Center for Sustainability and Energy Technologies

You are cordially invited to attend the Lecture of Sustainability and Energy Technologies. We are pleased to have Professor Chu-Chen Chueh from Department of Chemical Engineering at National Taiwan University as our speaker. The topic of the lecture is " Advancing Organic-Inorganic Hybrid Perovskites: From Photovoltaics to Emerging Applications ". Further details are as follows: 1.Topic: Advancing Organic-Inorganic Hybrid Perovskites: From Photovoltaics to Emerging Applications 2.Speaker: Professor Chu-Chen Chueh Prof. Chueh’s research team focuses on solution-processable semiconductors, including organic molecules, conjugated polymers, and organic-inorganic hybrid perovskites, and focusing on their applications in memories, light-emitting diodes, transistors, and solar cells. Prof. Chueh received Young Faculty Awards from Taiwanese Institute of Chemical Engineers and from the Polymer Society, Taipei (2020), Ta-You Wu Memorial Award from National Science Council, Taiwan (2022) and Outstanding Asian Researcher and Engineer Award from the Society of Chemical Engineers (SCEJ), Japan (2024). He has coauthored over 275 scientific papers in the area of organic/hybrid optoelectronics with citation > 26100 and H-index of 82 (recorded by Google scholar). Prof. Chueh has been recognized by Clarivate Analytics as 2018, 2019 Highly Cited Researcher and by I&EC Research as 2020 Class of Influential Researchers.   3. Abstract: Our group develops functional polymer and perovskite materials for optoelectronic devices such as TFTs, memories, LEDs, solar cells, and lasers. We focus on structure–property relationships of polymers and hybrid perovskites, advancing controlled synthesis of solution-processable semiconductors. In parallel, we explore innovative interface and device engineering to enhance performance. This talk highlights recent progress in materials and interface engineering for perovskite-based devices, presenting studies on composition optimization, interface design, and morphology analysis. Special emphasis is placed on perovskite applications beyond photovoltaics, demonstrating their broad potential in next-generation optoelectronics.   4.Date: 2026/3/11 (Wed) 10:00~11:30 5. Venue: 1st Meeting Room of Engineering College (Engineering Building 1F) 6.Registration Deadline: 2026/3/10(Tue) Campus Information System iCGU URL: https://i.cgu.edu.tw Important Notes: This lecture qualifies for 1.5 hours of training for the teaching quality seminar. All faculty and staff in attendance are required to be present for the entire session to honor the speaker. Please ensure to sign in and out personally. Attendees arriving more than 20 minutes after the start will not be allowed to sign in. Additionally, failing to sign out will result in the training hours not being counted.

A delegation from the Center for Sustainability and Energy Technologies (CSET) at Chang Gung University, including Prof. Kong-Wei Cheng, Assoc. Prof. Chen-Fang Su, and Assoc. Prof. Wei-Fan Kuan, participated in The 12th International Workshop on Membrane in Kobe (iWMK2025) held on November 13–14, 2025. This prestigious workshop brought together 18 leading research institutions from around the world, providing a global platform for academic exchange in the field of membrane science and energy technologies. During the conference, Assoc. Prof. Wei-Fan Kuan, Deputy Director of CSET, and Prof. Kong-Wei Cheng were invited to give oral presentations showcasing CGU’s cutting-edge research. Assoc. Prof. Kuan presented his work on membrane interface engineering for lithium-metal and anode-free batteries, highlighting how asymmetric membrane structures and surface coatings can enhance battery stability and performance. Meanwhile, Prof. Cheng shared his research on CO₂ reduction batteries, utilizing bifunctional honeycomb-like electrocatalysts to significantly improve catalytic efficiency and practical applicability. Both talks drew strong attention from participants and reinforced Chang Gung University’s commitment to international academic collaboration and innovation in sustainable energy technologies. #ChangGungUniversity #CenterForSustainabilityAndEnergyTechnologies #CGU #MembraneResearch #BatteryInnovation #InternationalCollaboration #SustainableEnergy #AcademicExchange #Japan

You are cordially invited to attend the Lecture of Sustainability and Energy Technologies. We are pleased to have Dr. Chih-Yu Hsu from Air Liquide Japan (K.K. Air Liquide Laboratories) as our speaker. The topic of the lecture is " Liquid Air in Smartphones: Applications of Advanced Materials in Semiconductor Manufacturing ". Further details are as follows: 1.Topic: Liquid Air in Smartphones: Applications of Advanced Materials in Semiconductor Manufacturing 2.Speaker: Dr. Chih-Yu Hsu 3.Date: 2025/12/17 (Wed) 10:00~12:00 4. Venue: 1st Meeting Room of Engineering College (Engineering Building 1F) 5.Registration Deadline: 2025/12/16(Tue) Campus Information System iCGU URL: https://i.cgu.edu.tw Important Notes: This lecture qualifies for 1 hour of training for the teaching quality seminar. All faculty and staff in attendance are required to be present for the entire session to honor the speaker. Please ensure to sign in and out personally. Attendees arriving more than 20 minutes after the start will not be allowed to sign in. Additionally, failing to sign out will result in the training hours not being counted.

You are cordially invited to attend the Lecture of Sustainability and Energy Technologies. We are pleased to have Professor Tetsu Yonezawa, Division of Materials Science and Engineering, Hokkaido University as our speaker. The topic of the lecture is " Preparation and Dispersion of Cu Nanoparticles for Semiconductor Packaging ". Further details are as follows: 1.Topic: Preparation and Dispersion of Cu Nanoparticles for Semiconductor Packaging 2.Speaker: Professor Tetsu Yonezawa 3.Abstract: Copper nanoparticles are promising for next-gen interconnects due to high conductivity and low-cost processing. However, oxidation under ambient conditions limits their performance. We present oxidation-tolerant core–shell Cu nanoparticles with Cu64O/Cu8O-rich surfaces, enabling thermal stability and sinterability. Using sugar alcohol-based solvents, we formulate >80 wt% copper pastes with excellent dispersion and film-forming properties. Thermal analysis, in situ XRD, and sintering studies show strong bonding and conductivity below 200°C under reducing/inert atmospheres. This approach suits 3D integration, power devices, and flexible electronics, offering a practical route for copper nanoparticle use in semiconductor packaging with enhanced reliability and low-temperature processing. 4. Keywords of your speech：Copper nanoparticles, Low-temperature sintering, Oxidation control, Electronic packaging, High-concentration paste 5.Date: 2025/10/15 (Wed) 14:30~16:00 6. Venue: 1st Meeting Room of Engineering College (Engineering Building 1F) 7.Registration Deadline: 2025/10/14(Tue) Campus Information System iCGU URL: https://i.cgu.edu.tw Important Notes: This lecture qualifies for 1.5 hours of training for the teaching quality seminar. All faculty and staff in attendance are required to be present for the entire session to honor the speaker. Please ensure to sign in and out personally. Attendees arriving more than 20 minutes after the start will not be allowed to sign in. Additionally, failing to sign out will result in the training hours not being counted.

You are cordially invited to attend the Lecture of Sustainability and Energy Technologies. We are pleased to have Professor Chih-Wei Hu from Institut de Chimie de la Matière Condensée de Bordeaux (ICMCB-CNRS) as our speaker. The topic of the lecture is " A Scientific Adventure Across Borders: The Journey of Developing Hydrogen Sensing Materials ". Further details are as follows: 1.Topic: A Scientific Adventure Across Borders: The Journey of Developing Hydrogen Sensing Materials 2.Speaker: Professor Chih-Wei Hu 3.Abstract: Professor Chih-Wei Hu will share his more than decade-long scientific journey spanning Taiwan, Japan, and France, with a focus on the innovative development of hydrogen sensing materials. As an emerging clean energy carrier, hydrogen offers high energy density and eco-friendly properties. However, its use and storage pose potential safety risks, making the development of high-performance hydrogen sensing materials a central issue in global materials science. After receiving his Ph.D. in Polymer Science from National Taiwan University, Professor Hu spent ten years at Japan’s National Institute of Advanced Industrial Science and Technology (AIST), where he specialized in nanomaterials and gasochromic sensing technologies, actively collaborating with academia, industry, and government sectors in Japan and Taiwan to promote material commercialization. More recently, he joined the French National Centre for Scientific Research (CNRS) to explore new mechanisms in sensing materials, reflecting a strong commitment to international exchange and interdisciplinary collaboration. His talk will cover the full spectrum from fundamental material design and nanostructure synthesis to hydrogen visualization sensing solutions under extreme environments. Drawing on his multinational research experiences, he will highlight how materials science can drive energy safety and contribute to a sustainable future. 4.Date: 2025/10/14 (Tue) 10:30~12:00 5. Venue: Meeting Room of Center for Sustainability and Energy Technologies. (Engineering Building 10F. If the number of participants is large, the venue will be shifted to another conference room.) 6.Registration Deadline: 2025/10/13(Mon) Campus Information System iCGU URL: https://i.cgu.edu.tw Important Notes: This lecture qualifies for 1.5 hours of training for the teaching quality seminar. All faculty and staff in attendance are required to be present for the entire session to honor the speaker. Please ensure to sign in and out personally. Attendees arriving more than 20 minutes after the start will not be allowed to sign in. Additionally, failing to sign out will result in the training hours not being counted.