• [2024/12/21] 9th General Meeting (Open Seminar) + Year-End Party
• [2025/1/17] Zhuoran HAN's Ph.D. dissertation presentation
• [2025/1/18] 10th General Meeting
• [2025/1/24] Daigo KAWABE's Ph.D. dissertation presentation
• [2025/1/29] Debao CHEN's Ph.D. dissertation presentation
• [2025/2/04] B4 graduation research presentation
• [2025/2/17] M2 master thesis presentation

• Congratulations! Akutsu-san was awarded Outstanding Presenter Award in JSCE 2024 Annual Meeting
• Congratulations! Hasegawa-san received his Ph.D. degree
• Congratulations! Prof. Kim has been selected as a fellow of Cheney Fellowship at U. of Leeds
• おめでとう！ 河邊氏の論文が優秀賞を受賞しました
• おめでとう！ 尾中氏の論文が構造工学論文賞に選ばれました
• 社会インフラの維持管理システムの社会実装―持続可能でレジリエンスな社会を目指して―
• The guide on the application of WIM data for bridge engineering by ISWIM.
• Article by Zhou et al. was selected as the Featured Article and JEST Runner-Up Paper of Engineering Structures
• Kawabe Daigo was awarded the CDRI fellowship.
• Paper by Jiang et al. was selected to be featured in the Editor’s Choice.
• Press release - Developing the world’s first AI system to detect bridge deterioration.

• [2024/11/29] Seminar by Prof. Ng of the University of Adelaide, Australia.
• [2024/11/20-21] 35th KKHTCNN Symposium at Tongji University
• [2024/09/04] JSCE 2024 Annual Meeting at Tohoku University
• [2024/07/10-11] the 15th International Workshop on Advanced Smart Materials and Smart Structures Technology (ANCRiSST 2024)
• [2024/07/01-20] 2024 Asia-Pacific-Euro Summer School on Smart Structures Technology (APESS 2024)
• [2024/05/17] JSPS Bilateral Meeting with TongJi University
• [2024/04/25-27] ASCE-ICVRAM-ISUMA Conference
• [2024/03/17-19] Lab field trip
• [2023/12/23] Open Seminar & Year End Party
• [2023/12/21] Leaving of Assoc. Prof. Sim
• [2023/11/23-25] the 34th KKTHCNN Symposium
• [2023/11/03] 令和５年関西土木工学交流発表会
• [2023/10/18] Seminar by Assoc. Prof. Daniel Cantero

Our research interests include environmental vibration assessment and countermeasures for structures and health monitoring of structures using vibration phenomena for structural health assessment. Our research is cross-disciplinary, incorporating applied mathematics and information and sensor technology, and we often collaborate with overseas researchers. Through such flexible thinking and application-based research activities, we aim to realize a new paradigm of intelligent structural systems.

本研究室では，構造物の振動現象を対象とした環境振動評価・対策と構造物の健全性の評価に振動現象を活かす構造物のヘルスモニタリングの実現について研究を行っています。応用数学や情報・センサ技術を取り入れた分野横断的な研究や海外研究者との共同研究が多い研究室です。柔軟な思考と応用に基づいた研究活動を通して新しいパラダイムの知的構造システムの実現を目指しています。