Hi, I’m Gyuri Sim, a designer and researcher driven to shape the future of Human-Computer Interaction (HCI) by crafting socially responsible systems that enhance user well-being.
My research goal is to design AI systems that foster mutual benefits between humans and AI, responsibly extending human intelligence and physical abilities.
I studied UX design at the School of Design Convergence, Hongik University, with a focus on integrating the physical environment. To deepen my understanding of AI systems, I explored Case-Based Reasoning (CBR) during my internship at KAIST (Korea Advanced Institute of Science and Technology) in South Korea.
Publications
Selected Works
Extra Works
Exhibition
About
CV.pdf
Linkedin
grs0810@gmail.com
Extra Work
EV Charging Station’s UX Guideline Proposal for EV Charger Installation (corp. Humaxmobility)
#Human Factor #Space UX #Data-Driven #EV Installation
- TIME LINE: Apr 2023
- TEAM: Custome Experience Research Team(3 person) - as leader
- MY ROLE : CX Research 80% , Making Guidline 100%, 3D Guidline 100%
- TOOLS: MS PPTX, MS EXCEL, Rhino, Keyshot
OVERVIEW
As the lead CX researcher for a mobility company's Data Hub team, we identified accessibility issues in EV charger designs and installations. I led the development of EV charging installation guidelines, collaborating with team members to refine the proposal. I presented the final guidelines to the CEO and department heads, offering meaningful research insights.
‘Autbon’ - Corn Farming Package Sustainable Corn Farming Package for Small Farms
#UX Research #Sustainable Design #Experience Design
- TIME LINE: Sep-Dec 2020
- TEAM: 2 Designer
- MY ROLE : UX Research 50% | Package Design 50%
- TOOLS: Adobe Illustrator | Dimension | Photoshop
OVERVIEW
The problem of world hunger has increased significantly due to climate change and food distribution epidemics. In particular, the Congo region is suffering from the most serious famine problem in the world. The Congo region has abundant resources and 70% of the population engages in agriculture, but the resource utilization rate is only 5%. To this end, we propose an agricultural inspiration package for small-scale family farmers living in the Congo region of Africa through a corn crop farming kit with a relatively high yield.