Researcher Database

（Last updated : 2025-04-18 08:52:24）　

YAMANE DAISUKE

Department / Course College of Science and Engineering Department of Mechanical Engineering

Title / Position Professor

Scopus Paper Info
Paper Count: 103 Citation: 703 h-index: 13

Click to view the Scopus page. The data was downloaded from Scopus API on Apr 21, 2025. via http://api.elsevier.com and http://www.scopus.com .

Other Affiliations
1.	Graduate School of Science and Engineering

Academic background
1.	2011/03 Degree Acquisition	│ The University of Tokyo Doctor of Engineering
2.	～2006/03	Electronic Engineering │ Faculty of Engineering │ The University of Tokyo │ Graduated
3.	～2008/03	Master Course │ Electrical Engineering and Information Systems │ Graduate School of Engineering │ The University of Tokyo │ Completed
4.	～2011/03	Doctoral Program (2nd Semester) │ Electrical Engineering and Information Systems │ Graduate School of Engineering │ The University of Tokyo │ Completed

Business career
1.	2025/04/01 ～	Professor │ College of Science and Engineering, Dep. of Mechanical Engineering │ Ritsumeikan University
2.	2024/04/01 ～	RARA (Ritsumeikan Advanced Research Academy) associate fellow │ │ Ritsumeikan University
3.	2020/08/01 ～ 2022/07/31	Senior Scientific Research Specialist │ │ MEXT
4.	2020/04/01 ～ 2025/03/31	Associate Professor │ Faculty of Science and Engineering, Department of Mechanical Engineering │ Ritsumeikan University
5.	2017/10/01 ～ 2021/03/31	ResearchDirector │ │ Japan Science and Technology AgencyPRESTO
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Committee and society
1.	2024/12 ～	IEEE Journal of Microelectromechanical Systems (JMEMS) Editor
2.	2024/12 ～ 2025/07	The 23rd International Conference on Solid-State Sensors, Actuators and Microsystems (TRANSDUCERS 2025) Technical Program Committee, Member
3.	2024/06 ～	JSPS (The Japan Society of Applied Physics) Meeting Program Editorial Board Member (16.2 Energy Harvesting)
4.	2024/05 ～ 2025/01	IEEE MEMS 2025 Technical Program Committee Member
5.	2024/02 ～ 2024/12	MNC 2024 (36th International Microprocesses and Nanotechnology Conference) Section 5 Sub Head, Program Committee Member
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Research activities
1.	2023/12/21 ～	PowerMEMS (Micro and Nanotechnology for Power Generation and Energy Conversion Applications)
2.	2023/12/21 ～	∟ International Steering Committee Member
3.	2022/04 ～	JSME (The Japan Society of Mechanical Engineer)
4.	2013 ～	The Institute of Electronics, Information and Communication Engineers
5.	2013 ～	IEEE (Institute of Electrical and Electronics Engineers)
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Subject of research
1.	Integrated CMOS-MEMS
2.	MEMS Energy Harvester
3.	MEMS Inertial Sensor
4.	Micro-Mechatro System

Research summary
Smart Micro-Mechatro Systems and its Applications For the future CPS (Cyber-Physical Systems) era where people, things, and society will be seamlessly connected, we promote MEMS researches focusing on the development of microsensors, actuators, and energy harvesters that have “smart” functions that can autonomously respond to environmental changes. This research is in an interdisciplinary field that creates novel values by flexibly combining many different technologies such as mechanical engineering, electrical and electronic engineering, nano/micro science, material science, and information engineering.

Present specialized field
Nanomaterials engineering, Nano/Microsystems, Dynamics/Control, Intelligent mechanics/Mechanical systems, Power engineering/Power conversion/Electric machinery, Electron device/Electronic equipment (Keyword：MEMS(Microelectromechanical Systems)，Micro & Nanofabrication, Micromachine, Micro Sensors & Actuators, Energy Harvester, CMOS-MEMS, Micromechatronics)

Books
1.	2021/04	Effective Young’s Modulus of Elelectrodeposited Gold for Design of MEMS Accelerometers │ 3
2.	2019/03	4. Pulse-Current Electrodeposition of Gold" in Masato Sone and Kazuya Masu (Eds.) :Novel Metal Electrodeposition and the Application toward MEMS Device
3.	2019/03	5. Electrodeposition of Gold Alloys and the Mechanical Properties" in Masato Sone and Kazuya Masu (Eds.) :Novel Metal Electrodeposition and the Application toward MEMS Device
4.	2019/03	8. Multi-Physics Simulation Platform and Multi-Layer Metal Technology for CMOS-MEMS Accelerometer with Gold Proof Mass" in Masato Sone and Kazuya Masu (Eds.) :Novel Metal Electrodeposition and the Application toward MEMS Device
5.	2019/01	Design of Au-Based Micro-Components with High Structure Stability for Applications in MEMS Inertial Sensors" Advances in Microelectronics Reviews, Vol. 2 │ ,pp.23-48
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Papers
1.	2025/01/21	Radial Stress Distribution in Micro Dry-Etched Perfluorinated Polymer Optical Fibers │ IEEJ Transactions on Electrical and Electronic Engineering (TEEE E) │ 20 (7)
2.	2025	Protection layer-assisted cross-sectional observation method for micro-processed polymer optical fibers │ JSME Mechanical Engineering Journal, Recent Advances in Micro-Nano Science and Technology on Micromachines 2024 (MEJ:MN) │
3.	2025	Refining high-resolution BOCDR using polymer fibers by modeling refractive index differences in optical paths │ IEEJ Transactions on Electrical and Electronic Engineering (TEEE E) │
4.	2024/07/16	Influence of Pulsed Reverse Electrodeposition on Mechanical Properties of Ni–W Alloys │ Electrochem │ 5 (3),pp.287-297
5.	2024/05	Circuit Simulator Implementation of an Equivalent Circuit Model of Self-Assembled Electret Vibrational Energy Harvesters Based on an Energy Diagram │ IEEJ Transactions on Electrical and Electronic Engineering (TEEE E) │ 19 (5),pp.920-924
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Academic conference presentation
1.	2025/03/10	MEMS Integrated with Self-Assembled Electrets
2.	2024/11/20	Design of MEMS Vibrational Energy Harvesters using Micro-Cavity Structures with Self-Assembled Electrets
3.	2024/11/15	Cross-Sectional Modeling of RIE-Processed Perfluorinated Polymer Optical Fibers
4.	2024/11/11	Excitation of axially asymmetrical modes in plasma-etched POF for high-sensitivity modal-interference-based strain sensing
5.	2024/07/02	MEMS-Electret Integration Technology for Smart Sensors
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Works
1.	2023/03/06	Smart mechatronics for MEMS vibration energy harvesters (Purdue University)
2.	2021/11/26	Research on Electroplated MEMS (オンライン開催)
3.	2021/06/07	Electroplated CMOS-MEMS Technologies (Taiwan (Online))
4.	2021/03/03	Electroplated CMOS-MEMS Technology
5.	2013/12/11	CMOS-MEMS Accelerometer for sub-1g Detection (National United University, Miaoli, Taiwan)

Winning science prize
1.	2025/03/08	IOP Publishing Outstanding Reviewer Awards 2024 (Dr Daisuke Yamane is recognized as an Outstanding Reviewer for Japanese Journal of Applied Physics)
2.	2024/11/13	32nd International Conference on Plastic Optical Fibers (POF 2024) Best Poster Award (Excitation of axially asymmetrical modes in plasma-etched POF for high-sensitivity modal-interference-based strain sensing)
3.	2020/04	Editorial Department of Sensors and Materials MYU K.K. Sensors and Materials, Young Researcher Paper Award 2019 "Highly Commended Paper (A MEMS Accelerometer for Sub-mG Sensing)
4.	2019/04	Springer Nature SDGs Award (Energy Harvesters for Autonomous Wireless Sensors in True IoT Society)
5.	2016/11	IEEE Sensors Council IEEE SENSORS 2016 Best Industry Paper Award (A Damping Constant Model for Proof-Mass Structure Design of MEMS Inertial Sensor by Multi-Layer Metal Technology)
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Grants-in-Aid for Scientific Research -KAKENHI-
1.	2022/04/01 ～ 2025/03/31	Charge-Free Electrostatic MEMS Vibration Energy Harvester for Sensor/LSI Integration │ Grant-in-Aid for Scientific Research(B)
2.	2019/04 ～ 2022/03	Development of MEMS Self-Destruction Design Technology for Secure IoT Devices
3.	2015/04 ～ 2018/03	Development of Nano-G Detection Method using Electroplated Au-Alloy with Controlled Crystal Structure
4.	2013/04/01 ～ 2015/03/31	High-throughput decontamination technology for autologous hematopoietic stem-cell transplantation │ Grant-in-Aid for challenging Exploratory Research
5.	2013/04 ～ 2015/03	A study on NEMS-Casimir multifunction sensors
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Competitive grants, etc. (exc. KAKENHI)
1.	2015 ～ 2015	Development of MEMS Accelerometer for Micro Acceleration Sensing │ Research by External Competitive Fund │ 16th Tanaka Kikinzoku Memorial Foundation MMS Prize
2.	2013/03 ～ 2014/02	Development of NEMS Sensor using Repulsive/Attractive Force by Casimir Effect │ Research by External Competitive Fund │ 2013 Tokyo Institute of Technology Fund

Achievements of joint.Funded research
1.	2025/04/01 ～ 2026/03/31	Integration of MEMS and electrets on CMOS-LSI │ International Joint Research
2.	2021/04/01 ～ 2022/03/31	2020 Cooperative Research Projects at Research Center for Biomedical Engineering "Mechanical Characterization of Alloys for Wearable Sensors
3.	2019/05 ～ 2020/03	2019 Cooperative Research Projects at Research Center for Biomedical Engineering "Development of a Highly-sensitive Flexible Tactile Sensor for Assistance Robots
4.	2019/05 ～ 2020/03	2019 Cooperative Research Projects at Research Center for Biomedical Engineering "Vibration Testing of Microfluidic Devices for Cell Analysis: Toward Practical Applications
5.	2018/04 ～ 2019/03	2018 Cooperative Research Projects at Research Center for Biomedical Engineering "Development of a Highly-sensitive Flexible Tactile Sensor for Assistance Robots
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Message
1.	For those who plan to study in university or graduate school To experience new perspectives of the world through academic learning would be one of the real pleasures of studying at university. Especially in the engineering field, you might be overwhelmed by the accumulation of sophisticated techniques used in various things around you. At the same time, many technological issues should become clear as we consider future society. University's research activities are working to solve such problems, and students and faculty members work together for such research every day. Even in the microscopic world, which cannot be seen in everyday life, new technologies are rapidly developed in various fields such as mechanical engineering, electrical and electronic engineering, and biomedical engineering, and their fusion fields. I would like you to be conscious of such dynamic learning and research activities when you go on to university. If you are interested in MEMS/micromachines (anyone, not just university students) and considering for a laboratory at a university or going to graduate school, please contact us at any time. We accept requests for laboratory tours and consultations regarding research content at any time.