Akademik Dersler - İçerik

Describe the importance of human factors in aerospace engineering.
Explain sensory processes and perception as applied in aviation.
Analyze cognitive processes such as attention, memory and decision making in the context of aerospace operations.
Evaluate the impact of mental workload on human performance in aviation operations.
Evaluate cockpit layout and ergonomics considering human factors principles.
Design effective human-machine interfaces (IMA) for aviation systems.
Apply usability and human-centered design principles to controls and displays in aviation environments.
Evaluate the factors affecting human error in aviation operations.
Design error detection, mitigation and prevention strategies.
Use human reliability analysis (HRA) techniques to improve safety and performance.
Explain the principles and evolution of cockpit resource management (CRM) in aviation.
Apply effective communication and teamwork strategies in cockpit and cabin crew operations.
Havacılık bağlamında CRM uygulamalarının pratikteki uygulamalarını anlamak için vaka çalışmalarını ve simülasyonları analiz eder.
İnsan operatörler için farklı otomasyon seviyelerini etkilerini analiz edebilecektir.
Solve automation related problems in aviation systems.
Design automation interfaces that improve operator performance and safety in aviation.
Analyze the effects of Fatigue, Stress and Workload on aviation safety and performance.
Apply stress management techniques specific to aviation environments.
Conduct workload assessments to optimize human performance in aviation tasks.
Integrate human factors principles into aviation safety protocols and practices.
Discuss ethical considerations when designing human-centered aviation systems.
Design improvements and innovations based on human factors research to enhance safety, efficiency and performance in aviation operations.