Faculty Information - Shintani Yukihiro

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Academic background

Present specialized field

E-Mail Address

Research activities

Acquisition patent

Works

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Committee and society

（Last updated : 2025-03-24 13:43:00）

Shintani Yukihiro
Department of Business System Design and Management, Faculty of Innovative Management Science

Master's Program and Doctoral Program in Management Science, Graduate School of Social Systems Science

Professor

■ Office

Tsudanuma Campus, No.2 Building,16th floor room 011605

■ Academic background

1.		〔Doctorial Course〕, Waseda University, Completed, Ph.D
2.		〔Master Course〕, MANNING SCHOOL OF BUSINESS, The University of Massachusetts, Completed, MBA
3.		〔Master Course〕, The University of Tokushima, Completed, M.A.Sci (Master of Arts and Sciences)

■ Present specialized field

Social systems engineering, Others, Others

■ E-Mail Address

■ Research activities

1.	2019～	Japan Marketing Academy
2.	2023～	∟ Director
3.	2019～	PMI (Project Management Institute)
4.	2019～	∟ Registered Product Owner
5.	2019～	∟ Registered Scrum Master
6.		Essential Management Science Institute
7.	2020～	∟ Fellow
8.	2022～	Internatiomal Association of Project & Program Manegement.
9.	2019～	The Society of Project Management
10.	2006～	Japan Association of Chemical Sensors, The Electrochemical Society of Japan
11.	2006～	THE JAPAN SOCIETY FOR RESEARCH POLICY AND INNOVATION MANAGEMENT
12.	2006～	THE SOCIETY OF CHEMICAL ENGINEERS, JAPAN
13.	1999～	The Japan Society for Analytical Chemistry
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■ Acquisition patent

1.	2021	离子传感器以及离子浓度测定方法
2.	2016/06/01	Method for treating surface of diamond thin film, method for forming transistor, and sensor device
3.	2016/02/23	Ph sensor, ph measurement method, ion sensor, and ion concentration measurement method
4.	2015/06/10	pH传感器，pH测定方法，离子传感器及离子浓度测定方法
5.	2014/08/01	Ph sensor, ph measurement method, ion sensor, and ion concentration measurement method

■ Works

1.	Book	出口戦略に基づく研究開発テーマの設定と事業化への繋げ方技術情報協会 pp.336-342 (Single) 2023/10
2.	Book	Micro Total Analysis Systems 2004 (Collaboration) 2005/04/01
3.	Book	AIR QUALITY AND ATMOSPHERIC SCIENCE (Collaboration) 1999
4.	Book	AIR QUALITY AND ATMOSPHERIC SCIENCE CHINA OCEAN PRESS (Collaboration) 1999
5.	Article	Research on Project Management Methods from the Perspective of National Character: Suitability of Plan-driven and Change-adaptive Approaches The 16th International Conference on Project Management (ProMAC2024) pp.189-199 (Collaboration) 2024/12/03
6.	Article	A study on how corporate health strategies affect innovation (Single) 2024/12
7.	Article	Correlation between Decentralized Autonomous Organizations and Teal Organizations in the Organizational Structure IEEE/ACIS 26th International Conference on Computer and Information Science (ICIS 2024-Summer III) (Collaboration) 2024/07
8.	Article	Impact of Agile Methodology on IoT Development Reliability (Single) 2024/01
9.	Article	Examination of Educational Effects through Time Series Analysis and Cluster Analysis of Grade Rankings in Group Work Proceedings of Annual Conference of Japanese Society for Engineering Education pp.362-363 (Single) 2024
10.	Article	Writing Support Issues for First-Year University Students－Results of Questionnaire Survey of Japanese Language Teachers－ Proceedings of Annual Conference of Japanese Society for Engineering Education pp.30-31 (Collaboration) 2024
11.	Article	「PMBOK® 第7版12の原理・原則を事例で伝える物語～研究会の活動状況と試作品の紹介～連載第一回当研究会における課題認識と目的 (Collaboration) 2024
12.	Article	第 37 回国際 P2M 学会春季研究発表大会結果報告 pp.2-5 (Collaboration) 2024
13.	Article	Organizational transformation from a strategic to a being-oriented approach to research and development in the manufacturing industry. pp.15-16 (Single) 2023/12
14.	Article	Business Resilience Through Early Agile Adoption: A Study on Starting Preconditions The 15th International Conference on Project Management (ProMAC2023) pp.76-88 (Collaboration) 2023/11
15.	Article	Redefining the Organization of Research and Development for Technology-Based Companies in the Age of Stakeholder Capitalism - A Purpose-Driven Management Approach - 14th International Congress on Advanced Applied Informatics (IIAI-AAI) pp.645-650 (Single) 2023/07
16.	Article	Ion Sensitive Stainless Steel Vessel for All-solid-state pH Sensing System Incorporating pH Insensitive Diamond Solution Gate Field-effect Transistors (Collaboration) 2023/03/22
17.	Article	Fluorine-Terminated Polycrystalline Diamond Solution-Gate Field-Effect Transistor Sensor with Smaller Amount of Unexpectedly Generated Fluorocarbon Film Fabricated by Fluorine Gas Treatment materials 15(9),pp.2966 (Collaboration) 2022/04/19
18.	Article	A Study of R&D Management from the Perspective of Purpose Management pp.96-102 (Single) 2022
19.	Article	Dependence of Electric Signal Transmission in Seawater utilizing Diamond Solution Gate FET on the NaCl Concentration 2020 International Conference on Solid State Devices and Materials (SSDM2020) (Collaboration) 2020/09/27
20.	Article	Deoxyribonucleic-acid-sensitive Polycrystalline Diamond Solution-gate Field-effect Transistor with a Carboxyl-terminated Boron-doped Channel. Analytical sciences 35(8),pp.923-927 (Collaboration) 2019/08
21.	Article	Study of Polycrystalline Boron-doped Diamond Electrolyte-solution-gate Field-effect Transistor for Chemical Sensor BUNSEKI KAGAKU 68(2),pp.139-140 (Single) 2019/02/01
22.	Article	Role of carboxyl and amine termination on a boron-doped diamond solution gate field effect transistor (SGFET) for PH sensing 18(7),pp.2178-2178 (Collaboration) 2018/07/06
23.	Article	Threshold voltage control of electrolyte solution gate field-effect transistor by electrochemical oxidation 111(1) (Collaboration) 2017/07/03
24.	Article	An all-solid-state pH sensor employing fluorine-terminated polycrystalline boron-doped diamond as a pH-insensitive solution-gate field-effect transistor 17(5),pp.1040-1040 (Collaboration) 2017/05/05
25.	Article	ALL-SOLID-STATE PH SENSOR WITH FLUORINE-TERMINATED DIAMOND SURFACE Chemical Sensors 33(Supplement B),pp.112-114 (Collaboration) 2017
26.	Article	Development of Glassless All-solid pH Sensor 横河技報 60(1),pp.31-34 (Collaboration) 2017
27.	Article	Polycrystalline Boron-doped Diamond Electrolyte-solution-gate Field-effect Transistor Applied to the Measurement of Water Percentage in Ethanol 33(10),pp.1193-1196 (Collaboration) 2017
28.	Article	High voltage breakdown (1.8 kV) of hydrogenated black diamond field effect transistor 109(20),pp.4 (Collaboration) 2016/11/14
29.	Article	Polycrystalline boron-doped diamond with an oxygen-terminated surface channel as an electrolyte-solution-gate field-effect transistor for pH sensing 212,pp.10-15 (Collaboration) 2016/09/10
30.	Article	Hydrogen ion sensitivity of termination-controlled polycrystalline diamond field effect transistor sensor Chemical Sensors 30(Supplement B),pp.64-66 (Collaboration) 2014
31.	Article	DEVELOPMENT OF BORON-DOPED POLYCRISTALLINE DIAMOND FIELD EFFECT TRANSISTOR SENSOR AND ITS CHARACTERISTICS OF PH-SENSITIVITY Chemical Sensors 29(Supplement A),pp.16-18 (Collaboration) 2013
32.	Article	High-throughput protein digestion by trypsin-immobilized monolithic silica with pipette-tip formula 70(1),pp.57-62 (Collaboration) 2007/02/23
33.	Article	Development of miniaturized multi-channel high-performance liquid chromatography for high-throughput analysis Journal of Chromatography A 1073(44563),pp.17-23 (Collaboration) 2005/05/06
34.	Article	Titania-coated monolithic silica as separation medium for high performance liquid chromatography of phosphorus-containing compounds 28(1),pp.39-44 (Collaboration) 2005/01/01
35.	Article	Passive low pass valve for sample injection in high pressure systems (297),pp.31-33 (Collaboration) 2005
36.	Article	Polydimethylsiloxane connection for quartz microchips in a high-pressure system 20(12),pp.1721-1723 (Collaboration) 2004/12/01
37.	Article	Phosphopeptide-selective column-switching RP-HPLC with a titania precolumn 20(9),pp.1313-1319 (Collaboration) 2004/09/01
38.	Article	Development of a monolithic silica extraction tip for the analysis of proteins 1043(1),pp.19-25 (Collaboration) 2004/07/16
39.	Article	Simple and Comprehensive Two Dimensional Reversed-Phase HPLC Using Monolithic Silica Column 76(5),pp.1273-1281 (Collaboration) 2004/03/01
40.	Article	Development of a parallel HPLC system using monolithic silica capillary columns connected with chips Chromatography 25,pp.17-18 (Collaboration) 2004
41.	Article	Development of Micro-HPLC with High Sensitivity/Throughput Bio Industry 21(11),pp.37-43 (Collaboration) 2004
42.	Article	Monolithic silica column for in-tube solid-phase microextraction coupled to high-performance liquid chromatography 985(44563),pp.351-357 (Collaboration) 2003/01/24
43.	Article	Development of a novel and functional microHPLC: Contribution to combinatorial sciences and proteomics J. OF THE JAPAN SOCIETY FOR BIOSCIENCE BIOTECHNOLOGY AND AGROCHEMISTRY 77(9),pp.872-875 (Collaboration) 2003
44.	Article	Development of a novel and functional microHPLC: Contribution to combinatorial sciences and proteomics Nippon Nogeikagaku Kaishi 77(9),pp.872-875 (Collaboration) 2003
45.	Article	Development of Passive Technology for Simultaneous Sulfur Dioxide and Nitrogen Dioxide Monitoring pp.40-46 (Collaboration) 1999
46.	Article	Monitoring of SO_2 and NO_x by Passive Samplers in China Cities Proc.Atmospheric Sciences and Applications to Air Quality 6th International Conference Vol.2, No.1, p.36-38 (Collaboration) 1998
47.	Article	Passive Sampler Technology For Simultaneous SO_2,NO_2 Monitoring Atmospheric Sciences and Applications to Air Quality Vol.2, No.1, pp.33-35 (Collaboration) 1998
48.	Article	Development of a passive sampler which utilizes molecular diffusion characteristics of sulfur dioxide. pp.222 (Collaboration) 1997
49.	Article	Feasibility study on a newly developed device for simple measurement of sulfur dioxide. pp.4-5 (Collaboration) 1997
50.	Article	NO2 exposure analysis using passive sampler in Tokushima. pp.10-11 (Collaboration) 1996
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■ Home Page

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▶ Patent List (link to Google Patent)

■ Committee and society

1.	2021～	THE SOCIETY OF CHEMICAL ENGINEERS, JAPAN Kanto Branch; Kanto Technical Salon
2.	2020～	Essential Management Science Institute Fellow
3.	2018～2019	THE SOCIETY OF CHEMICAL ENGINEERS, JAPAN Fukushima Reconstruction and Decommissioning Technology Study Group
4.	2016～2018	Japan Bioindustry Association (JBA); Healthcare Research Group Subcommittee
5.	2016～2018	The Japan Association for Chemical Innovation (JACI); Brain Science Research Working Group
6.	2016～2019	THE SOCIETY OF CHEMICAL ENGINEERS, JAPAN Social Implementation Research Group
7.	2015～2019	.
8.	2008	Japan Electronics and Information Technology Industries Association (JEITA) MEMS/NEMS Sensing Device Technology Subcommittee
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