Human Factors in Aviation Systems

Description

Covers a review of basic human factors principles and discussion of more advanced topics such as the implications of cockpit automation and ergonomics in cockpit and display design. The theoretical bases for system safety analysis, application in accident prevention and investigation, and implications for aviation management will also be discussed in detail.

Availability

WebLearn GradSchool

  • Trimester 1 - 2015

Learning Outcomes

1. Demonstrate a sound knowledge of basic human factors concepts including: I information processing models ii sensation and perception iii attention and memory iv situation awareness v workload vi decision making vii stress and fatigue

2. Outline the major systemic models and their applicability to system failure analysis and safety management.

3. Describe the anthropometric issues and ergonomic design considerations in aircraft cockpit and cabin layout

4. Describe the differences between various aviation display formats and their impact on pilot performance and flight management

5. Demonstrate an understanding of the human factors issues associated with aircraft automation and advanced technology, and the implications for safety and management

6. Demonstrate an understanding of workload measurement and the relationship between workload and attention, pilot performance and aircraft system management.

7. Describe the process of accident investigation and the role and relevance of human factors specialist knowledge in that process.

8. Develop an ability to critically review research papers in the field.

9. Identify and locate information relevant to topic areas

10. Participate in electronic communication

11. Demonstrate ability to communicate ideas in written form

12. Demonstrate ability to manage time effectively to complete tasks.

Content

This course forms the foundation for the development of students' skills and knowledge in the area of human factors. Specific content includes: review of basic human factors topics; exploration of systemic models in aviation human factors; ergonomics in cockpit and cabin; automation and its effects on human performance; pilot workload; and human factors in aircraft accident investigation.

Assumed Knowledge

It is expected that most students will have a CPL, ATPL, LAME or ATS licence, and/or experience in the aviation industry.

Assessment Items

Written Assignment: Discussion 1

Case Study / Problem Based Learning: Discussion 2: Case Study

Written Assignment: Discussion 3: Literature search

Essay: Essay 1

Essay: Essay 2

Journal: Reflective Journal

Contact Hours

Forum

Online 2 hour(s) per Week for Full Term

Self-Directed Learning

Self-Directed 2 hour(s) per Week for Full Term

Students will also participate in BlackBoard-based discussion