Nam Hee Kim

Papers

Total Citations

104

H-Index

About

Nam Hee Kim is a leading researcher in computer animation and robotics, specializing in physics-based character control and locomotion. Her most impactful contribution is the ALLSTEPS system, a curriculum-driven learning framework that teaches virtual characters to navigate complex stepping-stone environments with remarkable agility and precision. This work, which has garnered nearly 100 citations, addresses a fundamental challenge in character animation: enabling bipedal agents to reliably place their feet on constrained, discrete footholds. By designing a progressive training curriculum that gradually increases task difficulty, Kim’s approach produces robust, natural-looking gaits that generalize to unseen terrain configurations. Her research bridges reinforcement learning and biomechanics, offering practical solutions for interactive media, virtual reality, and legged robotics. Kim’s work has been recognized for its technical elegance and real-world applicability, making her a rising voice in the field of physics-based simulation. Her contributions continue to inspire new directions in adaptive locomotion and skill transfer for autonomous agents.