Researchers
- FUJITA Takashi
- Associate Professor
Faculty | Department of Mechanical Engineering / Graduate School of Science and Engineering |
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Researchmap | https://researchmap.jp/kikai-t.fujita |
Education and Career
Academic & Professional Experience
- Apr. 2020 - Today , Kindai University Faculty of Science and Engineering
- Nov. 2001 - Mar. 2020 , Tokyo Seimitsu Co., Ltd.
- Apr. 1991 - Oct. 2001 , Sumitomo Metal Industries, Co., Ltd.
Research Activities
Research Areas
- Manufacturing technology (mechanical, electrical/electronic, chemical engineering), Manufacturing and production engineering
- Manufacturing technology (mechanical, electrical/electronic, chemical engineering), Manufacturing and production engineering
- Manufacturing technology (mechanical, electrical/electronic, chemical engineering), Electronic devices and equipment
Research Interests
Semiconductor substrate cutting, Pad conditioning, micro-grooving, Chemical-Mechanical Planarization
Published Papers
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Study of technology for fine conditioning of pad surfaces with fiber conditioner in CMP
Haruki Hashimoto; Takashi Fujita
Proceedings of 20th International Conference on Precision Engineering , OS11-17-, Oct. 2024 , Refereed -
Evaluation on fine cutting edges of PCD grinding tool and mirror finishing surface on SiC substrates
Haruto Konishi; Takashi Fujita; Ryota Fukunaga; Yuki Izutani; Yasuo Izumi; Junji Watanabe
Proceedings of 20th International Conference on Precision Engineering , OS06-16-, Oct. 2024 , Refereed -
Mirror-finishing technology for SiC substrates using PCD tools with high-density cutting edges
Haruto Konishi; Takashi Fujita; Ryota Fukunaga; Yasuo Izumi; Junji Watanabe
International Conference on Planarization Technology , P62-001-P62-004, 1, Nov. 2023 , Refereed
Books etc
- Ultra-precise and microfabrication process technology for silicon and compound semiconductors - Fundamentals and latest trends in process-specific machining technology - , Chapter 27 , Chapter 27 , CMC Publishing , Jun. 2024
- Latest trends in advanced semiconductor manufacturing processes and miniaturization technology , Chapter 7 Section 4 , Chapter 7 Section 4 , Technical Information Association Co., Ltd. , Sep. 2023
- Development trends in CMP technology that supports semiconductor device manufacturing , Chapter 3 Section 2 , Chapter 3 Section 2 , Science & Technology Co., Ltd. , 30, Aug. 2023
Conference Activities & Talks
- Research on high-precision micromachining technology for difficult-to-cut materials using PCD blade tools , 福永涼太; 藤田 隆; 小西遥大; 和泉康夫; 渡邉純二 , 日本機械学会第15回生産加工・工作機械部門講演会 , 5, Oct. 2024
- Study on surface conditioning technology of CMP polishing pads using fiber conditioner , 橋本治樹; 藤田 隆 , Japan Society of Mechanical Engineers 2024 Annual Conference J132p-10 , 10, Sep. 2024
- SiC基板のPCDブレードによる送水加工技術 , 泉谷悠綺; 藤田 隆 , 日本機械学会2024年度年次大会 J132p-09 , 10, Sep. 2024
MISC
- Laboratory Introduction Kindai University Advanced Processing Systems Engineering Laboratory , Takashi Fujita , 砥粒加工学会誌 , 68 , 8 , 450 , 450 , Aug. 2024
- "Visualization" of Polishing Pad Surface Properties by Flexible Fiber Conditioner and Its Mechanism Consideration , Michio Uneda; Takashi Fujita; Yutaro Arai , Journal of the Japan Society for Abrasive Technology , 67 , 2 , 71 , 74 , Feb. 2023
- 革新的な微細精密加工技術の開発を目指して , 藤田 隆 , 精密工学会誌 , 88 , 887 , 566 , 567 , Jul. 2022
Patents
- Crack propagation device and crack propagation method , Shuhei Oshida, Tasuku Shimizu, Takashi Fujita, Akira Uekihara
- Crack propagation device and crack propagation method , Tasuku Shimizu, Shuhei Oshida, Akira Uekihara, Takashi Fujita
- Crack growth device and crack growth method , Shuhei Oshida, Tasuku Shimizu, Takashi Fujita, Akira Uekihara , 特許7290843
Awards & Honors
- Nov. 2024, Japan Society for Precision Engineering Autumn Meeting, Best Presentation Award
- Jun. 2024, Machine Tool Technology Promotion Foundation, Machine Tool Technology Promotion Award/Encouragement Award
- May. 2024, Mazak Foundation, Advanced Manufacturing Systems Outstanding Paper Award
Research Grants & Projects
- Ministry of Economy, Trade and Industry Kinki Bureau of Economy, Trade and Industry, FY2020 R&D support project for growing small and medium-sized enterprises (Go-Tech project), Research and development of CMP pad grinding technology using a brush-type grinding plate to strengthen the supply chain for the revival of semiconductors , Kindai University
- Public Interest Incorporated Foundation Amada Foundation, General research and development grant, Development of ultrafine dicing processing technology by short pulse laser dressing for PCD blade , Kindai University
- 大澤科学技術振興財団, 大澤科学技術振興財団研究助成, Development of mirror-finish grinding technology for SiC substrate surface using PCD micro-cutting edge tool , Kindai University