Korea Engineering GRAND-ICT Center ITRC HR Fair
- DAEJEON, South Korea – Korea University of Engineering's ICT Convergence Promotion Research Center (GRAND-ICT Center), led by CEO hwang soo-sung, highlighted its focus on...
- The GRAND-ICT Center presented key research achievements at the exhibition:
- Industry experts showed considerable interest in these technologies, noting their potential application in diverse manufacturing settings.
Korea Engineering Showcases Smart Manufacturing Tech at ITRC Fair
DAEJEON, South Korea – Korea University of Engineering’s ICT Convergence Promotion Research Center (GRAND-ICT Center), led by CEO hwang soo-sung, highlighted its focus on smart manufacturing technologies at the ‘ITRC Human Resources Promotion Daejeon 2025’ event. The center showcased five core technologies,including artificial intelligence (AI)-driven facility preservation,digital twin technology,cooperative robots,and hydrogen sensors.
The GRAND-ICT Center presented key research achievements at the exhibition:
- An AI-based system for facility forestry conservation.
- Digital twin kits utilizing autonomous control accelerators.
- An AI reinforcement learning-based system for cooperative robot object handling.
- A four-legged walking robot designed for process automation.
- A forward-looking, eco-friendly hydrogen sensor and fuel cell system.
Industry experts showed considerable interest in these technologies, noting their potential application in diverse manufacturing settings. Potential uses include predictive equipment maintenance, process optimization, and environmentally sound energy conversion.
the live demonstrations of the AI cooperative robot and the four-legged walking robot were notably popular among attendees.The digital twin kit and the foresight preservation system were also well-received, seen as technologies that address the innovation demands of the industrial sector.
As its establishment in 2020, the GRAND-ICT Center has spearheaded the digital transformation of the Gyeonggi and Incheon regions through 11 research projects. These efforts are supported by the Ministry of science and Technology Information and communication and the Information and Communication Planning and Evaluation (IITP).
Bae Yoo-seok, director of the GRAND-ICT Center, stated, “We are driving tangible innovation in the industrial landscape by integrating AI, big data, autonomous manufacturing, and future automotive technologies.”
Korea Engineering aims to develop skilled professionals who will lead the digital transformation era, specializing in four emerging industries: AI, smart manufacturing, semiconductors, and carbon neutrality.
## Korea Engineering adn the Future of Smart Manufacturing: A Q&A
Here’s a Q&A-style guide to the smart manufacturing technologies showcased by Korea Engineering, designed to provide valuable insights and data.
### What is Korea Engineering showcasing at the ITRC Human Resources Promotion Daejeon 2025 event?
Korea University of Engineering’s ICT Convergence Promotion Research Center (GRAND-ICT Center) highlighted its focus on smart manufacturing technologies at the ‘ITRC Human Resources Promotion Daejeon 2025’ event.
### Who leads the GRAND-ICT Center?
the GRAND-ICT Center is led by CEO Hwang Soo-sung.
### What are the core technologies showcased by the GRAND-ICT Center?
The center showcased five core technologies, including:
* Artificial intelligence (AI)-driven facility preservation
* Digital twin technology
* Cooperative robots
* Hydrogen sensors
### What were the key research achievements presented at the exhibition?
The GRAND-ICT Center presented the following key research achievements:
* An AI-based system for facility forestry conservation.
* Digital twin kits utilizing autonomous control accelerators.
* An AI reinforcement learning-based system for cooperative robot object handling.
* A four-legged walking robot designed for process automation.
* A forward-looking,eco-friendly hydrogen sensor and fuel cell system.
### What is the potential impact of these technologies in manufacturing?
Industry experts showed considerable interest in these technologies, noting their potential submission in diverse manufacturing settings.Potential uses include:
* Predictive equipment maintenance
* Process optimization
* Environmentally sound energy conversion
### Which demonstrations at the event were most popular?
The live demonstrations of the AI cooperative robot and the four-legged walking robot were notably popular among attendees.
### How long has the GRAND-ICT Center been operational?
The GRAND-ICT center was established in 2020.
### What has the GRAND-ICT Center accomplished since its establishment?
Since its establishment in 2020, the GRAND-ICT Center has spearheaded the digital transformation of the Gyeonggi and Incheon regions through 11 research projects.
### Who supports the GRAND-ICT Center’s research efforts?
These efforts are supported by the Ministry of Science and Technology Information and Communication and the Information and Communication Planning and Evaluation (IITP).
### What is the GRAND-ICT Center’s vision for the future?
Bae Yoo-seok, director of the GRAND-ICT Center, stated, “We are driving tangible innovation in the industrial landscape by integrating AI, big data, autonomous manufacturing, and future automotive technologies.”
### What are Korea Engineering’s goals for the future workforce?
Korea Engineering aims to develop skilled professionals who will lead the digital transformation era,specializing in four emerging industries: AI,smart manufacturing,semiconductors,and carbon neutrality.
### Can you summarize the key technologies and their applications?
Absolutely! Here’s a table summarizing the key technologies showcased and their potential applications:
| Technology | Description | Potential Applications |
|---|---|---|
| AI-Driven Facility Preservation | AI systems used for monitoring and maintaining facilities. | Predictive equipment maintenance, facility forestry conservation. |
| Digital Twin Technology | Creating virtual replicas of physical systems. | Process optimization, simulation, and analysis. |
| Cooperative Robots | Robots designed to work collaboratively with humans. | Object handling, automation of manufacturing tasks. |
| Four-Legged Walking robot | Robots with four legs for mobility and process automation. | Process automation in various environments. |
| Hydrogen sensors & Fuel Cell Systems | Eco-friendly sensors and energy systems. | Environmentally sound energy conversion. |