Steel Structural Design and Monitoring Laboratory
Research Field
- Education:
Ph.D.: Department of Architecture Steel Structure Lab. The University of Tokyo - Tokyo, Japan
- Skills:
• Steel Structure
• Earthquake Engineering
• Concentrically Braced Frames
• Structural/ Non-structural health monitoring
• Artificial intelligence and Machine Learning
- Research fields:
• Steel brace/damper system
• Structural health monitoring of structural/non-structural elements
• Steel-Timber hybrid structures
• Artificial intelligence and machine learning
The laboratory focuses on advanced research in steel structures and earthquake engineering, with particular emphasis on the seismic behavior and design of concentrically braced frames. Our work integrates analytical, numerical, and experimental approaches to improve the safety and resilience of structural systems.
Key research areas also include structural health monitoring and the application of artificial intelligence and machine learning for data-driven damage detection, performance evaluation, and predictive modeling. These efforts are supported by large-scale structural testing, enabling validation of theories and development of practical solutions for resilient and intelligent structures.
• Steel brace/damper system
• Structural health monitoring of structural/non-structural elements
• Steel-Timber hybrid structures
• Artificial intelligence and machine learning
- Institute of Mitigation for Earthquake Shear Bending Disasters: First Prize for Master's Thesis
Ph.D.: Department of Architecture Steel Structure Lab. The University of Tokyo - Tokyo, Japan
Job Description
Period: Jun 2026 to Augst 2026
Preferred Intern Educational Level
Undergraduate student in Civil Engineering
Skill sets or Qualities
- Structural engineering
- Steel structures
- FEM analysis
Job Description
Period: Jun 2026 to Augst 2026
Preferred Intern Educational Level
Undergraduate student in Civil Engineering
Skill sets or Qualities
- Structural engineering
- Steel structures
- FEM analysis