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Professor Tatsuya Kimura serves at Waseda University's Graduate School of Business and Finance, holding a Ph.D. from Waseda University and an MBA from Lancaster University (UK). His academic appointments include Professor at the Faculty of Commerce and Graduate School of Business and Finance, with additional affiliations at the Global Education Center. His research spans Consumer Economics and Society , Marketing , Internal Marketing , and Service Management , with particular focus on Japanese market adaptations of customer satisfaction metrics. Kimura pioneered the Promoter Score Japan (PSJ) as a culturally adapted alternative to Net Promoter Score (NPS), demonstrating through empirical studies that Japanese consumer response patterns differ significantly from Western models. His publication trends reveal evolving specialization from foundational marketing theory (1990s-2000s) toward culturally-specific metric development (2010s-2020s). Recent work analyzes care worker motivation through internal marketing frameworks and examines service industry dynamics through Japanese cultural lenses. His research consistently bridges academic theory with practical business applications across manufacturing and service sectors. Nikkei Advertising Award Category Award Winner (since 1990) Fujisankei Advertising Award (since 1986) Kimura leads multiple Japan Society for the Promotion of Science research projects including Research on the promotion requirements for internal marketing (2018-2023) and Internal Marketing (2011-2013), with findings published in Routledge's Internal Marketing: Another Approach to Marketing for the Growth (2016). His international collaborations include research at Columbia University (2012-2013) on global marketing strategy. He teaches core graduate courses including Marketing & Brand Management , Service Marketing & Management , and Marketing Management , with particular emphasis on case-based learning methodologies for Japanese business professionals.

• Marketing
• Consumer Economics
• Business Administration
• +4 more

Yuhiro Iwamoto serves as Associate Professor at Nagoya Institute of Technology within the Department of Electrical and Mechanical Engineering, with additional affiliation to the Graduate School of Engineering's Mechanical Engineering Program and the Center for Innovative Young Researchers. His academic foundation includes: Bachelor of Engineering from Doshisha University (2008) Master's degree from Doshisha University (2010) Doctor of Engineering from Doshisha University (2013) Dr. Iwamoto's research centers on fluid engineering phenomena with emphasis on magnetic responsive fluids. His work explores thermomagnetic pumping mechanisms, phase-change behavior in water-based magnetic fluids, and innovative applications of permanent magnet elastomers for energy harvesting and tactile sensing. This research bridges fundamental fluid dynamics with practical implementations in thermal management systems, robotic sensing, and sustainable energy technologies, demonstrating significant contributions to manufacturing technology and mechanical engineering disciplines. Analysis of his recent publications reveals a cohesive trajectory in functional fluid systems, particularly focusing on temperature-sensitive magnetic fluids for self-driving thermal transport and elastomer-based transduction mechanisms. His work consistently integrates material science, electromagnetic principles, and fluid mechanics to develop novel solutions for heat transfer enhancement, energy conversion, and soft robotics applications. His research excellence has been recognized through prestigious awards: Japanese Society of Mechanical Engineers Encouragement Award (2020) for research on thermal conductivity control using silver nanowire magnetic nanofluids Best Presentation Award at the 9th Asia-Pacific Symposium on Applied Electromagnetics and Mechanics (2018) Dr. Iwamoto actively contributes to academic governance as committee member for the Institute of Electrical Engineers of Japan's Special Committee on Electromagnetic Responsive Fluids (2019-2022) and the Japan AEM Society Editorial Committee (2017-2022). His industrial property portfolio includes multiple patents related to magnetic elastomers and thermal transfer systems, reflecting strong industry-academia collaboration. He maintains active membership in eight professional societies including The Japan Society of Applied Electromagnetics and Mechanics and The Japanese Society for Multiphase Flow.

• Fluid Engineering
• Magnetic Fluids
• Thermomagnetic Pumps
• +3 more

Takateru Yoshida is a researcher affiliated with the School of Engineering at Tokyo Institute of Technology , focusing on 3D printing applications in robotics and mechanical systems . His work emphasizes prototyping and testing of plastic gear reducers for industrial robots, leveraging additive manufacturing to enhance mechanical part design. Research Interests : Mechanical Engineering Robotics 3D Printing Industrial Robotics Gear Design Mechatronics Publication Trends : Recent articles highlight advancements in 3D-printed planetary and trochoidal gear reducers , with a focus on prototyping efficiency and plastic component durability in industrial robotics. Collaborations with Hiroyuki Nabae, Koichi Suzumori, and Gen Endo indicate a team-based approach to mechatronic innovation .

• Mechanical Engineering
• Robotics
• 3D Printing
• +3 more

Asuka Ishiki is a researcher at the Institute of Science Tokyo, specializing in robotics and mechatronics. Their work focuses on innovative applications of IPMC (Ionic Polymer-Metal Composite) actuators and 3D printing technologies. Primary affiliation: Institute of Science Tokyo Research focus: Soft robotics, IPMC actuator design, and hybrid material systems Recent research explores 3D-printed IPMC actuators using water-soluble materials as support structures, enabling complex geometries and novel manufacturing approaches for soft robotics. Key contributions include: PF-IPMC actuators combining paper/fabric substrates with smart materials Water-soluble support material techniques for IPMC molding Honeycomb-structured IPMC actuators via dispersion liquid 3D printing Collaborations span multiple institutions, including The Japan Society of Mechanical Engineers and The Robotics Society of Japan.

• Robotics
• Mechatronics
• 3D Printing
• +2 more

ITOIGAWA Fumihiro is a Professor at the Department of Electrical and Mechanical Engineering (Mechanical Engineering Field) within the Faculty of Engineering at Nagoya Institute of Technology. His career spans academic research, industrial collaboration, and leadership in tribology and manufacturing technology. He holds a Doctor of Engineering and Master of Engineering from Nagoya Institute of Technology. Doctor (Engineering), Nagoya Institute of Technology Master of Engineering, Nagoya Institute of Technology His research focuses on Tribology , Surface Engineering , and Laser Processing , with applications in boundary lubrication, wear resistance, and precision machining. Recent publications highlight advancements in solid lubrication, ultra-short pulsed laser techniques, and grease viscosity effects on bearing performance. ITOIGAWA's work involves interdisciplinary collaborations across mechanical engineering, materials science, and chemical engineering. Key trends include: Surface analysis using X-ray absorption and plasmon resonance Development of hydrophobic surfaces via laser ablation Friction damper optimization and railway bearing durability Scientific recognition includes: Merit Award, Japan Society of Tribologists (2024) Best Poster Award, ICMDT2019 (2019) Award for Encouragement of Research, The Materials Research Society of Japan (2017) He actively contributes to academic societies as committee member of Japan Society of Mechanical Engineers, Japan Society of Tribologists, and Precision Engineering Society. His outreach includes lecturing at high schools and organizing tribology seminars.

• Tribology
• Mechanical Engineering
• Manufacturing Technology
• +5 more

Yuji Iwamoto is a Professor at the Department of Life and Applied Chemistry, Environmental Ceramics Field, Graduate School of Engineering, Nagoya Institute of Technology. His research spans nanotechnology, inorganic materials, and advanced ceramic applications for energy and environmental challenges. He maintains active international collaborations, particularly with French research institutions through CNRS projects. Education: Bachelor of Pharmaceutical Science, Nagoya City University (1985) Master of Organic Chemistry, Nagoya City University Graduate School (1987) Ph.D. in Science, University of Tokyo (2004) Iwamoto's research focuses on polymer-derived ceramics, hydrogen separation membranes, and phosphor materials. His work bridges fundamental material science with industrial applications, particularly in energy conversion and environmental protection. Recent breakthroughs include nickel-iron nanoparticle encapsulation for OER catalysis and superhydrophobic ceramic membranes for seawater desalination. His group specializes in controlling microstructure-property relationships in advanced ceramics through novel synthesis routes. Analysis of his 15 most recent publications reveals strong emphasis on hydrogen-related materials (membranes, catalysts) and nitride-based ceramics (silicon nitride, anti-perovskites). Key trends include in situ nanoparticle confinement within amorphous matrices, oxygen impurity effects on phase transformations, and multi-functional membrane design for energy applications. Scientific Awards: ACerS Global Ambassador (2024) Society Fellow, The American Ceramic Society (2022) Society Fellow, Ceramic Society of Japan (2022) Richard M. Fulrath Award (2006) Japanese Ceramic Society Academic Award (2006) Iwamoto has secured substantial competitive funding including JSPS KAKENHI grants totaling over ¥40 million and major NEDO/CHEST projects exceeding ¥150 million. His research group collaborates with industrial partners like Fuji Electric and TAIYO YUDEN on membrane technologies and ceramic components. He leads the FRESH international research project with CNRS focusing on functional ceramics for societal challenges. His laboratory specializes in polymer-derived ceramic synthesis, advanced membrane characterization, and high-temperature material testing. The group maintains strong ties with Japanese ceramic industry consortia and participates in standardization committees for ceramic materials.

• Nanotechnology
• Inorganic Materials
• Ceramic Membranes
• +4 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.

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

Takuma Yogo is an Associate Professor at Waseda University's Faculty of Human Sciences , with additional affiliations at the Global Education Center . Holding a Master of Arts from Waseda University, his work bridges Archaeology , Cultural Anthropology , and Folklore through ethnoarchaeological , experimental , and cross-cultural approaches. Research Focus : Ceramic Technology across Japan and Southeast Asia Traditional Craft Systems in Kyoto (Kyo-yaki pottery) Medical Anthropology of atopic conditions Community Dynamics in festival organizations Heritage Studies through 3D kiln modeling Academic Contributions span three decades, with recent work analyzing ceramic production in historical texts like the Engi Shiki , tourism impacts on traditional crafts during the pandemic, and technological transitions in Japanese kiln practices. His experimental archaeology program with paddy fields and phytolith analysis connects prehistoric agricultural studies to modern challenges. Teaching Impact : Graduate courses on technological anthropology Undergraduate seminars on ethnographic methods Contributions to research ethics and environmental history Funding Achievements include multiple Japan Society for the Promotion of Science grants for: Kyo-yaki pottery heritage studies (2018-2022) Cross-cultural dialog programs (2010-2012) Archaeological essentialism (2003-2005) International Collaboration : 8th World Archaeological Congress ⅩⅨ INQUA Congress Joint Japan-Philippines-Indonesia fieldwork

• Archaeology
• Cultural Anthropology
• Folklore
• +5 more

Dr. Yuta Tsukamoto is an Assistant Professor in the Department of Mechanical Engineering at Institute of Science Tokyo, where he conducts research at the intersection of robotics, materials science, and additive manufacturing. His work focuses on developing and characterizing advanced materials for robotic applications, with particular expertise in fiber-reinforced plastics, structural integrity analysis, and drone technology. Dr. Tsukamoto's research interests center on practical engineering solutions for robotics applications. His work spans materials characterization (particularly creep deformation of resins), mechanical design of 3D-printed components, drone audition systems, and innovative joining methods for hybrid material systems. His research demonstrates a strong focus on translating laboratory findings into industrial applications, as evidenced by multiple publications addressing practical implementation challenges. Analysis of Dr. Tsukamoto's recent publications (2023-2025) reveals a growing emphasis on drone technology applications alongside his established expertise in material characterization for robotics. His work shows consistent methodological rigor, frequently employing both experimental testing and finite element analysis to validate findings. The publications demonstrate strong interdisciplinary connections between mechanical engineering, materials science, and robotics. Dr. Tsukamoto has established productive collaborations with researchers including Gen Endo, Hiroyuki Nabae, Kotaro Hoshiba, and Nobuyuki Iwatsuki. His research group appears to be actively engaged in both fundamental materials research and applied engineering projects with industrial relevance. The lab maintains strong connections with multiple Japanese engineering societies including The Robotics Society of Japan and The Society of Instrument and Control Engineers. His laboratory focuses on the Robotics and Materials Science Laboratory at Institute of Science Tokyo, where they investigate structural properties of advanced materials for robotic applications, develop measurement systems for drone audition, and create innovative joining techniques for 3D-printed components. The lab's work bridges theoretical material science with practical engineering applications in robotics.

• Robotics
• Materials Science
• Additive Manufacturing
• +3 more

Akifumi Okubo is a researcher at the Institute of Science Tokyo specializing in robotics and mechanical engineering. His work primarily focuses on the development of innovative robotic systems, particularly the Roller-Walker platform, which combines walking and roller-based locomotion. His research interests span multiple areas of robotics including Robotic Locomotion , 3D Printing Applications , Gear Mechanism Design , Actuator Development , and Material Durability Testing . Okubo's work demonstrates a strong emphasis on practical mechanical design solutions using additive manufacturing techniques for robotic applications. Analysis of Okubo's recent publications reveals a consistent research trajectory focused on improving robotic mobility systems. His work on the Roller-Walker platform demonstrates particular expertise in hybrid locomotion systems that can transition between walking and roller-based movement. The integration of 3D printed components, especially for gear mechanisms and structural elements, represents a significant theme across his publications from 2023-2025. Okubo consistently collaborates with researchers including Gen Endo, Hiroyuki Nabae, Hana Ito, and Kurumi Osawa. While specific grant information isn't provided in the publication records, his active publication rate suggests ongoing research funding. His work appears primarily focused on mechanical design and implementation rather than theoretical robotics. The Roller-Walker research group at Institute of Science Tokyo, which Okubo is part of, demonstrates strong expertise in practical robotics implementation with emphasis on mechanical solutions for mobility challenges. Their work bridges traditional mechanical engineering with modern robotic applications, particularly through the innovative use of 3D printing technology for functional mechanical components.

• Robotics
• Mechanical Engineering
• Robotic Locomotion
• +4 more

Professor Toshiki Niino at the University of Tokyo's Institute of Industrial Science specializes in Additive Manufacturing and Tissue Engineering. His research focuses on Laser Sintering techniques for reconstructing high metabolic rate organs and developing Multimaterial AM systems. Key research areas: Additive Manufacturing, 3D Printing, Laser Direct Structuring Specialized in creating scaffolds for organ reconstruction using advanced laser technologies Active in Grant-in-Aid funded projects since 1997 with continuous principal investigator roles His laboratory investigates applications in biomedical engineering, particularly for pancreatic and liver tissue development, alongside precision manufacturing methodologies.

• Additive Manufacturing
• 3D Printing
• Laser Sintering
• +3 more

Syunji Yamanaka is a Project Professor at the University of Tokyo , affiliated with the Office of University Professor. His research focuses on cutting-edge applications at the intersection of design, biomechanics, and advanced manufacturing technologies. Principal Investigator in prosthetic leg development for para-athletes Expertise in additive manufacturing and design automation Collaboration with interdisciplinary teams in biomedical engineering His work includes projects funded by Japan's Grant-in-Aid for Scientific Research (B) , notably: 2021-2023: Development of digitally manufactured, individually optimized prosthetic legs for top athletes 2014-2017: Research on design and manufacturing methodology of prosthetic legs for para-sports

• prosthetic legs for track and field
• individual optimization
• Additive manufacturing
• +3 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.

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

Shunichi Ohmori , a Professor at the Faculty of Science and Engineering , Waseda University , holds a Doctorate in Engineering from the same institution. His academic journey includes continuous affiliation with Waseda University since 2011, currently serving as a faculty member and concurrently as Director of Research Institute at the Institute of Global Production & Logistics (2022-2026). Education: Doctorate (2009-2012), Master's (2007-2009), and Bachelor's (2004-2007) from Waseda University His research focuses on industrial engineering and operations research , with specific interests in optimization , facility planning , logistics , and supply chain management . He has developed innovative frameworks for: Robust supply chain design under disruption risks Multi-echelon inventory optimization 3D facility layout planning with pipeline arrangements Collaborative vehicle routing cost allocation Green product portfolio strategies under uncertainty His publication record demonstrates expertise in stochastic optimization (15+ peer-reviewed papers) and heuristic algorithms (14+ conference proceedings). He has received multiple Best Paper Awards (2012-2016) and contributed to curriculum development through courses like Advanced Facilities Planning , Supply Chain Transformation , and Logistics at both undergraduate and graduate levels.

• Industrial Engineering
• Operations Research
• Optimization
• +5 more

Daiki Tanaka is an Assistant Professor at the School of Fundamental Science and Engineering, Waseda University, specializing in microfluidics, inorganic chemistry, and nanotechnology applications for chemical synthesis and bioengineering. His research focuses on developing innovative microfluidic devices for precise control of chemical reactions, protein crystallization, and single-cell analysis. Education: PhD from Waseda University (2018), MS in Chemistry from Tokyo University of Science (2014) Key research areas include microdroplet manipulation , functional material synthesis , and passive flow control systems . Recent work demonstrates single-micron droplet generation , chiral molecule synthesis , and high-efficiency cell encapsulation without conventional centrifugation. His 2025 review on additive-manufactured microfluidics highlights advancements in quantum dot synthesis scalability. Scientific contributions are recognized through awards such as the 2023 New Chemical Technology Research Encouragement Prize and the 2019 Micromachines Best Paper Award . His interdisciplinary approach integrates chemistry, physics, and biotechnology to push boundaries in lab-on-a-chip technologies. Key Awards: 12th New Chemical Technology Research Encouragement Prize (2023) 2019 Micromachines Best Paper Award Daiki Tanaka's work extends to securing industrial property rights for microfluidic devices and editorial committee memberships , reflecting his leadership in advancing chemical engineering methodologies.

• Microfluidics
• Inorganic Chemistry
• Nanotechnology
• +4 more