermal Radiation Workshop, held at the Department of Mechanical Engineering, KAIST on August 18, 2026. 

During this exclusive workshop bringing together leading experts from across South Korea, Prof. Jinsung Rho delivered an insightful presentation during Session I: Radiative Energy Systems and Functional Materials. The presentation was titled: 

"Broadband Super-Black Coatings on Versatile Substrates: From Stray Light Suppression to Thermal Management "

This talk highlighted our specialized expertise in tailoring spectral properties at the micro- and nanoscale, addressing how integrating nanostructured materials significantly enhances the performance of next-generation thermal devices. The event served as a fantastic platform to discuss the latest advancements in thermal radiation and bridge fundamental transport physics with applied engineering solutions.

Another great milestone in driving forward the future of functional materials and thermal management!

Outstanding Presentation Award 

Description: We are thrilled to announce that our research team has been honored with the Outstanding Presenter Award at PRESM 2026 (International Conference on Precision Engineering and Sustainable Manufacturing). The award recognizes the collaborative research conducted by Taek Kyun Kim, Prof. Jinsung Rho, Dinh Quyet Quyen, and Dayun Kim from Hanbat National University. The team was recognized for their work on:

"Automated Laser Thermographic Inspection of Micro-cracks in Semiconductor Packaging Using Thin-crack U-net " 

This study focuses on deeply analyzing and advancing automated defect inspection technologies, contributing valuable insights to the development of highly reliable semiconductor packaging. Congratulations to the entire research team for their outstanding dedication, excellence, and this well-deserved recognition! 

Workshop Presentation Notice

Description: We are pleased to share our participation in the 2nd Year Joint Workshop for the KITECH-KIMM Convergent Basic Project, held at the Orakai Songdo Park Hotel on July 20, 2026. 

During this collaborative workshop organized by the Korea Institute of Industrial Technology (KITECH) and the Korea Institute of Machinery & Materials (KIMM), Prof. Jinsung Rho delivered an insightful presentation during Session 1. The presentation was titled:

"Introduction to Metrology Technology for Advanced Packaging Practical Environments"

This talk highlighted our specialized expertise in semiconductor metrology and inspection, addressing the practical challenges and measurement solutions required for advanced packaging. The event served as a fantastic platform to share our technical advancements and strengthen collaborative ties with leading national research institutes.

Another great milestone in driving forward the future of high-reliability semiconductor

Best Student Presentation Award 

Description: We are thrilled to share that our research titled: 

"Study on Thermo-Mechanical Reliability Analysis and Structural Optimization of 3D Printed Stacked Memory Modules" 

has been honored with the Best Student Presentation Award at the 2025 Autumn Conference organized by the Korean Society of Manufacturing Technology Engineers (KSMTE).

This work, brilliantly delivered as an oral presentation by Doyoon Kim and co-authored by Prof. Jinsung Rho, was recognized in the Space Semiconductor Packaging category. The study focused on deeply analyzing the thermo-mechanical reliability and optimizing the structural design of 3D-printed stacked memory modules, contributing valuable insights to the development of highly robust semiconductor packages for harsh space environments.

Congratulations to Doyoon Kim and our entire research team for their outstanding dedication, excellence, and this well-deserved recognition in the field of advanced aerospace packaging!

Conference Participation Notice 

Description: Our research team participated in the KSMTE Annual Spring Conference 2026 (Korean Society of Manufacturing Technology Engineers), held at the St. John's Hotel in Gangneung from July 14 to 17, 2026. 

We attended the conference together with our lab members, including students Doyoon Kim and Taekgyun Kim, presenting our latest collaborative research centered on Thermography, along with various advanced measurement and materials technologies.

The specific topics presented by our research team (Prof. Jinsung Rho) at this conference are as follows:

• Analysis of Temperature Distribution According to Frequency Variation for Internal Defect Detection of Hybrid Bonding Based on Lock-in Thermography (Doyoon Kim, Jinsung Rho)

• High-Absorption Super Black Coating Technology Based on CNT/CNF for Multi-Metal Substrates in Space and Optical Applications (Thanh Duc Chu, Taekgyun Kim, Pham Le Ngoc Tram, Jinsung Rho)

• 3D Graphene/g-C3N4/NiCo2O4 Composite Electrode for High-Rate Supercapacitors via Pore Tortuosity Control (Dang Thanh Truong, Chu Duc Thanh, Pham Le Ngoc Tram, Taekgyun Kim, Jinsung Rho)

• Shape-Dependent Catalytic Activation of Printed Silver for Selective Electroless Copper Plating (Pham Le Ngoc Tram, Chu Duc Thanh, Junwoo Park, Jinsung Rho)

• Ultra-Thin Film Measurement Using Deep Learning-Based Spectroscopic Reflectometry (Quyen Dinh Quyet, Jinsung Rho)

This academic exchange not only fostered valuable discussions with fellow researchers but also significantly enhanced the international visibility of our research outcomes in the fields of advanced semiconductor packaging and high-reliability metrology.

A meaningful step toward global collaboration and continued excellence in our research!

International Conference Participation Notice

Description: Our research team participated in PRESM 2026 (International Conference on Precision Engineering and Sustainable Manufacturing), held at the Marina Bay Sands EXPO in Singapore from June 28 to July 3, 2026.

We attended the conference together with our lab members, students Doyoon Kim and Taekgyun Kim, presenting our latest research centered on the topic of Thermography.

This academic exchange not only fostered valuable discussions with fellow researchers but also significantly enhanced the international visibility of our research outcomes in this specialized field.

A meaningful step toward global collaboration and continued excellence in our research!

Conference Participation Notice  

Description: Our research team, led by Prof. Jinsung Rho and including lab members Geuntak and Thanh, successfully participated in the 2026 Spring Conference of the KSME Micro/Nano Engineering Division (Korean Society of Mechanical Engineers). The conference was held at the The Ocean Resort in Yeosu, Jeollanam-do, from May 6 to 9, 2026. 

"Abrasion-Resistant Broadband Absorbing Alumina-CNT Nanocomposite Coatings on Multiple Substrates (Chu Duc Thanh, Jinsung Rho)." 

This academic gathering provided an excellent platform to share our innovative work, exchange ideas with fellow researchers, and further establish our lab's presence in the micro/nano engineering community.

We look forward to continuing our active participation in such valuable academic events!

Best Student Presentation Award 

Description: We are thrilled to share that our research titled: 

"Carbon Nano-based Super Black Coating for Enhancing Light Absorptance and Hydrophobicity on Ti–6Al–4V Substrates via Chemical Vapor Deposition"  

has been honored with an award at the 2026 Spring Conference of the KSME Micro/Nano Engineering Division.

This collaborative work was driven by Geuntak Yook and Prof. Jinsung Rho, alongside Thuy Kieu Troung, Prof. Hongseok Yoon, Prof. Youngdeok Park, and Prof. Geonhee Kim from the Departments of Mechanical Engineering and Defense Space Engineering at Hanbat National University.

The study presented an innovative approach using chemical vapor deposition (CVD) to apply a carbon nano-based super black coating onto Ti-6Al-4V substrates. This advanced surface treatment significantly enhances both light absorptance and hydrophobicity, showing immense potential for high-reliability optical systems and aerospace applications.

Congratulations to Geuntak and the entire collaborative research team for their exceptional dedication and this well-deserved recognition in the field of micro and nano engineering!