Find Academic Supervisors

• Medical Assistive Technology
• Robotics and Intelligent Systems
• Design Engineering
• +3 more

Eiichiro Tanaka is a Professor at Waseda University's Faculty of Science and Engineering , specializing in Medical Assistive Technology , Robotics , and Design Engineering . His research focuses on developing wearable robotic systems for gait training, neuro-rehabilitation, and elderly mobility assistance. Key Research Areas : 1. Human-Robot Interaction for emotion-adaptive assistive devices. 2. Biomechanical Modeling of lower-limb assistance. 3. Ontological Frameworks for academic emotion analysis. 4. Non-Powered Exosuits for muscle fatigue reduction. His work integrates deep neural networks and physiological signal processing to create emotion-aware walking aids. Recent studies (2022-2020) demonstrate 24% fatigue delay and 16% walking distance improvement using RE-Gait® devices. Earlier projects include guide-dog robots and self-contained gear diagnostics . All publications employ 3D motion analysis , Wearable Sensors , and torque control algorithms .

• Control Systems
• Energy Management
• Distributed Optimization
• +4 more

Yutaka Iino serves as an Associate Professor at Waseda University's Advanced Collaborative Research Organization for Smart Society (ACROSS) and Research Institute for Advanced Network Technology (RIANT). With over 35 years of professional experience, he transitioned from a long career at Toshiba Corporation (1984-2018) where he worked on energy management and energy-saving technologies, to his current academic position focusing on smart society element technologies including power, transportation, and information systems. Doctor of Engineering from Tokyo Institute of Technology (2015) Master's in Electrical Engineering from Waseda University (1984) Bachelor's in Electrical Engineering from Waseda University (1982) Professor Iino's research focuses on control and system engineering with particular emphasis on energy management systems and distributed optimization. His work bridges theoretical control systems with practical applications in smart grids, electric transportation, and distributed energy resources. He has pioneered approaches in decentralized optimization, modeling techniques for energy systems, and demand science applications in power networks. His research interests include Di-centralized and distributed optimization, Distributed Energy Resource management, System Control Theory, and Demand Science. Analysis of his recent publications reveals a strong focus on practical applications of distributed energy resources, particularly in the context of electric buses, photovoltaic integration, and grid congestion management. His work demonstrates a consistent trajectory toward developing market-oriented solutions for energy systems, with increasing emphasis on machine learning techniques for parameter optimization and federated learning for smart inverter control. The research spans multiple domains including electrical engineering, transportation systems, and control theory, with a clear practical orientation toward solving real-world energy challenges. SICE Paper Award, No.1995 for 'Cyber-physical Optimal Traffic Signal Control Based on a Macroscopic Traffic Model and Its Verification Using Microscopic Traffic Simulator' Best Paper Award of IEEJ Transactions on Electrical and Electronic Engineering 2021 for 'Evaluation of Mutual Effect between Power and Traffic Aiming Electrified Urban Transportation System Using Integrated Light Rail Transit and Distribution System Model' Professor Iino has secured research funding through Japan Society for the Promotion of Science Grants-in-Aid for Scientific Research, including current projects on cooperative next-generation distribution system operation methods for mass introduction of photovoltaic power generation (2023-2027) and hybrid model analysis methods with data and physical models for automatic energy analysis (2020-2023). His committee memberships include roles in IEEE, Japan Society of Energy and Resources, The Institute of Electrical Engineers of Japan, and The Society of Instrument and Control Engineers (where he holds Fellow status). At Waseda University, Professor Iino contributes to the research ecosystem through the Advanced Collaborative Research Organization for Smart Society, where he leads efforts in developing practical energy management solutions that bridge theoretical control systems with real-world applications in smart grids and transportation electrification. His work exemplifies the integration of academic research with industry applications, leveraging his extensive industrial experience at Toshiba to inform his current academic pursuits.

• Human geosciences
• Foundations of Life
• Bio-philosophy
• +4 more

Yukio Gunji is a Professor at Waseda University's School of Fundamental Science and Engineering since 2014, with prior 27-year tenure at Kobe University. Holding a Ph.D. in Science from Tohoku University, he bridges Cognitive Science Quantum Logic Bio-inspired Computing Swarm Dynamics through interdisciplinary research. His work reveals quantum-like cognitive structures via Orthomodular lattices from rough set analysis Inverse Bayesian inference systems Asynchronous cellular automata models explaining phenomena like free will paradoxes , virtual agent persuasion , and Physarum plasmodium decision-making . Analysis of 15 recent articles shows strong focus on Lévy walk patterns in ants and fish schools, self-avoiding walk algorithms , and nonlocal cognitive models . Key contributions include Developing Extended Bayesian Inference frameworks Formalizing trilemma structures in consciousness studies Creating heterarchical market models with critical behavior while his Virtual Hand experiments challenge ownership perception boundaries through squeeze machine studies.

• Composite Materials
• Fatigue and Fracture Mechanics
• Nondestructive Inspection
• +3 more

Atsushi Hosoi is a Professor at Waseda University's Faculty of Science and Engineering. His research focuses on composite materials, fracture mechanics, and fatigue analysis for structural integrity. Key Affiliations: Waseda University (2016–present), Nagoya University (2008–2014) Education: Engineering degree from Waseda University Research Interests encompass: Nondestructive inspection of composite materials Fatigue crack initiation and damage progression in CFRP Interlaminar fracture toughness and nanostructured bonding Carbon nanotube composites for mechanical/electrical enhancement High-cycle fatigue testing using ultrasonic methods Scientific Awards include: Hayashi Award (2020) from Japan Society for Composite Materials Ministry of Education Award for Young Scientists (2017) Funai Academic Award (2017) for composite reliability research JSME Paper Awards (2015, 2016)

• Metals production and resources production
• Metallic material properties
• Mechanics of materials
• +8 more

Shinsuke Suzuki is a Professor at the School of Fundamental Science and Engineering, Faculty of Science and Engineering, Waseda University. He holds a Doctor of Engineering degree from Waseda University and has established himself as a leading researcher in materials science and engineering with a particular focus on metallic materials and their applications in high-temperature environments and aerospace engineering. Dr. Suzuki's educational background includes a Doctor of Engineering from Waseda University, indicating a strong foundation in advanced materials science and engineering principles. Professor Suzuki's research spans multiple domains within materials science. His primary interests include solidification, casting, physical properties of liquid metals, porous metals, plastic deformation, mechanical properties, and space utilization . His work bridges fundamental materials science with practical engineering applications, particularly in high-temperature environments. He has made significant contributions to understanding the behavior of metallic materials under extreme conditions, with applications in aerospace engineering and advanced manufacturing processes. His research often combines experimental approaches with computational modeling to address complex materials challenges. Analysis of Professor Suzuki's recent publications reveals a strong focus on Ni-based superalloys and their high-temperature properties. His work consistently addresses critical challenges in oxidation resistance, impurity effects, and desulfurization techniques for advanced alloys. A significant portion of his research investigates methods to improve the performance of turbine blade materials through CaO crucible melting and other innovative processing techniques. He also maintains active research in porous metals, deformation behavior, and space-related materials science, demonstrating remarkable breadth across multiple sub-disciplines within materials engineering. Professor Suzuki has received numerous prestigious awards for his contributions to materials science: 日本金属学会 論文賞第7回「まてりあ論文」 (2009) 高温学会 解説賞 (2009) 日本マイクログラビティ応用学会 奨励賞 (2005) 軽金属学会 学生優秀発表賞 (1996) 軽金属学会 学生優秀発表賞 (1994) Professor Suzuki is an active member of numerous professional societies including the Japan Institute of Metals, High Temperature Society, Japan Society of Microgravity Applications, Light Metals Society of Japan, Japan Society for Plastic Processing, Japan Society of Mechanical Engineers, and others. His research has been supported by various grants focusing on advanced materials development, particularly in the areas of high-temperature alloys, porous metals, and space materials science. He has advised numerous graduate students who have gone on to successful careers in academia and industry. Professor Suzuki's work involves collaboration with multiple research teams across Japan, particularly with researchers working on Ni-based superalloys and high-temperature materials. His laboratory at Waseda University appears to have capabilities for advanced materials characterization, thermal analysis, and mechanical testing, with particular expertise in high-temperature oxidation testing and microstructure analysis. His research often involves international collaboration, particularly with space agencies for microgravity-related materials research.

• Thermal Engineering
• Tribology
• Machine Elements
• +2 more

Koji Kikuhara is an Assistant Professor (non-tenure-track) at Waseda University's Graduate School of Environment and Energy Engineering. He has been in this position since April 2023, following a postdoctoral research associate position at MIT's Department of Mechanical Engineering (2019-2022) and previous faculty positions at Tokyo City University and Waseda University. Dr. Kikuhara earned his Doctor of Engineering degree from Waseda University in June 2017. His academic journey includes: 2023.04 - Now: Waseda University, Graduate School of Environment and Energy Engineering, Assistant Professor 2022.04 - 2023.03: Waseda University, Graduate School of Environment and Energy Engineering 2019.04 - 2022.03: Massachusetts Institute of Technology, Department of Mechanical Engineering, Postdoctoral Research Associate 2016.04 - 2019.03: Tokyo City University, Faculty of Engineering Department of Mechanical Engineering 2013.04 - 2016.03: Waseda University, Faculty of Science and Engineering Dr. Kikuhara's research focuses on thermal engineering, machine elements and tribology, and design engineering, with particular emphasis on internal combustion engines. His work centers on understanding lubrication mechanisms in engine components, especially related to oil consumption phenomena. He has made significant contributions to understanding oil film behavior under oil control rings, the effects of cylinder liner microstructures on lubrication, and the impact of piston design features on oil consumption. His research employs both experimental and numerical approaches, including pressure measurements using fiber optic sensors, laser-induced fluorescence methods for oil film thickness measurement, and computational fluid dynamics modeling of oil film behavior. This multidisciplinary approach has provided valuable insights into the complex lubrication mechanisms within internal combustion engines. Dr. Kikuhara's publication record shows a consistent focus on engine lubrication and tribology, with recent work expanding into hydrogen-fueled engine applications. His research demonstrates a progression from fundamental studies of oil film behavior to practical applications addressing contemporary challenges in engine technology, including alternative fuels and emissions reduction. Dr. Kikuhara is an active member of several professional organizations: Japanese Society of Tribologists American Society of Mechanical Engineers Japan Society of Mechanical Engineers Society of Automotive Engineers of Japan Currently, Dr. Kikuhara leads two significant research projects: "Research on Oil Film Fluctuation Mechanism at the Sliding Surface of Oil Rings for Overcoming LSPI in Hydrogen Internal Combustion Engines" (2024-2026, Japan Society for the Promotion of Science) "Research on Oil Film Flow Mechanism on the Upper Surface of Oil Rings for Overcoming LSPI in Hydrogen Internal Combustion Engines" (2024-2025, Suzuki Foundation) These projects reflect his ongoing commitment to addressing cutting-edge challenges in engine technology, particularly in the emerging field of hydrogen-fueled internal combustion engines. Dr. Kikuhara teaches various courses related to science, engineering, and environment and energy at both undergraduate and graduate levels, including Basic Experiments in Science and Engineering, Environment and Energy Practice, and Advanced Seminars on Environment and Energy Engineering.

• Business Model
• Entrepreneurship
• Competitive Strategy
• +2 more

Tatsuhiko Inoue is a Professor at Waseda University's School of Commerce, where he holds multiple teaching positions including Business Model and Competitive Strategy, Business Model Design, and Entrepreneurship courses for both undergraduate and graduate programs. He also maintains an affiliation with Waseda's Global Education Center and School of Political Science and Economics. His academic journey began at Yokohama National University's Faculty of Management (Accounting) and culminated with a Ph.D. in Business Administration from Kobe University in 1997. Before joining Waseda, Professor Inoue served as Associate Professor at Hiroshima University's Graduate School of Social Sciences (Management), and held faculty positions at Osaka University of Economics and Surugadai University. His research interests span business models, entrepreneurship, and competitive strategy, with particular expertise in how businesses create value through innovative structures and strategic positioning. His work bridges sociological perspectives with business administration, examining how organizations function within complex ecosystems. Professor Inoue's recent publications reveal a clear evolution in business model research, moving from foundational theoretical work to increasingly empirical and comparative studies. His scholarship has progressed from examining basic business model concepts to analyzing complex business ecosystems, with recent work focusing on Chinese startups, digital platforms, and investor perspectives. A distinctive thread throughout his research is the examination of imitation as a strategic tool, challenging conventional views on innovation while exploring how businesses create value through both novel and adapted approaches. Japan Society for Management Information Award (2003) Professor Inoue has secured multiple significant research grants from the Japan Society for the Promotion of Science, including a current project (2021-2026) on business models that increase corporate value, and previous projects on business ecosystems in creative industries and collective innovation systems. His research methodology has evolved to incorporate advanced text mining and machine learning techniques, working with programming-savvy collaborators to analyze business model literature and case studies. He has established productive relationships with venture capitalists and institutional investors for interview and experimental studies on how business models influence investment decisions. Professor Inoue maintains active involvement with research institutions including the Research Institute of Business Administration (as Concurrent Researcher since 2019) and has conducted international research collaborations, notably a comparative study of Japanese and US content industry business ecosystems at the University of Pennsylvania (2012-2014). His work on Japanese business practices, particularly regarding imitation and collective learning systems, has contributed significantly to understanding alternative innovation pathways beyond Western models.

• Life and Health Informatics
• Computer Systems
• Control and System Engineering
• +5 more

Masao Yanagisawa is a Professor at Waseda University's School of Fundamental Science and Engineering, with over 25 years of academic experience since 1998. An IEEE and ACM member, he holds a Doctor of Engineering degree from Waseda University.

• polymer materials
• biophysics
• chemical physics
• +12 more

Sadaki Samitsu is a Professor (non-tenure-track) at Waseda University's Graduate School of Advanced Science and Engineering and Faculty of Science and Engineering (Department of Nanoscience and Nanoengineering). Additionally, he serves as a Principal Researcher at Japan's National Institute for Materials Science in the Data-driven Polymer Design Group , with prior roles at Kyoto University and NIMS. Education : PhD in Applied Physics (2006.03), Graduate School of Engineering, The University of Tokyo MS in Advanced Materials Science (2003.04), Graduate School of Frontier Sciences, The University of Tokyo BS in Applied Physics (2001.04), School of Engineering, The University of Tokyo His research bridges polymer materials and soft matter physics , focusing on materials informatics , porous materials , and phase separation mechanisms. Key applications include thermal insulation , sound absorption , and photonic devices leveraging X-ray CT and refractive index engineering . Recent work highlights machine learning-driven inverse design of auxetic metamaterials, self-healing polymer gels via physical entanglements, and photocatalytic nanofiber membranes for wastewater treatment. His publications demonstrate expertise in combining structural color , nano-crystallization , and adhesive fracture mechanics . Scientific Awards : SPSJ Publicity Committee Award (2018) Young Scientist Lecture Award (2017) Poster Presentation Award (2016) NIMS President Award for Young Scientists (2015) He mentors researchers in polymer hybrid materials , with contributions to epoxy adhesive toughening via polyrotaxane dispersion, durable superhydrophobic composites , and active learning frameworks for optimizing adhesive formulations from small datasets.

Hiroshi SuitoView profile

Professor

• Mathematical modeling
• Numerical simulation
• Fluid-structure interaction
• +5 more

Hiroshi Suito is a full Professor and Principal Investigator at Tohoku University's Advanced Institute for Materials Research (AIMR), leading the Suito Hiroshi Laboratory at the Katahira Campus. His research bridges mathematical sciences with clinical medicine and materials science through advanced computational modeling. He directs the Mathematics Collaboration Group and serves as the Tohoku University liaison for the Fujitsu x Tohoku University Discovery Intelligence Co-Creation Laboratory. Professor Suito's research focuses on mathematical modeling of complex systems, particularly in cardiovascular biomechanics and materials science. His work develops novel numerical simulation techniques for fluid-structure interaction problems, with applications ranging from blood flow dynamics in patient-specific aortic models to environmental fluid dynamics. He has pioneered approaches connecting mathematical models with clinical diagnostics, especially in understanding aortic pathological mechanisms. His research integrates traditional numerical methods with emerging machine learning techniques to address challenges in medical imaging and diagnostics. His publication portfolio reveals a strong emphasis on cardiovascular modeling, with recent work focusing on blood flow simulation, arterial geometry analysis, and computational approaches to clinical diagnostics. The research demonstrates consistent integration of mathematical rigor with practical medical applications, particularly in understanding the relationship between vascular geometry and hemodynamics. His team has developed specialized computational tools for patient-specific modeling that have contributed to both theoretical advances and potential clinical applications. Scientific Awards: Minister of Education, Culture, Sports, Science and Technology Award for Science and Technology (2019) for research into the elucidation of aortic pathological mechanisms using mathematics Mimura Prize for Mathematical Science Research Professor Suito has received substantial research funding as Principal Investigator for multiple major projects, including the JST-Moonshot Research and Development Program (since 2020), MEXT projects on nanoparticle process-structure correlation (since 2022), and several JST-CREST and JST-PRESTO projects dating back to 2007. His laboratory actively trains PhD candidates and technical assistants in computational mathematics and its applications. He has established strong interdisciplinary collaborations across Tohoku University, including with the School of Medicine, and maintains international partnerships with institutions including Waseda University, University of Tokyo, University of Electronic Science and Technology of China, and University College London. The Suito Hiroshi Laboratory serves as a hub for mathematical science collaboration, working closely with the Mathematical Science Open Innovation Center established at Tohoku University in December 2019. The laboratory participates in international programs such as the G-RIPS Sendai internship program and maintains active involvement in both theoretical developments and practical applications of mathematical modeling in medicine and materials science.

• Robotics
• Mechanical Engineering
• Aerospace Engineering
• +7 more

Yusuke Sugahara is a Professor at the Department of Mechanical Engineering , School of Engineering , Tokyo Institute of Technology. His work spans interdisciplinary domains within mechanical systems and robotics. Doctoral thesis on Biped Walking Vehicle from Waseda University (2006) His research focuses include: Robotics Mechanical Systems Tribology Aerospace Engineering Rehabilitation Science He is affiliated with the Mechanical Systems Design Lab at Tokyo Institute of Technology, emphasizing intelligent mechanics and welfare engineering applications.

• Computational Science
• Fundamental Physical Chemistry
• Machine Learning
• +3 more

Mikito Fujinami is an Assistant Professor at the Research Institute for Science and Engineering, Waseda University. He earned his Ph.D. in Science from Waseda University in March 2020 and has held academic positions there since 2018. His research spans computational chemistry, machine learning, and cheminformatics. Doctoral Degree: Waseda University Graduate School of Advanced Science and Engineering (2020) Professional Memberships: The Molecular Science Society, Theoretical Chemistry Association, Organic Synthesis Chemistry Association, The Chemical Society of Japan His research focuses on integrating machine learning with quantum chemical descriptors for reaction prediction, solvent selection, and experimental automation. He has developed systems for automated chemical experiment recognition using computer vision and machine-learned kinetic energy functionals for orbital-free DFT calculations. Scientific awards include: Doctoral Degree Award (Waseda University, 2020) Poster Award (41st Chemoinformatics Symposium, 2018) Excellent Poster Presentation Award (CSJ Chemical Festa 2016) Best Oral Presentation Award (39th Chemoinformatics Symposium, 2016) He has also contributed to educational materials, including a 12-part series on machine learning applications in chemistry and co-authored books on cheminformatics and materials informatics.

• Bioinformatics
• Computational Biology
• RNA Biology
• +5 more

Chao Zeng is an Associate Professor at Waseda University’s Research Institute for Science and Engineering, affiliated with the School of Advanced Science and Engineering. He holds a PhD in Science from the University of Tokyo (2016) and a Master’s in Information Science from Kyoto University (2013). His research integrates computational biology and RNA genomics, focusing on non-coding RNAs, RNA localization mechanisms, and repetitive genetic elements. Dr. Zeng’s work spans bioinformatics algorithm development , RNA structure-function relationships , and transcriptomic regulation in disease . Key interests include lncRNA interactions with ribosomes, phase separation of RNA, and RNA-binding protein networks. His lab employs high-throughput sequencing, machine learning, and comparative genomics to decode RNA regulatory systems across species. His publications emphasize RNA biology in cancer and fibrosis , with recent work exploring mitotic RNA editing, inflammatory recovery pathways, and RNA quality control. Article analyses reveal consistent themes: lncRNA mechanisms (35%), RNA-protein interactions (25%), computational methods (20%), splicing/localization (15%), and translational applications (5%). Awards & Grants: Waseda University Teaching Award (2022) JSPS Grants: PI for ‘Repetitive Elements in Genome Regulation’ (2022-2025) and ‘lncRNAs in Genetic Compensation’ (2020-2022) Co-investigator for Phase Separation Research (2023-2026) and Cancer RNA Mechanisms (2021-2023) He leads the RNA Bioinformatics group at Waseda, collaborating with the Hamada Lab and international teams. Future work targets RNA-based therapeutics and multi-omics integration for disease modeling.

• Electronic materials
• Computational physics
• Nanotechnology
• +3 more

Takanobu Watanabe is a Professor at the Faculty of Science and Engineering , Waseda University , specializing in Electronic materials , Computational physics , and Nanotechnology . With a career spanning over two decades at Waseda and affiliations with institutions like the Japan Science and Technology Agency , his work focuses on thermal management and thermoelectric devices for next-generation electronics. PhD in Engineering from Waseda University Professional memberships: IEEE, Japan Society of Applied Physics, Japan Physical Society His research explores phonon transport , thermal boundary resistance , and nanoscale thermoelectric generators , with significant contributions to GaN-based semiconductor thermal management and SiGe/GeSn alloy properties . His recent work leverages machine learning molecular dynamics for interface analysis. Key trends in his publications include: Thermal boundary resistance optimization across metal-dielectric interfaces Advancements in cavity-free thermoelectric architectures Phonon lifetime and dispersion studies in SiGe alloys Surface and interface engineering for power generation enhancement Scientific awards: Waseda Research Award (2018) Waseda Teaching Award (2016) JSAP Young Scientist Presentation Award (2000) Inoue Research Award (1999) His team has demonstrated scalable thermoelectric power densities up to 27.9 nW/cm² and 4.2 mW/cm² through CMOS-compatible fabrication techniques. Collaborative projects span institutions like JST , University of Tokyo , and Osaka University . Current research at his lab explores anisotropic conductivity control in carbon nanotubes, interface bonding mechanisms in GaN-diamond systems, and strain engineering in silicon nanowires. Future work targets autonomous IoT energy harvesting and self-powered wearable devices .

• Structural optimization
• Additive Manufacturing
• Vibration Engineering
• +5 more

Dr. Akihiro Takezawa is a Professor in the Department of Mechanical Science and Aeronautics and Astronautics at Waseda University's School of Fundamental Science and Engineering. Previously, he held positions at Hiroshima University Graduate School of Engineering and FANUC Corporation. His academic career spans structural optimization, additive manufacturing, and vibration engineering, with particular expertise in topology optimization for advanced material design. Dr. Takezawa's research interests focus on structural optimization methodologies, additive manufacturing processes, and vibration engineering applications. His work bridges theoretical optimization techniques with practical engineering applications, particularly in designing lattice structures with tailored mechanical and thermal properties. He has made significant contributions to the field of topology optimization for additive manufacturing, developing methods to control thermal deformation, optimize lattice structures for specific mechanical properties, and design metamaterials with unique characteristics. Analysis of his recent publications reveals a strong trend toward practical applications of topology optimization in additive manufacturing, with increasing focus on multi-physics problems involving thermal, mechanical, and fluid dynamics. His research has evolved from fundamental optimization methodologies to their application in complex engineering problems such as energy-absorbing metamaterials, thermal management systems, and vibration control devices. Japan Society of Mechanical Engineers, Design Engineering and Systems Division Achievement Award (2020.11) 2016 Mechanical Mechanics and Measurement Control Division General Award from the Japan Society of Mechanical Engineers (2017.08) Minister of Education, Culture, Sports, Science and Technology Young Researcher Award (2017.04) Japan Society of Mechanical Engineers, Design Engineering and Systems Division, Frontier Achievement Award (2015.09) The 2015 JACM Award for Young Investigators in Computational Mechanics (2015.07) Dr. Takezawa has supervised numerous graduate students and has been involved in multiple research projects funded by Japanese government agencies and industry partners. His research has resulted in over 100 publications with more than 5,000 citations according to Google Scholar, demonstrating significant impact in the fields of structural optimization and additive manufacturing. His laboratory at Waseda University focuses on advancing computational methods for designing next-generation materials and structures. Dr. Takezawa leads a research group that combines computational mechanics, materials science, and manufacturing technology to develop innovative solutions for engineering challenges. His team utilizes advanced optimization algorithms, finite element analysis, and additive manufacturing techniques to create novel material architectures with tailored properties for specific applications.