AI Aerospace
"Connecting Jeju's Sky and Space with AI Technology - Leading the Future Space Industry"
Training practical convergence talents to lead the New Space era
From satellite data analysis to drones·UAM, intelligent space systems, and XR space content.
Dream of the future of Korea's aerospace industry at Cheju Halla University.
Major Overview
Why 'AI Aerospace'?
As the era of privately-led space development (New Space) opens globally, artificial intelligence (AI) technology has become an essential element for processing thousands of satellites and vast amounts of space data.
In particular, Jeju Special Self-Governing Province is an optimal location for building private space infrastructure, with major facilities such as the Hanwha Systems Space Center and the National Satellite Operations Center concentrating here. This convergence major was established in line with these regional and temporal trends to train convergent talent equipped with aerospace domain knowledge and cutting-edge AI software capabilities.
Key Features
- Regional Strategic Industry Linkage: Curriculum aligned with Jeju space industry development strategy (Hanwha Space Center, small launch vehicles, etc.)
- Practice-Centered Education: Enhancing field competencies through industry-academia projects, capstone design, and internships
- Advanced Infrastructure: AI computing cluster, XR/metaverse lab, and small satellite ground station
Educational Goals & Talent Profile
"Training future core leaders in the aerospace industry through AI-based convergence education"
This major trains the following 4 core types of specialists.
Satellite Data AI Analysis Expert
Analyzing satellite imagery and spatial information big data with AI for applications in environment, disaster response, and urban planning (satellite image analyst, GIS data scientist)
Intelligent Space System Developer
SW/HW development integrating AI into satellites, ground stations, and communication systems (satellite SW engineer, space AI systems engineer)
Drone/UAM & Spatial Information Planner
Planning new services using drone/UAM operations and spatial data (drone data analyst, UAM flight strategist)
VR/AR Space Experience Content Planner
Developing virtual space education, training, and tourism content using XR and digital twin technology (metaverse planner, immersive content developer)
Curriculum & Tracks
Students can choose from 3 specialized tracks based on their career goals for in-depth learning.
[Track 1] Satellite & Communications Track
Acquiring satellite system architecture and communications network technology
Key Courses:
Recommended for: Aspiring satellite hardware/software developers and communications systems engineers
[Track 2] Spatial Information & Drone Track
Acquiring drone/UAM operations and spatial data processing technology
Key Courses:
Recommended for: Aspiring drone specialists, UAM air traffic controllers, and GIS professionals
[Track 3] AI Application & Project Track
Applying AI technology to the space industry and carrying out real-world projects
Key Courses:
Recommended for: Aspiring AI data analysts and metaverse/digital twin developers
Differentiated Education Programs
Industry-Academia Collaboration & Field-Centered Education (PBL)
- Partnerships with Major Companies incl. Hanwha Systems: Providing practical education and mentoring with direct participation from industry experts
- Project-Based Learning: Real problem-solving classes such as developing AI for satellite wildfire monitoring in Jeju and smart farm drone analysis
High School–University–Industry Linkage
- Regional Talent Growth Ladder: Building a virtuous cycle where graduates of aerospace-specialized high schools such as Hallim Technical High School advance to university for advanced education and then join local companies
- Modular Customized Learning: Operating foundational supplementary and tutoring programs for non-majors and specialized high school graduates
State-of-the-Art Practicum Environment
- AI Computing Lab: Satellite image deep learning modeling using high-performance GPU servers
- Satellite Ground Station Kit: Real satellite signal transmission/reception and CubeSat communication simulation
- XR Lab: Virtual space station mission experiences and digital twin simulations
Career After Graduation
AI Aerospace convergence major graduates enter diverse fields based on their 'AI + domain' convergence expertise.
Public Institutions & Research Centers
- • Korea Aerospace Research Institute (KARI)
- • National Satellite Operations Center
- • Korea Land and Geospatial Informatix Corporation (LX)
Private Space/Aerospace Companies
- • Hanwha Systems
- • Satrec Initiative
- • KAI, Korean Air
- • Perigee Aerospace
IT & Platform Companies
- • Naver Cloud (Maps/Navigation)
- • Kakao Mobility
- • Telecom Companies (SKT/KT/LGU+)
Drone & Spatial Information Companies
- • UAM-Related Business Units
- • Spatial Information Service Companies
- • Drone Startups
Participating Faculty
Prof. Lee Young-jun (Lead Professor)
Artificial Intelligence / LLM / Multimodal AI
Prof. Choi Yong-min
Artificial Intelligence / Satellite Communications
Prof. Jang Yong-jun
Artificial Intelligence / Computer Vision / Multimodal AI
Prof. Kim Hyu-chan
Computer Multimedia / Drone / Spatial Information
Consultation & Inquiry
Prof. Young Joon Lee, Artificial Intelligence Department
Please contact the responsible professor for inquiries about the major.
We look forward to your challenge to lead the future space era.
Student Benefits
Innovation Talent Support Fund
- Up to 50,000 KRW per credit
- Additional 50,000 KRW for industry-linked courses
- Maximum 500,000 KRW per person
Global Training Support
- Selected outstanding students for overseas training (Japan, etc.)
- Airfare and accommodation support
- Bonus points for participating in extracurricular programs
Advanced Educational Environment
- Generative AI paid tools (GPT, etc.) support
- Latest practice equipment and facilities
- Priority selection for Capstone Design