Aviation Education and Training Research

Current project

Additional projects can be negotiated with SEIT supervisors who work in a related field.

Click on this link to see a spreadsheet containing a list of supervisors in SEIT and their respective research areas. Please contact the supervisors directly to negotiate a project.

We also offer research projects for Masters by Research and Master of Philosophy degrees.

All admission enquires for SEIT research degree students (e.g. Phd, Masters, MPhil) can be directed to:

seit.hdradmissions@adfa.edu.au

Description of work:

Education and training are key fundamental aspects of the aviation industry. Almost every aspect of the industry that is critical to operations requires dedicated education and training, with many requiring official certification and licensing. As such, research into effective and efficient teaching and learning is essential to the aviation industry, across all sectors: pilot training, maintenance engineering, remotely piloted aircraft, air traffic management and control, accident and incident investigation, and many others. Research into aviation education and training will focus on studying teaching in a higher education setting, and may including what teaching methods are most effective for various aviation content, evaluating how students learn and interact with content to improve teaching design, student motivation and experiences in aviation, and improving understanding of which topics or concepts are particularly challenging for students. Research in aviation education and training will utilise and incorporate advanced technologies, for both student engagement and for assessment. Current technological developments include the use of virtual and augmented reality (mixed realities), simulations, and biometrics.

Contact:

G.Wild@adfa.edu.au

Supervisor(s)
Aeronautical Engineering Program Coordinator
lensSchool of Engineering & Information Technology
lensAviation
lensFluid & Fluid-structure Interactions
lensHypersonics & High Speed Flows
lensTrusted Autonomy
lensAdvanced Materials & Impact Dynamics