Course title
住環境学   [Science of Residential Environment]
Course category   Requirement   Credit 2 
Department   Year 1  Semester 1st 
Course type 1st  Course code 01en1029
Instructor(s)
安藤 恵介, 近江 正陽   [ANDO Keisuke, OMI Masaharu]
Facility affiliation Faculty of Agriculture Office afjgxte/L1151  Email address

Course description
A special subject of En.
Clothes, food, and housing are the three main elements needed for a comfortable life. For the living environment (housing), there are physical environmental issues such as daylighting, temperature / humidity environment, noise issues and countermeasures, indoor air pollution represented by the terms VOC and sick house syndrome, Outlines chemical and biological environmental problems such as mold and termite damage caused by various conditions and countermeasures. He also talks about the energy and equipment consumed in houses.
Expected Learning
Students will be able to acquire knowledge that can evaluate a house from the minimum legal and physical and chemical viewpoints.

Corresponding criteria in the Diploma Policy:
See the Curriculum maps.
URL: https://www.tuat.ac.jp/campuslife_career/campuslife/policy/
Course schedule
I will be in charge of Ando (1.-10.) → Omi (11.-15.) In the following order.

1. Living environment is the purpose and composition of the Building Standards Act
2. Purpose and composition of construction ordinances and rules
3. Legal procedures and flow until housing is built
4. Matters and designs restricted by the Building Standards Law
5. Enforcement of the law on defective homes and the promotion of housing quality assurance, etc.
6. Definition and division of light, measurement method, sunlight and sunlight
7. How to find shade for buildings, lighting and lighting equipment
8. Temperature sensation, measuring method of temperature and humidity, heat transmission and its calculation method, heat insulation, room temperature adjustment method, humidity and humidity control
9. Definition and measurement method of sound and noise, basic properties of propagation, measures and evaluation of sound insulation and sound absorption
10. Acceptable standards depending on area and building type, reverberation required for comfortable indoor sound environment
11. Definition and performance of high airtightness and high heat insulation, problems, energy saving
12. Allergies and their causes, VOC and TVOC regulations
13. Ventilation equipment and material selection as countermeasures
14. Damage to mold and termites due to moisture and condensation and countermeasures
15. Energy consumption and greenhouse gas emissions from houses
Prerequisites
It is desirable to have basic knowledge of physics, chemistry, and biology.

Students are recommended to spend the standard amount of time as specified by the University
Required Text(s) and Materials
Use handouts created for each faculty member.
References
General reference book on living environment and building code.
Assessment/Grading
Each faculty member is evaluated on a 100-point scale, and the final evaluation is calculated by a weighted average of the number of assignments.
Message from instructor(s)
Lectures will be given in the order of Ando → Omi.
The first few talks are about the law, but please listen hard.
Please note that the method of attending and setting the report depends on the teacher.
As this lecture progresses, the perspective on cityscapes and homes will change.
Course keywords
Building Code, Housing Equipment, Light / Sound, Temperature / Humidity, Indoor Air Pollution
Office hours
After the lecture on Monday (16: 30-), please make a reservation in advance by e-mail (andok for Ando and ohmi for Omi).
Remarks 1
We will distribute the attendance sheet to each person and ask them to write their questions and comments about the lectures on that day. At the beginning of the next session, we will answer important questions without giving the name of the person who asked the question, so that everyone could better understand it.
Remarks 2
H30 (2018) S 19%, A 50%, B 19%, C 10%, D 2%
H29 (2017) S 11%, A 70%, B 15%, C 2%, D 2%
H28 (2016) S 20%, A 54%, B 20%, C 2%, D 4%
H27 (2015) S 20%, A 53%, B 22%, C 2%, D 4%
H26 (2014) S 22%, A 50%, B 22%, C 3%, D 2%
H25 (2013) S 22%, A 63%, B 9%, C 2%, D 5%
H24 (2012) S 25%, A 74%, B 0%, C 0%, D 2%
H23 (2011) S 32%, A 62%, B 6%, C 0%, D 0%
H22 (2010) S 32%, A 49%, B 12%, C 3%, D 4%
Related URL
Lecture Language
Japanese
Language Subject
Last update
3/19/2020 8:17:48 PM