Masayuki Nakao
Masayuki NakaoProfessor
Hongo Campus
Department of Mechanical Engineering
Graduate School of Engineering
RESEARCH
Axiomatic design, Creative design, Failureology
Manufacturing process on automobile components
Nano and micro fabrication
KEYWORD
Tamotsu Murakami
Tamotsu MurakamiProfessor
Hongo Campus
Department of Mechanical Engineering
Graduate School of Engineering
RESEARCH
Design ideation by collaboration of human designer and information technology
Game design methodology to avoid negative UX without spoiling positive UX
Usability design technology applicable through upstream to downstream of design process
KEYWORD
Shinichi Warisawa
Shinichi Warisawa
Kashiwa Campus
Department of Mechanical Engineering
Graduate School of Frontier Sciences
RESEARCH
Health status estimation using daily sensing
Wearable continuous blood pressure monitoring
KEYWORD
Naohiko Sugita
Naohiko SugitaProfessor
Hongo Campus
Department of Mechanical Engineering
Graduate School of Engineering
RESEARCH
Cutting/grinding technology to realize high precision and efficiency for gear
Machining center with CFRP(carbon fiber reinforced plastic)
Micro machining of glass with ultra short pulse laser
Artificial knee joint designed for each patient
KEYWORD
Hayato Yoshioka
Hayato YoshiokaProfessor
Komaba Campus
Graduate School of Engineering Institute of Industrial Science
RESEARCH
Prediction and control of structural vibration in machine tools
High efficiency fine patterning technology on curved surface
Flexible manufacturing system with autonomous movable robots
Reconfigurable manufacturing system
KEYWORD
Jean-Jacques Delaunay
Jean-Jacques DelaunayAssociate Professor
Hongo Campus
Department of Mechanical Engineering
Graduate School of Engineering
RESEARCH
All-optical force sensor using transparent elastic structures
Surface-wave devices for bio-detection and all-optical switching
Control of thermal emission using micro/nano structuration
KEYWORD
Kensuke Tsuchiya
Kensuke TsuchiyaAssociate Professor
Komaba Campus
Graduate School of Engineering Institute of Industrial Science
RESEARCH
Mechanism of machining phenomena
Mechanical process with high efficiency
Smart production systems
KEYWORD
Misato Nihei
Misato NiheiAssociate Professor
Kashiwa Campus
Department of Mechanical Engineering
Graduate School of Frontier Sciences
RESEARCH
Generalization and practice of welfare equipment design theory by incorporating research qualitative research methods into equipment development Research on the development of welfare equipment and life support equipment and on comprehensive evaluation methods
Research on the introduction of welfare equipment
Research and development of equipment for mobility support for the elderly and disabled
KEYWORD
Hideyoshi Yanagisawa
Hideyoshi YanagisawaAssociate Professor
Hongo Campus
Department of Mechanical Engineering
Graduate School of Engineering
RESEARCH
Modeling perception and emotion based on neuro-information-theoretic approach
Sense of agency and interface design
Safety and reliable design of autonomous machines for human
Multi-sensory design based on the first principle modeling
Multilingual semantic words management in design process
KEYWORD
Masamichi Shimosaka
Masamichi ShimosakaAssociate Professor (Specific Visiting)
Hongo Campus
Graduate School of Engineering
RESEARCH
Human behavior modeling with Inverse optimal control
People flow modeling from massive GPS data
Machine learning for IoT / mobile phone sensing
KEYWORD
Rui Fukui
Rui FukuiAssociate Professor
Kashiwa Campus
Department of Mechanical Engineering
Graduate School of Frontier Sciences
RESEARCH
Robot systems for track structure construction in a difficult manned environment
Construction planning method for track structure construction robot systems
Infinite orbit type continuous moving mechanisms for high mobility ceiling moving robots
Direct view tele-operation interface of hydraulic excavator using tablet terminals
KEYWORD
Reo Kometani
Reo KometaniAssociate Professor
Kashiwa Campus
Department of Mechanical Engineering
Graduate School of Frontier Sciences
RESEARCH
Development of healthcare devices and systems: Breath sensor systems
Research on optical measurement devices for increasing the capacity of optical communications
Ultrafine processing technology
KEYWORD
Keisuke Nagato
Keisuke NagatoAssociate Professor
Hongo Campus
Department of Mechanical Engineering
Graduate School of Engineering
RESEARCH
Microfabrication of functional surface
High-speed and microscale mechanism on powder bed fusion
Powder Process Informatics
KEYWORD
Tsuyoshi Furushima
Tsuyoshi FurushimaAssociate Professor
Komaba Campus
Graduate School of Engineering Institute of Industrial Science
RESEARCH
Micro stamping process for medical and electromechanical compomemts
Meso-scale material modeling considering crystal structure and surface roughenss
Fabrication of bio and medical microtubes by dieless forming process
Non-contact measurement techniques of plastic deformation
Development of Intelligent metal forming process
KEYWORD
Takayuki Yamada
Takayuki YamadaAssociate Professor
Hongo Campus
Department of Mechanical Engineering
Graduate School of Engineering
RESEARCH
Topology optimization with manufacturability
Construction of a geometric mathematical model for design and manufacturing and development of an optimal design system
Topology optimization of mechanisms and generation of robots
Optimal design of metamaterials and multi-scale design
KEYWORD
Toru Kizaki
Toru KizakiLecturer
Hongo Campus
Department of Mechanical Engineering
Graduate School of Engineering
RESEARCH
Condition monitoring of precision machine tools based on real-time estimation of machine dynamics
Realization of high-precision thermal displacement compensation based on large-scale temperature measurement
Development of in-process measurement technology for geometric accuracy of precision machine tools
Development of sensor-integrated cemented carbide tools by the novel sintering process
KEYWORD
Yusuke Ito
Yusuke ItoLecturer
Hongo Campus
Department of Mechanical Engineering
Graduate School of Engineering
RESEARCH
Ultrafast laser processing by high-speed control of electron density
Precision laser processing with high-speed monitoring and feedback
Ultrafast quantitative imaging of electron-phonon interaction process
Deformation mechanism of cells by ultrafast biological stress imaging
KEYWORD