アカデミア・将来的な海外留学経験も視野
採択者紹介Selected person Introduction
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90人の学生が見つかりました
メディアデザイン研究科 陳 韋蓁
Cymatics Seasoning
My research focus on the HCI subfield of HFI (Human-Food Interaction). I am open to various future employment opportunities. Whether in the industry with suitable research positions related to food design or in academia needing talent in HFI, I am interested in both.
メディアデザイン研究科 陳 思帆
地域参加における知的障害者のモチベーション要因の再統合 Integrating Motivational Factors within Community Scope for People with Intellectual Disability
I engaged in collaborative work with individuals with intellectual disabilities, ranging from those with mild levels who are employed to those with more significant cognitive challenges within community settings. My efforts have focused on leveraging emerging technologies and exploring their potential to generate broader social impact for individuals with cognitive limitations.
メディアデザイン研究科 オガサワラ デ オリヴェイラ, ルーカス
Toy Design For Essential Leisure: Mixed-Media Interactive Creations using Embodied Technologies (subject to change)
Lucas is a cross-disciplinary media design researcher, investigating interactive critical design with focus on human-computer relational bodies perspective, awareness on diversity and inclusion (D&I), and playful design studies. Lucas also has a 15 years background career in creative productions for the media industry as a problem solver in management and creative development, with vast experience in global brands and innovative outcomes.
健康マネジメント研究科 劉 暁鳳
政策・メディア研究科 ムフリホ ヌル モハマド バジャット
政策・メディア研究科 鈴木 結香子
政策・メディア研究科 王 曼曼
Spatial-temporal Evolution and Influencing Mechanism of FEW nexus
Title: Spatial-temporal Evolution and Influencing Mechanism of FEW nexus
My research field is Urban Resilience, focusing on the FEW (Food-Energy-Water) nexus. The research will explore the interactions between food, energy, and water, and identify key areas of resource intensity and efficiency. Insights gained from the case study in China can be applied to Japan to address issues related to urbanization and resource allocation. For my career prospects, I aspire to work in research institutions or universities.
理工学研究科 山嵜 祐輔
動的き裂進展を予測する物理方程式を組み込んだ機械学習モデルの構築
高速かつ高精度な数値シミュレーションを実現するため、機械学習と計算力学を融合させた新たな数値シミュレーションフレームワークの構築に取り組んでいます。将来的には、計算力学分野での新技術の創出を通じて、日本の産業界の発展に貢献できる国際的視点を持った研究者を目指しています。