A passionate explorer in the world of robotics, artificial intelligence, and intelligent systems, crafting the future through innovative technology.
Discover my journey in robotics and AI
My academic journey in engineering and technology
My professional journey in robotics and AI research
Innovative solutions in robotics and artificial intelligence
Visual journey through my research and achievements
Presentation moment
Presentation moment
Presentation moment
Presentation moment
Presentation moment
Robotics research
Robotics research
Robotics research
Robotics research
Robotics research
Achievement
Achievement
Achievement
Contributing to the future of robotics and AI
Adapted ACT algorithm for single-arm robots in vision-based manipulation tasks using CVAE to predict grouped actions from visual and motion data, achieving improved speed, precision, and reliability.
Developed a neural network system to map end-effector positions to joint angles, achieving high accuracy and smooth trajectory following that outperforms traditional controllers.
Submitted full-length paper combining diffusion transformers with reinforcement learning for advanced quadrupedal robot locomotion control.
Journal article on discrete latent encoding for multitasking robots, advancing the field of vision-guided robotic manipulation.
A novel VLA framework leveraging state space architecture to achieve SOTA in robotic manipulation
Milestones in my academic and research journey
Received the prestigious best thesis award at the KNU-EERC event in July 2025, recognizing excellence in research methodology and innovation in robotics and AI.
Delivered an acclaimed oral presentation on Discrete Latent Diffusion Motion Planning at NodyCon in New York, USA, showcasing cutting-edge research to an international audience.
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