吴 润曦
Wu Runxi
Profile
wurunxi@caa.edu.cn


Hi, I'm Runxi—a creative researcher passionate about design and technology.
I received my bachelor's degree (2022) in Art and Technology from the School of Innovation Design at China Academy of Art, where I was honored as a provincial and university-level outstanding graduate. I then pursued a master's degree (2025) in Art-Empowered Innovation and Technology (Intelligence and Ecology track) through the university's recommendation system. I conducted research internships at Tongji University's School of Design and Innovation in the Intelligent Big Data Visualization Lab, and later worked as a Visual Design Engineer at iFlytek.

My current goal is to become a human-computer interaction researcher. My research interests include well-being-centered interactions, future empathy design, sustainable human-computer interaction, and data narrative experiences. I explore how design can transform definitions, create compelling user experiences, and foster creative learning and sustainable development.

CV
SELECTED WORK Digital Dandelion Garden: An Interactive Visualization of Academic Achievements

数字蒲公英花园装置的实景捕捉，生动呈现同济大学学术成就与合作成果的交互式三维可视化。
A live capture of the Digital Dandelion Garden installation, showcasing an interactive 3D
visualization of academic achievements and collaborations at Tongji University.


SELECTED WORK
数字蒲公英花园：学术成就的交互式可视化呈现
     Digital Dandelion Garden: An Interactive Visualization
    of Academic Achievements

关键词 Keywords ：
 学术数据可视化  交互式网页
 Academic Data Visualization, Interactive web摘要 ABSTRACT

“数字蒲公英花园”是一件创新的沉浸式数据艺术装置，通过蒲公英的自然隐喻可视化呈现同济大学的学术成果与跨学科合作。每位教职员工以蒲公英形态呈现，其种子象征着学术成就。系统同时提供二维协作网络视图与三维细节视图，助力用户探索学术合作整体网络、成果时序演变及个人学术轨迹。通过编码研究产出量、成果类型、时间维度等多重数据维度，用户可深入理解学术成果的分布格局、演变轨迹及相互关联。该项目不仅以创新形式展示学术成就，更为学者、学生及公众提供数据驱动的交互探索工具，旨在促进学术交流与跨学科协作。

"Digital Dandelion Garden" is an innovative immersive data art installation that visualizes the academic achievements and interdisciplinary collaborations of Tongji University through the natural metaphor of the dandelion. Each faculty member is represented by the shape of a dandelion, with the seeds symbolizing their academic achievements. The system provides both 2D collaborative network views and 3D detailed views, assisting users in exploring the overall network of academic collaborations, the temporal evolution of achievements, and individual academic trajectories. By encoding the data from multiple dimensions, including research volume, types of achievements, and temporal factors, users can gain a deeper understanding of the distribution, evolution, and interrelationships of academic outcomes. This project not only provides a creative way to showcase academic achievements, but also offers a data-driven interactive exploration tool for scholars, students, and the public, aiming to promote academic exchange and interdisciplinary collaboration.