Max Robotics — Global Service Robot Directory + US Certification

About

SungJun Park is a pioneering roboticist specializing in autonomous systems for hazardous and complex environments, with a focus on vertical climbing and stair navigation. His major contributions lie in developing innovative, mechanically elegant robots that reduce human risk and operational complexity. Park’s work on the Tethered Façade Cleaning Robot (2022, 32 citations) introduced a dual rope windlass mechanism that automates dangerous building maintenance, directly addressing fall hazards in construction. He further advanced last-mile delivery with the WAVE platform (2023, 8 citations), a four-bar linkage-based robot that seamlessly transitions between flat ground and stair climbing, eliminating the need for complex sensing. His most recent achievement, the WAVES robot (2024, 6 citations), represents a paradigm shift: using soft materials and minimal electronics, it adapts to various step sizes without precise control, making stair-climbing robots more accessible and robust. Park’s work consistently prioritizes mechanical simplicity over sensor-heavy approaches, offering scalable solutions for real-world deployment. His research has immediate applications in building maintenance, logistics, and disaster response, positioning him as a key innovator in practical field robotics.