South Korea's Doosan Robotics opens new R&D center

Doosan Robotics has opened a new research and development center in Bundang, Gyeonggi Province, focused on advanced robotics and software.

Doosan Robotics is a South Korea-based company specializing in robotics technology.

The 2,000-square-meter facility, called the Doosan Robotics Innovation Center, will house about 40% of the company’s staff.

The center will handle robot and software development, as well as quality testing, including durability tests in extreme conditions.

Projects at the center include work on humanoid robots, robot-specific AI software, multiarm simultaneous control, and collision avoidance technology.

🔗 Source: The Korea Times

🧠 Food for thought

Implications, context, and why it matters.

Robotics companies are racing to integrate AI capabilities as industry transforms

Doosan’s new R&D facility opening aligns with major 2025 robotics trends, particularly the integration of artificial intelligence into robotic systems1.
The International Federation of Robotics identifies AI integration as a top global trend, with robots increasingly leveraging AI for data processing and environmental analysis to optimize operations1.
Doosan’s focus on developing “robot-specific artificial intelligence software” and hiring a former fintech CTO demonstrates how robotics companies are prioritizing software expertise alongside traditional hardware engineering.
The facility’s emphasis on humanoid robot development also matches industry predictions, with humanoid robots gaining attention primarily in automotive and warehousing sectors1.
This strategic timing suggests Doosan is positioning itself to capture market opportunities as the robotics industry undergoes a transformation driven by AI, automation, and machine learning advancements2.

Cross-industry talent acquisition reflects robotics evolution toward software-centric solutions

Doosan’s recruitment of Oh Chang-hun from Toss Securities as executive vice president signals how robotics companies are seeking software and platform expertise from outside traditional manufacturing sectors.
Oh’s background in “designing and managing core platform architectures” at major internet firms like Naver and Toss suggests Doosan recognizes that modern robotics requires sophisticated software platforms, not just mechanical engineering.
The company’s goal to become an “intelligent robot solutions provider” rather than just a hardware manufacturer reflects the broader industry shift toward software-defined robotics capabilities.