Ah‐Na Kim
Papers
3
Total Citations
10
H-Index
2
About
Ah-Na Kim is a pioneering researcher in the emerging field of robotic food automation, with a specific focus on the deep-frying and packaging of traditional Korean cuisine. Her work bridges the gap between advanced robotics and culinary science, aiming to automate labor-intensive processes while preserving or enhancing food quality. Kim’s most impactful contribution is the development and validation of a robotic-automated system for deep-frying Kimbugak, a traditional laver snack. Her landmark 2025 study, with 6 citations, introduced a comprehensive plant simulation for this process, while a subsequent comparative study (2 citations) demonstrated that robotic frying at 175°C for 8 seconds achieves optimal quality and uniformity, matching manual frying. She further advanced the field by creating a data-driven 3D simulation framework for meal-kit-packaging automation, using Tecnomatix software and 3D scanning of real production sites. With a total of 10 citations across her most-cited works, Kim is establishing herself as a key innovator in robotic food processing, offering scalable solutions for the food industry that ensure consistency, efficiency, and cultural preservation.
Research Focus
Key Achievements
Top Papers
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