身体活動不足による国内の死亡者数は、約5万人と言われている。この状況を打開するために、「誰一人として取り残すことのないアクティブな“仕組みづくり”」をビジョンに掲げ、多様なステークホルダーを巻き込みながら身体活動促進のための取り組みを行う実践者となりたい。自治体や職域でシステムズアプローチをファシリテートできる人材を目指し、日本における身体活動促進の実践現場の旗振り役となりたい。
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健康マネジメント研究科 仲野 由貴子
メディアデザイン研究科 ル ジャーイ
Designing A Collaborative Network for Creative Access: Connecting Local Artists, Workshop Designers, and Suburban Communities
My research focuses on fostering family bonds in urban China through community-based cultural activities, laying the groundwork for innovative family engagement models. I want to explore how shared cultural experiences can bridge the emotional distances often found in today’s fast-paced urban life. Looking forward, my career is dedicated to developing evidence-based practices that can inform policy, with the goal of nurturing family cohesion on a wider scale.
システムデザイン・マネジメント研究科 ガルシア ホフマン デ カルヴァーリョ ラケル
Safety and Security Properties of the Urban Air Mobility Ecosystem
Safety and Security Concerns of the Urbam Air Mobility. As Urban Air Mobility (UAM) systems take flight, ensuring their safety and security becomes decisive for public acceptance. The research explores critical aspects of UAM SoS, shedding light on safety perspectives, particularly the challenge of Situation Awareness in both urban ground and airspace. Addressing security concerns, encompassing cyber and physical threats, is equally crucial for a safe UAM operation. Moreover, establishing a robust safety culture is explored as an organizational element to facilitate learning in this novel domain. The contribution includes a holistic approach and introduces insights using the Unified Architecture Framework (UAF). Modeling SoS views with UAF proves valuable for system engineers, providing a powerful tool to represent complex operations and fostering applied systems thinking for a safer and secure urban aviation future.
政策・メディア研究科 千葉 楽斗
政策・メディア研究科 佐田 静香
薬学研究科 大島 光葵
メディアデザイン研究科 マチエイラ マルセロ
メディアデザイン研究科 インドリアニ インナミア
Human–Machine Collaboration in Textile Weaving: Designing Interactive Fabrication in Loom-Based Craft.
My research, Human–Machine Collaboration in Textile Weaving, explores how interactive fabrication systems can support loom-based craft without replacing human skill. By integrating sensing, physical computing, and adaptive digital guidance into weaving processes, I investigate how machines can respond to embodied craft actions in real time. This work contributes to human-centered design by preserving material knowledge while expanding creative possibilities. In the long term, I aim to pursue an academic and research career at the intersection of craft, technology, and interaction design, developing inclusive, culturally sensitive tools that support creative practice, education, and well-being through human–machine interaction.
