@article{oai:uekusa.repo.nii.ac.jp:00000034,
 author = {田上, 未来 and TAGAMI, Miki and 窪谷, 珠江 and KUBONOYA, Tamae and 松田, 雅弘 and MATSUDA, Tadamitsu and 居村, 茂幸 and IMURA, Shigeyuki},
 journal = {植草学園大学研究紀要, Bulletin of Education and Health Sciences, UEKUSA-GAKUEN University},
 month = {Mar},
 note = {要旨：近年，リハビリテーション医療・福祉領域において，支援機器である介護福祉ロボットの普及が促進されている．本邦の急激な高齢化および少子化に対し，介護福祉ロボットの普及は，リハビリテーションの需要と供給のバランスを維持するために必要な戦略の一つである．厚生労働省，経済産業省は，普及にあたり種々の事業を推進しており，リハビリテーション専門職である理学療法士が，今後，介護福祉ロボットに対する知識を要求されることは容易に想像できる．現在，本邦の理学療法学教育において，介護福祉ロボットを導入している養成校はわずかである．本学では，理学療法学科３年次生に対し，リハビリテーション工学の必修授業を取り入れ，株式会社 CYBERDYNE の Hybrid Assistive Limb（HAL）を導入し，学生に対し介護福祉ロボットの早期教育を実施している．理学療法学科学生の支援機器に対する意識調査を行うことを目的にアンケートを実施した結果を報告する．, Welfare care robots are promoted recently as support equipment in the field of rehabilitation medicine. Against our rapid progression to an aging society and declining birth rate, the promotion of welfare care robots could be necessary to maintain the balance between supply and demand in Japan. Thus, Japanese government promotes the business in various ways through the Ministry of Health, Labour and Welfare (MHLW) and the Ministry of Economy, Trade and Industry (METI). It is easy to imagine the importance for physical therapist specialized in rehabilitation to be aware of what welfare care robots are now. However, only a limited number of schools is ready to introduce what the robots are. 
 Fortunately, students here of the Uekusa Gakuen University has a chance to learn about the robots, who take the course of the rehabilitation engineering to a junior students as a compulsory subject. In terms of early exposure to how the robots works, they install the Hybrid Assistive Limb (HAL) that the University Tsukuba and Cyberdyne Inc. 
developed. The students were surveyed with a questionnaire to investigate how they develop their perceptions around the technology in the field of rehabilitation medicine. Here, I could report some certain progresses and suggestions.},
 pages = {127--134},
 title = {支援機器に対する理学療法学科学生の意識調査を通じての一提言 :  ロボットスーツHALⓇを使用して},
 volume = {9},
 year = {2017}
}