(Including but not limited to the following topics)
Topic 1: Unmanned Systems
Overall design and integration of unmanned systems
Unmanned aircraft (UAV) platform technology
Unmanned ground vehicles (UGV) and robots
Autonomous navigation and path planning
Multi-agent cooperative control
Unmanned system perception and situational awareness
Unmanned system communication and networking
Real-time positioning and map construction (SLAM)
Unmanned system intelligent decision-making and task planning
Unmanned system vision and multimodal perception
Fault diagnosis and autonomous fault-tolerant control
Embedded systems and onboard computing
Unmanned system endurance and energy management
Environmental perception and obstacle avoidance technology
Unmanned system simulation and virtual testing
Cluster intelligence and distributed control
Human-machine hybrid collaborative control
Countermeasures and counterattack technologies
Shipborne/vehicle-mounted unmanned system adaptation technologies
Unmanned system testing and evaluation standards
Topic 2: Aircraft Design
Aircraft overall design
Aerodynamics and aerodynamic layout
Aircraft structure and strength analysis
Aircraft materials and lightweight design
Flight dynamics and stability control
Flight loads and aerodynamic elasticity mechanics
Aircraft propulsion system integration
Avionics system and mission system design
Landing gear and aircraft structure design
Aircraft stealth design and low detectability
Aircraft thermal protection system
Unmanned aircraft platform design
Hypersonic aircraft design
Multidisciplinary design optimization of aircraft
Aircraft system simulation and verification
Aircraft manufacturing and assembly processes
Aircraft full life cycle management
Aircraft reliability and airworthiness
Rotorcraft design
Bionic aircraft and flapping wing design
Topic 3: Engineering Mechanics
Solid mechanics and elasticity mechanics
Fluid mechanics and computational fluid dynamics (CFD)
Structural mechanics and finite element analysis
Vibration theory and dynamic response
Impact dynamics and collision analysis
Fracture mechanics and fatigue life assessment
Composite materials mechanics and laminated structures
Thermodynamics and thermal stress analysis
Multibody system dynamics
Nonlinear mechanics and stability
Structural optimization and topology optimization
Engineering material constitutive models
Numerical simulation and high-performance computing
Computational structural mechanics
Fluid-structure interaction mechanics
Damage mechanics and structural integrity
Experimental mechanics and testing technology
Micro-nano mechanics
Engineering acoustics and noise control
Creep mechanics and high-temperature strength