NCKU Robots Win Big in Global Competition

The incorporation of skills created by robot design is crucial to the development of industry, according to Li.

TAINAN, Taiwan--A Tainan-based research team of student and staff from the aiRobots Laboratory at National Cheng Kung University (NCKU) won 2 gold, 2 silver, 2 bronze medals, including the All-round Championship in the 2014 FIRA RoboWorld Cup on adult-sized humanoid robotics, the university announced recently.


This was the consecutive honor of championship in the same competition following last year. The NCKU team also received a gold medal on small-sized humanoid robotics in basketball contest.

The aiRobots Laboratory at NCKU led by electrical engineering professor Tzuu-hseng Li has won many domestic awards as well as international ones, especially in the FIRA RoboWorld Cup.

Prof. Li revealed, both adult-sized and small-sized robots won the All-round Runner-up in 2012, and the adult-sized robot was the Championship last year.

NCKU aiRobots Laboratory participated in the FIRA RoboWorld Cup starting 2005, aiming to improve the balance and precision of the robot's hands, eyes and feet and its steps and speed, according to Prof. Li.

He also pointed out that to compete in this year's contest, the function of thumb is added, allowing the robot to hook and catch, and it enhances the knees' agilities too.

He said, designing and researching on robots involve interdisciplinary cooperation.

The movements of robots have to depend on delicate motors; a robot alone uses up to 24-25 motors. The balance of a robot's hands, eyes and feet and other subtle control require the help of information, computer and technology as well as software design.

The incorporation of skills created by robot design is crucial to the development of industry, according to Li.

Featured Product

Omron Adept Lynx Cart Transporter

Omron Adept Lynx Cart Transporter

The Omron Adept Lynx Cart Transporter is an Autonomous Intelligent Vehicle (AIV) designed to attach to movable carts and transport them from a pickup location to a drop off location. Applications include line-side inventory replenishment, moving flow racks, transporting Work in Progress (WIP) between process steps, and moving finished goods to the warehouse. The Lynx Cart transporter leverages Natural Feature Navigation to autonomously find a path through the facility without the need for any facility modifications necessary.