Site map
SIP Innovative Design/Manufacturing Technologies
Theme
(A)Super-Upstream Delight Design
- Development of intelligence-based workspace to optimize design process and to inspire ideas for products
- Construction of conceptual design methods using topology optimization for rapid and creative product development
- Development of Innovative Delight Design Platform
- Optimization of Snow Sports Equipment by Experiment-Integrated computational Chemistry
- Design Management for Cross-disciplinary Teams(DMCT)
(B)Innovative Manufacturing Technology
- Development of Innovative Intelligent Machine Tool based on CAM-CNC Integration Concept and sophistication of machining technologies
- Nano-Assembly Technique Development towards Fabrication of Advanced Materials for Strategic and Futuristic Industrial Applicationsy
- Research and development of high-performance next-generation ECM machine
- Development of super 3D fabrication platform and production of high value-added products
- Development of Manufacturing Technology for Innovative Apparatus Utilizing with Innovation Society from Central Japan
- Research and development of innovative manufacture using molecular adhesion technology
- Research and Development of the User-friendly, Reliable and Accurate Intellectual System for Machining Complex-shaped Parts by Multitasking (Turning & Milling) Machine Tool with Multi-turrets Research and Development of the User-friendly, Reliable and Accurate Intellectual System for Machining Complex-shaped Parts by Multitasking (Turning & Milling) Machine Tool with Multi-turrets
- High-Value Added Ceramic Products Manufacturing Technologies
- Revolutionary 3-D Printing Systems of Designable Gels to Develop Novel Applications and Markets
- On-demand 3D additive manufacturing of structural functional materials and 3D devices through the creation of fluidic materials
- Development of laser coating methods for realization of high value-added design and manufacturing
- Development of supermetallization by processing of metallic raw materials
- Development of advanced glass processing technologies
(A&B)Super-Upstream Delight Design and Innovative Manufacturing Technology
- Research and Development of Bio Innovative Design Technology
- Fusion of Data-mining, Genetic-Algorism and Agile prototyping for Innovative Manufacturing System
- Establishment and Validation of the Base for 3D Design & Additive Manufacturing Standing on the Concepts of Anisotropy & Customization
- Manufacturing Initiative through AM Innovation
- Research on Innovative Design/Manufacturing Methodology of Tailor-made Rubber Products and Socio-Economic Value Co-Creation with Reactive 3D printer
- Creation of Tokyo Tech/Ota-City Core Environment for Co-Designing Delightful Assistive Devices