| Program / Major | mDP | Goals |
|---|---|---|
| Department of Architecture | 4. | 4．建築設計や建築技術に関する体系的な専門知識を身につけ、それらを応用することができる |
Architectural construction is the field of study concerned with the composition and assembly of building components and materials.
When speaking of “composition” in architecture, one might first think of spatial organization such as zoning or planning.
However, the composition of space and the composition of physical elements exist in a figure–ground relationship, and spatial
performance is inseparably linked to material assembly. In other words, to create high-quality space, knowledge of construction
methods is essential.
This course introduces the fundamental knowledge and principles of architectural construction, examining both primary structural systems and component-level construction in terms of their composition and roles, supported by case studies. The objectives of the course are to enable students to recognize and perceive construction systems embedded in the buildings around them, and to develop the ability to propose design solutions that take construction methods into account in design studios and related courses.
This course introduces the fundamental knowledge and principles of architectural construction, examining both primary structural systems and component-level construction in terms of their composition and roles, supported by case studies. The objectives of the course are to enable students to recognize and perceive construction systems embedded in the buildings around them, and to develop the ability to propose design solutions that take construction methods into account in design studios and related courses.
Architecture is required to meet a wide range of performance criteria, including the protection of life and property, the
provision of comfort, and the capacity for long-term and stable use. Architectural construction refers to the methods of assembling
components and materials in order to satisfy these performance requirements. Productivity—namely, the ease with which materials
can be obtained and fabricated—is also an important consideration. Knowledge of architectural construction is therefore indispensable
for the rational realization of buildings suited to their intended purposes.
In this course, students will first learn about the performance requirements of buildings and the factors that influence them. The course will then examine primary construction systems related to the structural frame of a building, as well as component-level construction methods concerning elements attached to the structure, such as openings and staircases.
Since both primary systems and component-level construction are closely related to architectural form, the course will incorporate hands-on learning using SketchUp, enabling students to manipulate three-dimensional models whenever possible. Although not mandatory, bringing a laptop computer to class is strongly recommended.
Please note that the schedule below may be adjusted, including changes to the order of topics, depending on the progress of the lectures.
In this course, students will first learn about the performance requirements of buildings and the factors that influence them. The course will then examine primary construction systems related to the structural frame of a building, as well as component-level construction methods concerning elements attached to the structure, such as openings and staircases.
Since both primary systems and component-level construction are closely related to architectural form, the course will incorporate hands-on learning using SketchUp, enabling students to manipulate three-dimensional models whenever possible. Although not mandatory, bringing a laptop computer to class is strongly recommended.
Please note that the schedule below may be adjusted, including changes to the order of topics, depending on the progress of the lectures.
- To understand the performance requirements of buildings and the factors that influence them.
- To understand the fundamental knowledge and principles of architectural construction methods.
- To understand the composition of primary structural systems and component-level construction, as well as the roles of their respective elements.
- To be able to observe and analyze architecture from the perspective of construction methods.
- To understand the significance of component details in contemporary architecture and the fundamentals of construction systems.
| Weekly reports | Final exam | Total. | |
|---|---|---|---|
| 1. | 10% | 5% | 15% |
| 2. | 20% | 5% | 25% |
| 3. | 15% | 10% | 25% |
| 4. | 15% | 5% | 20% |
| 5. | 10% | 5% | 15% |
| Total. | 70% | 30% | - |
Evaluation will be based on coursework (70%) and a final examination (30%). The coursework grade includes reports for each
class, as well as attendance and class participation.
| Class schedule | HW assignments (Including preparation and review of the class.) | Amount of Time Required | |
|---|---|---|---|
| 1. | Introduction: What is Architectural Construction? / Architectural Construction in relation to materials, performance, and the design process / Introduction to SketchUp | Preparation of report assignment | 120minutes |
| 2. | Architectural Construction, Production, and Tools / What Are Primary Structural Systems? | Reading assigned textbook sections; preparation of weekly report | 120minutes |
| 3. | Primary Structural Systems (1): Timber, Steel, Reinforced Concrete, etc. (The order will be coordinated with Spatial Architectural Design Studio 3, offered concurrently.) |
Reading assigned textbook sections; preparation of weekly report | 120minutes |
| 4. | Primary Structural Systems (2): Timber, Steel, Reinforced Concrete, etc. (Order coordinated with Spatial Architectural Design Studio 3.) |
Reading assigned textbook sections; preparation of weekly report | 120minutes |
| 5. | Primary Structural Systems (3): Timber, Steel, Reinforced Concrete, etc. (Order coordinated with Spatial Architectural Design Studio 3.) |
Reading assigned textbook sections; preparation of weekly report | 120minutes |
| 6. | Primary Structural Systems (4): Timber, Steel, Reinforced Concrete, etc. (Order coordinated with Spatial Architectural Design Studio 3.) |
Reading assigned textbook sections; preparation of weekly report | 120minutes |
| 7. | Primary Structural Systems (5): Timber, Steel, Reinforced Concrete, etc. (Order coordinated with Spatial Architectural Design Studio 3.) |
Preparation of midterm report; review – 180 minutes | 180minutes |
| 8. | Midterm Report Presentations and Review / What Are Component-Level Construction Methods? | Reading assigned textbook sections; preparation of weekly report | 120minutes |
| 9. | Component-Level Construction: Roofs, Waterproofing, and Rain Protection | Reading assigned textbook sections; preparation of weekly report | 120minutes |
| 10. | Component-Level Construction: Exterior Walls and Curtain Walls (1) | Reading assigned textbook sections; preparation of weekly report | 120minutes |
| 11. | Component-Level Construction: Exterior Walls and Curtain Walls (2) | Reading assigned textbook sections; preparation of weekly report | 120minutes |
| 12. | Component-Level Construction: Groundwork and Foundations | Reading assigned textbook sections; preparation of weekly report | 120minutes |
| 13. | Component-Level Construction: Stairs | Reading assigned textbook sections; preparation of weekly report | 120minutes |
| 14. | Final Report / Course Review and Summary | Preparation of final report; review | 180minutes |
| Total. | - | - | 1800minutes |
| ways of feedback | specific contents about "Other" |
|---|---|
| Feedback in the class |
・Handouts distributed in each class
・改定版 図説 建築構法（学芸出版社、ISBN-10: 4761526858、ISBN-13: 978-4761526856）
・改定版 図説 建築構法（学芸出版社、ISBN-10: 4761526858、ISBN-13: 978-4761526856）
- The instructor’s email address for inquiries will be provided during the lecture.
- Course that cultivates an ability for utilizing knowledge
- Course that cultivates a basic problem-solving skills
| Work experience | Work experience and relevance to the course content if applicable |
|---|---|
| N/A | N/A |
- 7.AFFORDABLE AND CLEAN ENERGY
- 9.INDUSTRY, INNOVATION AND INFRASTRUCTURE
- 11.SUSTAINABLE CITIES AND COMMUNITIES
- 12.RESPONSIBLE CONSUMPTION & PRODUCTION
- 13.CLIMATE ACTION
Last modified : Sat Mar 14 14:32:16 JST 2026