OZAKI, Taira |
|---|
Faculty, Department/Institute
- Faculty of Environmental and Urban Engineering Department of Civil, Environmental and Applied System Engineering
Academic status (qualification)
- Professor Apr. 1,2021
Undergraduate Degrees・University
- Kansai University Faculty of Engineering1997 Graduated
Graduate Degrees・University
- Kansai University Master's Degree Program 1999 Completed
Academic Degrees
- Mar. 1999 Kansai University
- Nov. 2010 Kyoto University
Homepage Address, E-mail Address
- Homepage Address：http://wps.itc.kansai-u.ac.jp/emgt/
Research fields
| Research fields | keyword |
|---|---|
| Civil and environmental engineering | |
| Disaster prevention | |
| Environmental safety |
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| Research Programs | |
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| Research field | Other |
| Research Topics Overview |
| research topic | |
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| Research Programs | |
| keyword | |
| Research field | Other |
| Research Topics Overview |
| research topic | |
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| Study theme state | |
| research duration | |
| Research Programs | |
| keyword | |
| Research field | Civil and environmental engineering |
| Research Topics Overview |
Research Career
- 2001/4/1～2002年/3/31
- 2002/4/1～2003年/3/31
- 2003/4/1～2007年/3/31
- 2007/4/1～2014年/3/31
Awards
- Jun. 25,2000
- Jul. 28,2011
- Dec. 6,2013
- Sep. 26,2015
- Sep. 2016
- Jun. 17,2017
- Oct. 23,2017
- Dec. 8,2017
- Jun. 2,2018
- Jan. 19,2021
- Jan. 19,2021
- Oct. 24,2021
- Jan. 26,2023
Academic Associations
| 所属学会・団体名 | 役職名 (役職在任期間) |
|---|---|
| 20140600(), 20170400(), 20170400(2017/10/) | |
| 2007-(2007/8/～2010/8/) |
Research Publications
| No. | Type of publication | Date of publication (Date of presentation) | Title | Type of research result | Jointly authored or single authored | Publisher and journal name | Volume number |
|---|---|---|---|---|---|---|---|
| 1 | Papers1 | 2021/7～2021,07,00,,, | Heatstroke predictions by machine learning, weather information, and an all-population registry for 12-hour heatstroke alerts | Academic Journal | Co-authored | Nature Communications | vol.12, Article number: 4575（11頁） |
| 2 | International academic conference8 | 2009/9～2009,09,00,,, | Estimation Method of Inundation Hazard in Urbanized Residential Area Using Rainfall Data | Co-author | 8th International Conference on Urban Drainage Modelling | ||
| 3 | Papers1 | 2008/2～2008,02,00,,, | PROMOTION OF VOLUNTARY FLOOD DISASTER PREVENTION AIMING AT REDUCING THE FLOOD DAMAGES- DIRECTION IN THE PREVENTION INFORMATION FOR URBAN FLOOD- | Academic Journal | Co-author | Annual Journal of Hydraulic Engineering | Vol.51 |
| 4 | Papers1 | 2007/9～2007,09,00,,, | SFA on diffused Toxics Contained Used Cellular Phone | Academic Journal | Co-author | Vol.71, No.9, pp.801-808 | |
| 5 | Commentary9 | 2007/3～2007,03,00,,, | Evaluation of a Real-Time Control System for Combined Sewer Networks | In-house publication | Co-author | Technology Reports of Kansai University | No.49 |
| 6 | Papers1 | 2006/10～2006,10,00,,, | VALUATION OF WATERFRONT SPACES BUILT USING TREATED WASTEWATER | Co-author | Environmental Systems Research | Vol.34, pp.569-574 | |
| 7 | Papers1 | 2006/3～2006,03,00,,, | RESEARCH ON CONTROL OF POLLUTION BY COMBINED SEWER OVERFLOWS BY REAL-TIME CONTROL | Academic Journal | Co-author | Doboku Gakkai Ronbunshuu G | Vol. 62, No. 1, pp.201-210 |
| 8 | Papers1 | 2005/11～2005,11,00,,, | EVALUATION OF DROP-OFF COLLECTION POLICIES OF PET BOTTLES BASED ON ATTITUDE SURVEY DATA | Academic Journal | Co-author | Environmental Systems Research | Vol.33 |
| 9 | Papers1 | 2005/8～2005,08,00,,, | Characteristics of Benzo(a)pyrene in Highway Runoff Pollution | 10th International Conference on Urban Drainage, Copenhagen/Denmark | |||
| 10 | Papers1 | 2004/11～2004,11,00,,, | ESTIMATION ON INSTALLATION OF STORM -WATER RESERVOIR AS COUNTERMEASURE OF COMBINED SEWER OVERFLOWS IN CONSIDERATION OF LIFE CYCLE CARBON DIOXIDE EMISSION | Academic Journal | Jornal of Environmental System and Enginieering | ||
| 11 | Papers1 | 2004/10～2004,10,00,,, | RESEARCH ON IMPROVEMENT PROJECT OF URBAN RIVER FROM THE VIEW POINT OF AMOUNT OF VISITS | Academic Journal | |||
| 12 | Papers1 | 2004/9～2004,09,00,,, | RUNOFF AND ACCUMULATION MODELS OF BENZO(a)PYRENE IN HIGHWAY DUST AND RUNOFF MATTERS | Academic Journal | 6th International Conference on Urban Drainage Modelling | ||
| 13 | Papers1 | 2004/8～2004,08,00,,, | EVALUATION OF RECYCLING SYSTEM OF BEVERAGE POLYETHYLENE TEREPHTHALATE BOTTLE IN CITIZENS' ACCEPTANCE INTENTION | Academic Journal | Co-author | Journal of environmental system and engineering | No.769/VII-32,43-54 |
| 14 | Commentary9 | 2004/3～2004,03,00,,, | Accumulation and Runoff Simulation Model of Benzo(a)Pyrene From Automobile Exhaust Emission | Technology Reports of Kansai University | No.46,47-55 | ||
| 15 | Commentary9 | 2004/3～2004,03,00,,, | Multi Purpose Assessment of Detention Storage Facilities for Pollution Control and Water Reuse in Urban Area | ||||
| 16 | Commentary9 | 2003/3～2003,03,00,,, | The Monitoring of Endocrine Disrupting Chemicals of Combined Sewer Overflows | Technology Reports of Kansai University | No.45,27-34 | ||
| 17 | Commentary9 | 2003/3～2003,03,00,,, | Renewal of Urban Water Supply System from the Viewpoint of Ecodesign | Technology Reports of Kansai University | No.45,35-44 | ||
| 18 | Papers1 | 2002/9～2002,09,00,,, | Estimation of Environmental Impact by Highway Runoff Pollution | Co-author | 9th International Conference on Urban Storm Drainage, Portland, America |
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PapersHeatstroke predictions by machine learning, weather information, and an all-population registry for 12-hour heatstroke alertsIn refereedAcademic JournalCo-authoredSoshiro Ogata;Misa Takegami;Taira Ozaki;Takahiro Nakashima;Daisuke Onozuka;Shunsuke Murata;Yuriko Nakaoku;Koyu Suzuki;Akihito Hagihara;Teruo Noguchi;Koji Iihara;Keiichi Kitazume;Tohru Morioka;Shin Yamazaki;Takahiro Yoshida;Yoshiki Yamagata;Kunihiro NishimuraNature Communicationsvol.12, Article number: 4575（11頁） 2021/7～
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PapersIn refereedAcademic JournalCo-authored2020/9～Sapporo, Japan
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International academic conferenceEstimation Method of Inundation Hazard in Urbanized Residential Area Using Rainfall DataIn refereedCo-authorTaira OZAKI;Taisuke ISHIGAKI;Keiichi TODA8th International Conference on Urban Drainage Modelling2009/9～
Academic presentationUnrefereedOtherCo-author2009/9～
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PapersIn refereedAcademic JournalCo-author2009/3～Grant-in-Aid for Encouragement of Young Scientists 200604-200903
CommentaryCo-author2009/3～
Research reportUnrefereedIn-house publicationSingle-AuthorOZAKI,Taira2009/1～
CommentaryAcademic JournalSingle-AuthorOZAKI,Taira2008/12～
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PapersPROMOTION OF VOLUNTARY FLOOD DISASTER PREVENTION
AIMING AT REDUCING THE FLOOD DAMAGES- DIRECTION IN THE PREVENTION INFORMATION FOR URBAN FLOOD-In refereedAcademic JournalCo-authorOZAKI Taira;Syuuichi MIYABEAnnual Journal of Hydraulic EngineeringVol.512008/2～In this study, a survey was conducted in the cities of Moriguchi and Neyagawa in Osaka Prefecture, where flooding occurred during heavy rains in 1997, regarding levels of knowledge and concern about urban flooding, awareness of self-help procedures, and participation in disaster preparedness activities. The survey data led to the findings about the nature and importance of disaster preparedness information. We found that even in a flood-prone area, self-help awareness is low. Information about the local area is an influencing factor on awareness of self-help measures and participation in voluntary disaster preparedness activities. Therefore the government should actively encourage public awareness of the importance of self-help during an urban flood, and conduct public information campaigns on what area residents can do for themselves and on subsidy programs.Grant-in-Aid for Encouragement of Young Scientists 2006-2008
PapersSFA on diffused Toxics Contained Used Cellular PhoneIn refereedAcademic JournalCo-authorOZAKI Taira;Kazuko Nakano;Shuichi Miyabe;Yasuhiko Wada;Kenichi Nakajima;Tetsuya NagasakaVol.71, No.9, pp.801-8082007/9～Various low-toxicity substances are contained in the high functional electronic products in recent years. Although there is a little quantity of low-toxicity substances in each electronic product, total amount of them has been increasing by the mass production of electronic products. This means they tends to diffuse into environment and it also results in the loss of valuable metals.
In this work, a substance flow analysis (SFA) on low-toxicity substances in used cellular phones as a typical example of high functional electronic commodity was carried out based on the actual condition of disposal which was acquired by the questionnaire applied to users and composition of cellular phone analyzed by ICP and EPMA. The amount of some scattered low-toxicity substances has been estimated. It was pointed out that establishment of the recycling system of cellular phones including used ones stored by users is very important in the view point of the avoidance of low-toxicity substance diffusion and recovery of valuable elements.2003-
PresentationsUnrefereedAcademic JournalCo-authorOZAKI,Taira2007/9～
CommentaryEvaluation of a Real-Time Control System for Combined Sewer NetworksIn-house publicationCo-authorOZAKI Taira;Yasuhiko WADA;Motoi MURAOKATechnology Reports of Kansai UniversityNo.492007/3～
PapersVALUATION OF WATERFRONT SPACES BUILT USING TREATED WASTEWATERIn refereedCo-authorOZAKI Taira;Yasuhiko WADA;Yasuhiro MIKIEnvironmental Systems ResearchVol.34, pp.569-5742006/10～In this study, a questionnaire survey was conducted on three types of waterfront facilities (landscape waterways, open waterfront spaces and biotope ponds) built using treated wastewater in order to clarify the use value of each facility by asking questions about the level of satisfaction with such facilities, aversion to treated wastewater and willingness to pay (WTP) for the effective use of treated wastewater. The results showed that users tended to want waterfronts in order to provide space for children to play, and that users also rate both open waterfront spaces and biotope ponds higher than landscape waterways. The valuation of waterfronts was affected to a large extent by aversion to treated wastewater, clarifying that the value of waterfronts could be increased by reducing the odor and improving the transparency of treated wastewater.
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PapersRESEARCH ON CONTROL OF POLLUTION BY COMBINED SEWER OVERFLOWS BY REAL-TIME CONTROLIn refereedAcademic JournalCo-authorOZAKI Taira;Yasuhiko WADA;Motoi MURAOKADoboku Gakkai Ronbunshuu GVol. 62, No. 1, pp.201-2102006/3～In this study, we evaluated the amount of the reduction of the combined sewer overflow (CSO) load by the execution of real-time control (RTC) for the combined sewer system region where storage basin was constructed. Especially, the effect of the reduction of the load is high for the amount of rainfall is 10mm. Moreover, the amount of BOD load has been reduced 18 - 26%, and overflow frequency has been reduced 14-29% by RTC system as a result of annual analysis. In addition, it was clarified that the effect of the reduction of cost of RTC system was high as a result of cost-effectiveness analysis. It was clarified that the introduction of RTC system was effective as one of the CSO measures.
PapersEVALUATION OF DROP-OFF COLLECTION POLICIES OF PET BOTTLES BASED ON ATTITUDE SURVEY DATAIn refereedAcademic JournalCo-authorOZAKI Taira;Yasuhiko WADA;Kaduko NAKANOEnvironmental Systems ResearchVol.332005/11～We analyzed the factors pertaining to the citizens' awareness and action of drop-off collection, and propsed the policies of improved the collection rate of PET bottles. As a results, the factors for recycling behaviors of drop-off collection of PET bottles were extracted as ”Interest of recycling” and ”Behavior of other citizens”, and the distance to the collection point also influences the factors. In the improvement of the collection rate, measures of the improvement of environmental awareness are more effective than measures of the infrastructure of an increase of the number of collection points etc. Furthermore, the effect was measured as cooperation rate to the drop-off collection.
PresentationsUnrefereedAcademic JournalCo-author2005/10～
PapersCharacteristics of Benzo(a)pyrene in Highway Runoff PollutionIn refereedOZAKI Taira;Yasuhiko WADA;Motoi MURAOKA10th International Conference on Urban Drainage, Copenhagen/Denmark2005/8～In recent years, there has been growing concern about the effects of harmful trace substances on human health and the ecology, such as chemicals that can affect the endocrine system, and carcinogenic substances. For example, polycyclic aromatic hydrocarbons (PAHs) are discharged into the atmosphere as exhaust gas from automobiles and then deposited on road surfaces, and are carried into the public water supply as runoff after it rains.In this study, the benzo(a)pyrene concentration and runoff pollutant load in drainage water from roads were measured, the runoff characteristics of benzo(a)pyrene were clarified using a simulation, and a runoff risk evaluation of the non-point pollutant load was carried out, using runoff risk evaluation indexes (Cmax, C·T).The results of analyses of some different rainfall waveforms showed that the evaluation indexes Cmax andC·T were highest for the middle-stage torrent type, suggesting that there was a tendency toward a high risk of benzo(a)pyrene runoff during this type of rainfall.
PresentationsOZAKI,Taira2005/7～
PapersESTIMATION ON INSTALLATION OF STORM -WATER RESERVOIR AS COUNTERMEASURE OF COMBINED SEWER OVERFLOWS IN CONSIDERATION OF LIFE CYCLE CARBON DIOXIDE EMISSIONIn refereedAcademic JournalTaira OZAKI;Yasuhiko WADA;Motoi MURAOKAJornal of Environmental System and Enginieering2004/11～The amount of reduced CSO loads and the amount of CO2 emission by the construction and operation of the reservoir were calculated. The authors have proposed the evaluation index in consideration of CO2 emission. which is considered not only CSO loads reduced but also CO2 emission. The calculation cases are 6 examples as following: without reservoir(case1), capacity of reservoirs are 10,000 - 50,000m3(case2 - 6). According to this evaluation index, the case3 which capacity of reservoir to 20,000m3 is the best. When projects are selected to improve social infrastructure, the index gives us an important information about efficient of project effect and CO2 emission.
PresentationsOZAKI,Taira2004/11～
PresentationsOZAKI,Taira2004/11～
PapersRESEARCH ON IMPROVEMENT PROJECT OF URBAN RIVER FROM THE VIEW POINT OF AMOUNT OF VISITSIn refereedAcademic Journal2004/10～We have studied the amount of visit, the use purpose and the degree of satisfaction to urban river by the questionnaire to residents. We considered the improvement direction of the river environment from relations, such as the amount of visits to a river, and the degree of satisfaction. Irrespective of the amount of visits, residents are dissatisfied to the quality and beauty of the water of a river. We have extracted the factors of ”comfortable”, ”clean”, ”safety”, and ”nature” from the factor analysis of the degree of satisfaction to a river. The amount of visits is influenced of the comfortable factor. It is important for the urban river construction to make it safe and comfortable.
PapersRUNOFF AND ACCUMULATION MODELS OF BENZO(a)PYRENE IN HIGHWAY DUST AND RUNOFF MATTERSAcademic JournalOZAKI,TairaBenzo(a)Pyrene;Highway pollution6th International Conference on Urban Drainage Modelling2004/9～
PapersEVALUATION OF RECYCLING SYSTEM OF BEVERAGE POLYETHYLENE TEREPHTHALATE BOTTLE IN CITIZENS' ACCEPTANCE INTENTIONIn refereedAcademic JournalCo-authorOZAKI Taira;Yasuhiko WADA;Kazuko NAKANO;Ayano IWAMOTOJournal of environmental system and engineeringNo.769/VII-32,43-542004/8～We calculated the amount of carbon dioxide emission and cost each case of different recover rate of PET bottle material recycling, reuse and not recycling. From a questionnaire, it was made clear citizens' acceptance intention degrees toward recycle and reuse PET bottle in order to evaluate citizens' intention about recycling PET. And, we carried out integrated evaluation of each PET bottle by the amount of carbon dioxide emission, cost and citizens' intention. As a result, material recycling is the best evaluation when recover rate is over 60%. If citizens' acceptance for reuse PET bottle becomes 90%, reuse is the best evaluation over the 50% recover rate.Grant-in-Aid for Scientific Research 2002-2003
PresentationsOZAKI,Taira2004/7～
CommentaryAccumulation and Runoff Simulation Model of Benzo(a)Pyrene From Automobile Exhaust EmissionOZAKI TairaTechnology Reports of Kansai UniversityNo.46,47-552004/3～
CommentaryMulti Purpose Assessment of Detention Storage Facilities for Pollution Control and Water Reuse in Urban AreaOZAKI Taira2004/3～
PapersIn refereedAcademic JournalCo-author2004/1～The influence of highway runoff on receiving water is considered serious. On the road surface and in side ditches, rubber debris from tires and automobile exhaust emission in the atmosphere and precipitation accumulate. These pollutants are discharged by heavy rainfall to the receiving water. These pollutants contain materials harmful to the human body and the ecosystem. In this study, the authors have investigated the amounts of accumulated pollutants and highway runoff pollutants. The correlation between SS (suspended solid) concentration and benzo(a)pyrene concentration was analyzed, and the mechanisms of highway runoff pollution and accumulation pollution were clarified. Benzo(a)pyrene concentration seemed to correlate with SS concentration. Therefore, the authors have anticipated that benzo(a)pyrene concentration is high in highway runoff and accumulated pollutants based on the runoff and accumulation models of SS. The resultobtained using these models almost correspond to the experimental result.Grant-in-Aid for Scientific Research on Priority Areas 200204-200203
PapersIn refereedCo-authorInhabitants consciousness;Community facilities;Runoff water Utilization;Storm Water ReservoirVol.31, 195-2002003/10～
CommentaryOZAKI,Taira2003/8～
PresentationsOZAKI,Taira2003/7～
PapersIn refereedCo-authorimage photograph;value of existence;willingness to pay;satisfactory level;eco-efficiencyNo.734/Ⅶ-27, 55-652003/5～
CommentaryOZAKI,Taira2003/5～
CommentaryOZAKI,Taira2003/4～
Research report2003/3～
CommentaryThe Monitoring of Endocrine Disrupting Chemicals of Combined Sewer OverflowsOZAKI TairaTechnology Reports of Kansai UniversityNo.45,27-342003/3～
CommentaryRenewal of Urban Water Supply System from the Viewpoint of EcodesignOZAKI TairaTechnology Reports of Kansai UniversityNo.45,35-442003/3～
PresentationsOZAKI,Taira2003/1～
Research reportOZAKI,Taira2002/12～
PapersIn refereedCo-authorsocial psychology;visitor's consciousness;feedNo.16, 281-2862002/11～
PapersIn refereedCo-authorCompensation;Energy Supply;Consensus Building;Waste Treatment FacilityNo.16, 85-902002/11～
PapersIn refereedCo-authorforeign substance mixing;collection of packaging waste;Low on Recycling Containers and Packaging2002/10～
PapersEstimation of Environmental Impact by Highway Runoff PollutionCo-authorOZAKI Taira;Y. Wada;H. MiuraEnvironmental Impact;Benzo(a)pyrene;runoff pollution model9th International Conference on Urban Storm Drainage, Portland, America2002/9～9th International Conference on Urban Storm DrainageAbstract┏B/┓
Highway runoff contains tire wear, automobile exhaust emission and so on. These materials are accumulated on the road surface in fine weather. These accumulation polluted loads contain harmful materials to the human body and the ecosystem. This highway runoff is not treated and is discharged to receiving water. We investigated the degree of highway runoff pollution. From the results of our investigation, we clarified that the concentration of Benzo(a)Pyrene in the highway runoff waters sometimes exceeded concentrations at 10-5 carcinogenic risk. We also researched the bottom sediments in the receiving water, too. The bottom sediments of the receiving water has Benzo(a)Pyrene more than bottom sediments of the average Japanese river. And, we have analyzed the runoff characteristics to establish runoff model for Benzo(a)pyerne. The runoff characteristics of Benzo(a)pyrene is the similar as suspended solid (SS). So, we have made the possibility to estimate a runoff pollution of Benzo(a)pyrene by this model.
PresentationsOZAKI,Taira2002/9～
PapersIn refereedCo-authorwater recycling;WTP;water supply system;eco-efficiency;ecodesign2002/7～Recently, it has been expected the social infrastructure system must be changed to an environment ally friendly one. Therefore, we proposed a new evaluation method, ”ecodesign”, to establish an environment ally friendly system of social infrastructure and performed an evaluation using the proposed method. Four renewal methods for urban water supply systems were evaluated in order to improve the quality and safety of drinking water: Four 1) high-level purified drinking water supply system, 2) domestic water recycling system, 3) movement of treated sewage discharging point to lower reaches, 4) water supply system with PET bottles. We evaluated each water supply system using to ecodesign approach based on citizens' evaluations, the amount of carbon dioxide emission and cost. Accordingly, the domestic water recycling system is the best system from the viewpoint of ”ecodesign”. Therefore, we consider that an ecodesign evaluation, with adequate evaluation items provides us important information for planning and implementation of projects to improve social infrastructure.
PresentationsOZAKI,Taira347-3492002/7～
CommentaryOZAKI,Taira2000/8～
PresentationsOZAKI,Taira2000/6～
PapersIn refereedCo-authortreated water flow back system;public enterprise;environmental friendly;cost effective;Eco-efficiency247-2531999/10～ABSTRACT; Recently, we must make public enterprises cost effective and environmental friendly. Methods of environmental conservation for water pollution are not exception. We examined environmental quality of a small river which was improved by the methods of environmental conservation. The conservation methods are sewer construction, the spread of private sewerage treatment tank for household wastewater, stream purification system in the flood plain and flow back system of advanced treated water for upstream of the river in a sub-urban area. And we estimated the costs and environmental loads of the environmental conservation for entire their life cycle. Moreover, we investigated the relation between environmental quality and cost or environmental loads. Therefore, we presented more cost effective and more environmental conscious methods of environmental conservation.
PresentationsOZAKI,Taira1999/9～
PapersIn refereedCo-authorriver environment;urban water cycle;LCA;treated water reuse;advanced wastewater treatment;environmental load;environmental consciousness1999/8～
PapersIn refereedCo-authortreated wastewater utilization;rainwater utilization;storm runoff control;urban runoff management1999/5～
PresentationsOZAKI,Taira1997/10～
PresentationsOZAKI,Taira1997/9～
PresentationsOZAKI,Taira1997/5～
Participation in International Conferences
- 9th International Conference on Urban Storm Drainage Sep.2002
- 6th International Conference on Urban Drainage Modelling Sep.2004
- 10th International Conference on Urban Storm Drainage Aug.2005
- 11th International Conference on Urban Drainage Sep.2008
- 8th International Conference on Urban Drainage Modelling Sep.2009
- IAHR-APD2010 Feb.2010
- 9th International Conference on Hydroinformatics Sep.2010
- 5th International Conference on Flood Management(ICFM5) Sep.2011
- 12th International Conference on Urban Drainage Sep.2011
- International Conference on Flood Resilience Experiences in Asia and Europe Sep.2013
- 35th IAHR World Congress Sep.2013
- 19th IAHR-APD Congress Sep.2014
- 13th International Conference on Urban Drainage Sep.2014
- International Symposium on City Planning Nov.2014
- The 8th Biennial Conference of the International Society for Industrial Ecology Jul.2015
- 10th International Urban Drainage Modelling Conference Sep.2015
- 20th Congress of the IAHR APD 2016 Aug.2016
- Nov.2016
Courses Taught
- Advanced Environmental Engineering
- Advanced Urban Environmentology
- Advanced Underground Space Engineering
- SeminarI（Civil, Environmental
- SeminarII（Civil, Environmental
- SeminarIII（Civil, Environmental
- SeminarIV（Civil, Environmental
- SeminarVII（Civil, Environmental
- SeminarVIII（Civil, Environmental
- Environmental Engineering
- Environmental Planning
- Global Environmental Systems for Urban Engineers
- Seminar for Urban Engineers
- Exercises in Environmental Engineering
- Thesis Projects I
- Introduction of Civil and Applied Systems Engineering
- Practice in Information Literacy
- Thesis Projects II
- Advanced Environmental Engineering
- Advanced Urban Environmentology
- Advanced Underground Space Engineering
- Thesis Projects III
- Personal Information
- Research Activities
- Research Activities
- Community Service
- Courses Taught