Skip to main content

Japanese Architecture and Structural Design

In this course, fundamental and modern approaches to Japanese structural design will be explained using historical overviews and Tokyo-Tech's campus buildings as case studies. Learners will be able to interpret and apply seismic design concepts like energy-dissipating braced frames, spine frames, seismic retrofit, seismic isolation and seismic design of spatial structures. Drawing from the instructor's past 20 years of experience in design, considerations to sustainability, practical complexities and their solutions will be presented using the campus buildings as design examples. Learners will also get an insight into the architect-engineer collaboration through interviews with architectural professors.

There is one session available:

After a course session ends, it will be archived.
Starts Oct 15
Ends Dec 15
Estimated 5 weeks
1–3 hours per week
Progress at your own speed
Optional upgrade available

About this course

Skip About this course

In this engineering course, modern approaches to seismic design and retrofit will be covered through case studies of some unique campus buildings in Tokyo. This includes the progression of structural design from traditional timber buildings to the first steel high rise structures, metabolism movement and the evolution of modern spatial structures in Japan.

Concepts like ‘Integrated Facade Engineering’ and ‘Grid-skin structures’ are discussed using Tokyo-Tech campus buildings as case studies wherein seismic performance was enhanced sustainably considering the environmental performance and aesthetics. The application of the grid-skin concept to RC buildings is also discussed using shear walls and a two-layer framing system.

Modern response control strategies to achieve immediate occupancy post-earthquake like rocking frame systems and seismic isolation in steel buildings are covered and practical considerations while adopting these systems are explained through the design of campus buildings.

Gridshell systems and their unique seismic response characteristics are explained. The design of the metro station near campus was used to explain the practical and technical difficulties of designing lightweight roofs.

Finally, the importance of collaboration between structural engineers and architects is discussed in an interview between Prof. Takeuchi and Prof. Stalder from ETH Zurich.

At a glance

  • Institution: TokyoTechX
  • Subject: Architecture
  • Level: Intermediate
  • Prerequisites:

    Basic knowledge of structural mechanics, dynamics of structures, elastic and plastic design, are preferred.

  • Language: English
  • Video Transcript: English

What you'll learn

Skip What you'll learn
  1. Evolution of seismic design concepts in Japan
  2. Seismic retrofit approaches of steel and RC buildings.
  3. What are the different seismic response control strategies?
  4. Practical design applications of buckling-restrained braces, rocking frames and seismic isolation systems.
  5. What is the integrated façade engineering concept and how to practically implement it in design?
  6. How to use the concept of grid-skin structures to provide sustainable solutions?
  7. Seismic response control strategies of spatial structures.
  8. How the architect-engineer collaboration influences the design process?

WEEK 1 : History of Japanese Structural Design

WEEK 2 : Structural Design in Tokyo Tech Campus

WEEK 3 : Concept of Grid-Skin Structures

WEEK 4 : Spine Frames and Seismic Isolation

WEEK 5: Design of spatial structures

About the instructors

Interested in this course for your business or team?

Train your employees in the most in-demand topics, with edX for Business.