Abstract
General Aviation Aircraft (GA) represents a crucial and diverse sector of the aviation industry, distinguished from commercial aviation by its adaptability to perform various roles, including personal flights, business travel, flight training, and aerial surveys. This contrasts with commercial airlines, which primarily transport passengers and cargo on fixed routes. This study aims to assess the safety of general aviation aircraft through advancements in avionic systems. A single case study approach was employed, following Cresswell’s data collection framework. The study involved 12 Bachelor of Science in Avionics Technology students. Data were collected through face-to-face, in-depth interviews conducted at Indiana Aerospace University, guided by a researcher-developed interview protocol. Key themes emerged from the analysis: (1) Efficiency of Training and Experience, (2) The Importance of Collaboration, (3) Benefits of Innovation and Development, (4) Safety Assurance, and (5) Real-World Exposure. This study's detailed evaluation of current avionic systems aimed to identify improvement areas and provide insights that could benefit the aviation industry, regulatory authorities, and other stakeholders in integrating advanced avionic technology for enhanced safety. Future research involving quantitative methods is recommended.
