My research is a study of modeling algorithms for recommender systems. I am currently creating an H-PLE model with higher performance and interpretability based on multitasking. My future career plan is to join a tech company like Google or Alibaba and work on related algorithms.

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理工学研究科 村松 淳平
理工学研究科 梁 豊洲
The potential of wearable technology in lifestyle computing.
My research focuses on the innovative integration of augmented reality (AR). By developing a system for efficient virtual sensor placement and data synthesis, we are paving the way for significant enhancements in diverse fields like machine learning, AI, and human-computer interaction. This work not only contributes to the academic community but also holds immense potential in industries reliant on robust datasets. My expertise in it opens up promising career opportunities in tech companies, research institutions, and academia. In the future, I hope to engage in related work in a Japanese enterprise, or continue to move forward in scientific research.
理工学研究科 ハドンヒル ゲイブリエル ウィリアム
Exploring Active Inference for Enhancing Autonomous Robot Performance
My research intersects neuroscience and AI, aiming to develop intelligent, resilient and adaptable robots that operate in dynamic environments. I aspire to help build AI technologies that universally enhance quality of life and support human society. Building on the huge successes of disembodied AI systems, like large language models, my goal is to help drive similar transformative progress in embodied AI and robotics through groundbreaking research. In the future, I hope to work as a research scientist, continuing to solve problems related to intelligent embodied AI systems, grounded in key ideas from cognitive science and neuroscience.
薬学研究科 辻井 一成
理工学研究科 竹村 志帆
金属3Dプリンタを用いた金属コーティングにおける表面特性制御
金属3Dプリンタの一種である指向性エネルギー堆積法を用いた金属コーティングにおいて,機械的性質等の表面特性制御手法の開発に取り組んでいます.伝熱シミュレーションや実験で得られる熱履歴や金属ミクロ組織を用いて,加工条件と表面特性を理論的に関連付けることを目指します.将来は,様々な「もの」や「こと」の根幹である生産工学分野で研究者として働ける人材になることを目標に日々研究に取り組んでいます.
医学研究科 伊津野 舞佳
医学研究科 楊 雅靜
Alteration of collagen in mouse sclera during lens-induced myopia development and recovery
I have been dedicated to myopia research for the past two years because the complications of myopia bring a great burden to people’s quality of life and social economy. With the development of society and the popularization of electronic products, simple myopia seems to be inevitable. However, simple myopia does not suddenly transform into pathological myopia, and there should be a gradual deterioration process during this period, my research is searching for such a state and indicator to gain a deeper understanding and prevent complications of myopia, improve the lifelong quality of life of myopic individuals.
I have been an ophthalmologist for 10 years before, so I have a better understanding of clinical needs. I will promote my research results in the clinic in the future.