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Interdisciplinary Program
The minimum total credit requirement for this program is 20 credits, which includes 5 credits of foundational core courses, 12 credits of interdisciplinary module courses, and 3 credits of practical courses. Among the courses taken in this program, at least 6 credits must not belong to the student's major, minor, or other required programs. The course plan for this program is detailed in Table 1.
Table 1: UAV Interdisciplinary Program Curriculum
| Category | Course Name | Credits | Scheduled Year | Remarks |
| Core Courses | Introduction to Unmanned Aerial Vehicles | 2 | Aeronautical/Electronics 1st Semester (2nd Year) | At least 5 credits must be completed |
| Principles of Flight | 2 | Aeronautical/Electronics 1st Semester (1st Year) | ||
| UAV Regulations and Certification Practices | 3 | Aeronautical/Electronics 2nd Semester (2nd Year) | ||
| UAV Electronic Communication Systems | 3 | Electronics 3rd Semester | ||
| National Defense Education and Military Training (V) - Defense Technology (UAV) | 1 | Aeronautical/Electronics 1st Semester (2nd Year) | ||
| Module Courses (1) Flight Control Technology | UAV Traffic Management (UTM) System | 3 | Aeronautical/Electronics 2nd Semester (3rd Year) | At least 12 credits across two module courses, including: At least 6 credits in the major module, Major Module (1) requires passing the basic UAV operation certification |
| Fixed-Wing UAV Flight Mechanics and Control Practices | 3 | Automation Department | ||
| Multirotor UAV Certification Practices | 3 | Electronics 2nd Semester | ||
| Helicopter UAV Certification Practices | 3 | Electronics 3rd Semester | ||
| VTOL UAV System Design and Control | 3 | Electronics 4th Semester | ||
| Module Courses (2) System Design & Integration | Introduction to Aviation Sensors and Experiments | 3 | Aeronautical/Electronics 1st Semester (1st Year) | |
| UAV Integration and Mission Execution | 3 | Aeronautical 3rd Semester / Electronics 4th Semester | ||
| Autonomous Flight System Design and Simulation | 3 | Aeronautical/Electronics 3rd Semester | ||
| UAV Flight System Integration Design | 3 | Electronics 3rd Semester | ||
| Ground Control Station Software Design | 3 | Aeronautical/Electronics 4th Semester | ||
| Module Courses (3) Intelligent Application Technology | Introduction to Artificial Intelligence | 3 | Electronics 2nd Semester | |
| Intelligent UAV Application Technology | 3 | Electronics 2nd Semester | ||
| UAV Aerial Photography and Survey Applications | 3 | Electronics 4th Semester | ||
| UAV Remote Sensing Image Analysis Practices | 3 | Electronics 3rd Semester | ||
| UAV Modeling and Flight Simulation | 3 | Electronics 4th Semester / Master's Program | ||
| Module Courses (4) Vehicle Design & Manufacturing | Computer-Aided Design (CAD) | 3 | Aeronautical 1st Semester / Electronics 1st Semester | |
| Composite Materials and Lab Practices | 3 | Aeronautical 3rd Semester | ||
| UAV Design and Manufacturing | 3 | Aeronautical/Electronics 3rd Semester | ||
| Aircraft Performance Analysis and Design | 3 | Aeronautical 4th Semester | ||
| Aircraft Structural Design and Engineering Analysis | 3 | Aeronautical 4th Semester | ||
| Practical Courses | UAV Applications and Technology Seminars | 3 | Aeronautical/Electronics 4th Semester | At least 3 credits must be completed |
| UAV Practical Project (I) | 3 | Aeronautical/Electronics 3rd Semester | ||
| UAV Practical Project (II) | 3 | Aeronautical/Electronics 4th Semester | ||
| Industry Internship (Semester) | 3 | Aeronautical/Electronics 4th Semester |
