1. 3B12 Practice and evaluation of tacit knowledge education using prototyping -A study of the effect of tacit education on engineering explicit knowledge and practicality- Akihito YANAMI and 屋並 陽仁 Proceedings of Annual Conference of Japanese Society for Engineering Education. 2023, :200 Find full text or request
2. 3D06 Training of industrial designer for improve cooperativity with engineers -Proposal of design engineering education using prototyping method- Akihito YANAMI, Naoshige AKITA, 屋並 陽仁, and 秋田 直繁 Proceedings of Annual Conference of Japanese Society for Engineering Education. 2021, :354 Find full text or request
3. 3D10 Ideas of using Prototyping for encouragement for entrepreneurs on engineering education Kahori NOHARA, Masatake FUJIOKA, Osamu ERYU, Takuma YANO, 江龍 修, 矢野 卓真, 藤岡 正剛, and 野原 かほり Proceedings of Annual Conference of Japanese Society for Engineering Education. 2018, :434 Find full text or request
4. P-13 Prototyping of Language Learning Contents Using Speech Synthesis API Akira SHIMIZU, Hirobumi YAMADA, 山田 博文, and 清水 晃 Proceedings of Annual Conference of Japanese Society for Engineering Education. 2017, :600 Find full text or request
5. 1F03 3Dプリンタを用いた教材用水平軸型風車モデルの試作((05)教材の開発-I,口頭発表) Daisuke TAKEMURA, Kazuyoshi WASEDA, Kengo WADA, 和田 健吾, 早稲田 一嘉, and 竹村 大輔 Proceedings of Annual Conference of Japanese Society for Engineering Education. 2014, :114 Find full text or request
6. 26 Cross-Curricular Engineering Education System through Intelligent Manufacturing Skills Applying Information and Management Science Technology : Focusing on Optimal Product Design and Rapid Digital Prototyping Hiroshi KUBOTA, Sang-J. SONG, 久保田 洋志, and 宋 相載 Proceedings of Annual Conference of Japanese Society for Engineering Education. 2003, :81 Full text View on content provider's site
7. 3-330 A challenge to an introduction of a rapid prototyping and a circuit board processing for a PBL about construction of autonomous mobile robots Mitsuhisa YAMASHITA, Naohiko HANAJIMA, Tomonori YUASA, Yukihito NARITA, 山下 光久, 成田 幸仁, 湯浅 友典, and 花島 直彦 Proceedings of Annual Conference of Japanese Society for Engineering Education. 2011, :548 Find full text or request
8. 3D01 Human Resource Development Initiative to Use IoT/AI in Each Field Prototype construction method and cross-diciplinary PBL Hisao KOIZUMI, Katsuhiko SEO, Masahiro INOUE, Nobuhiro OHE, Tsuyoshi NAKAJIMA, Yutaka KAIZU, 中島 毅, 井上 雅裕, 大江 信宏, 小泉 寿男, 海津 裕, and 清尾 克彦 Proceedings of Annual Conference of Japanese Society for Engineering Education. 2019, :368 Find full text or request
9. 2C17 One Example of Practice Class to Design and Prototype Mechanisms for Super Science High schools as High School-University Integrated Education Practice to design and prototype motion mechanisms composed of linkage with 1 DOF Nobuyuki IWATSUKI and 岩附 信行 Proceedings of Annual Conference of Japanese Society for Engineering Education. 2017, :244 Find full text or request
10. (52)Implementing Creative Engineering Education with Intelligent Manufacturing Skills in Transdisciplinary Approach Hiroshi KUBOTA, Sang-J. SONG, 久保田 洋志, and 宋 相載 Proceedings of Annual Conference of Japanese Society for Engineering Education. 2004, :103 Full text View on content provider's site
11. 10-327 Practice of human resource training to be advanced the manufacturing skill of a high order on regional industries Akira SHINOZAKI, Kiyoshi YANAKIHARA, Koji AKASHI, 明石 剛二, 柳原 聖, and 篠崎 烈 Proceedings of Annual Conference of Japanese Society for Engineering Education. 2008, :652 Full text View on content provider's site