Jiyoon Rhim

Experience Designer · UX · Emerging Technologies

Experience Designer & Project Manager focused on turning complex technical concepts into tangible, human-centered digital realities.

Contact

📍 Gyeonggi-do, South Korea

📞 010-7140-5298

✉️ jiyoon5678@gmail.com

🔗 Portfolio

Work Experience

Innocean

Project Manager · Digital Platform Team

Oct 2025 – Jan 2026

  • Designed workflow systems for vehicle content production across HQ and global regions.
  • Led business communication with global headquarters and overseas regions.
  • Conducted market research on Unreal Engine service partners.

Mercedes-Benz AG

UX Intern · Future Software & AI

Oct 2023 – Mar 2024

  • Designed user flows and interaction scenarios for future mobility.
  • Implemented mixed reality simulations using Unity and Varjo XR-3.
  • Focused on intuitive, user-centered digital interactions.

ChiFam

Designer (Freelance)

May 2022 – Nov 2023

  • Developed brand identity systems and packaging design.
  • Executed UX/UI designs for e-commerce platforms to enhance engagement.

Easter C&I

Advertising Designer · Creative 2 Team

Oct 2018 – Apr 2019

  • Produced digital advertising assets and social media content for major gaming brands.
Education

Burg Giebichenstein University, Germany

M.A. in Multimedia Design

Apr 2021 – Jul 2024

Kyung Hee University, South Korea

B.A. in Digital Contents

Jan 2013 – Aug 2018

Languages
Korean · Native
English · OPIC IH
German · Telc C1
Skills
Adobe Suite
Figma
Unity
Blender
PowerPoint / Keynote
Confluence
Microsoft 365
Generative AI (rapid prototyping)
Selected Projects

AI Holographic Content Production | Jinju Lantern Festival (2025)

Produced 9 AI-driven holographic videos using Midjourney and Veo3, improving production efficiency and visual impact.

Tangible AR Graduation Project | Travel Along

Designed an immersive AR experience for families by integrating physical cards with interactive digital content for travel.

Hyundai Motor ZER01NE | SafeXUp

Contributed to business strategy planning and functional prototyping of a smart disaster response solution using piezoelectric energy harvesting.