A place has been created where you can see MATLAB's powerful functions and use cases that contribute to technological advancements in AI, electrification, mobility, and power through linking with various simulations and various industrial solutions.

MathWorks, a leading developer of technical computing software, successfully held 'MATLAB EXPO 2025 Korea' at COEX Grand Ballroom and ASEM Ballroom on the 8th.

The event was attended by more than 1,500 domestic and international technical experts and MATLAB and Simulink users, who witnessed the latest technologies and engineering trends in various industries.

The event began with keynote speeches by Avi Nehemiah, general manager of design automation software at MathWorks, and Byungchan Jeong, CEO of Hanwha Robotics.

In his keynote address, Director Avi Nehemia delved deeply into the value of software-defined systems and how to implement them.

According to the announcement, a digital thread is built from requirements to architecture, functions, implementation, and testing through Model-Based Design, and through AI, data-based functions, and cloud utilization. It can provide new features without changing hardware.

This approach has become a key element in increasing product value and improving user experience in a wide range of industries, including automotive, industrial machinery, and medical systems.

In his keynote speech titled “Robots, Reinventing Daily Life and Industry through Innovation,” Hanwha Robotics CEO Jeong Byeong-chan looked into the present and future of robot technology.

According to CEO Jeong Byeong-chan, robot technology is expanding beyond manufacturing to various fields such as service, medical, and agriculture.

According to the announcement, this expansion, combined with advances in artificial intelligence and robotics technology, has the potential to have a significant impact on the industrial ecosystem.

The technical sessions at MATLAB Expo 2025 Korea are organized into six tracks: Algorithm Development and AI, Electrification, Model-Based Design, AI Application Engineering, Mobility, Wireless, and Satellite.

Domestic cutting-edge technology companies such as Samsung Electronics, Hyundai Motor Company, SK Telecom, and Korea Electric Power Research Institute participated and shared examples of using MATLAB and Simulink.

Technologies from various industries were introduced at the demo booths at the event.

In the automotive field, we showcased a DevOps environment integration solution for model-based design.

MathWorks also demonstrated a method for building a CI environment from requirements management to system architecture design, software development, and verification.

In the wireless field, AI-based modeling techniques were introduced through a hands-on demo of a realistic satellite scenario visualization case using Unreal Engine.

Attendees were also able to see the code-based verification process through the Polyspace product family, an integrated platform for static and dynamic verification.

At the academic boothResearch cases from several universities, including Sejong University, Dankook University, KAIST, Inha University, Chonbuk National University, Changwon National University, and Korea University of Engineering and Technology, were introduced.

Among them, Inha University's Embedded Control Lab. (ECL) announced the 'Rapid Control Prototyping System and Advanced Control Technology'.

Inha University ECL explained how to design a control system and implement a real-time controller using Simulink-based block diagram programming using its self-developed Lightweight Rapid Control Prototyping System (LW-RCP).

In particular, in the real-time control demonstration of the two-stage inverted pendulum system, technologies utilizing optimal control and reinforcement learning-based control were demonstrated.

Jongmin Lee, CEO of MathWorks Korea, said, “This MATLAB Expo was a meaningful event where attendees could see the future of the domestic engineering field,” and “MathWorks will continue to support technological advancements in various industrial fields such as AI, electrification, and mobility, contributing to strengthening the competitiveness of domestic industries.”