Abstract
Integrating advanced OLED display systems in aircraft represents a significant innovation in the interior industry, offering enhanced quality and design flexibility, thereby improving passenger experience. OLED displays provide improved colour accuracy, high contrast ratios, and colour depth in varying display sizes and form factors. Additionally, their significantly lighter weight and lower power consumption than traditional displays will contribute to improved fuel efficiency. The adaptability offered by OLED displays makes it an exciting technology to be integrated across the entire aircraft. This talk explores various cases of application of OLED display technology within the aviation sector, highlighting its potential in cockpit displays, passenger entertainment systems, cabin ambiance lighting, airport infrastructure, and air traffic operators. As the aerospace industry evolves towards Urban Air Mobility (UAM) solutions and vertiport infrastructures, the future applications of OLED displays appear promising, encompassing real-time flight data visualization, intuitive passenger interfaces, and dynamic cabin environmental settings that enhance comfort and operate safely. The balance of the stringent certification requirements necessary for these systems, ensuring compliance with aviation safety standards while maintaining operational efficiency, is critical. This talk discusses the transformative potential of OLED technology in redefining aircraft interiors and advancing the capabilities of future aerial transportation systems.
BioSketch
Professor Joon Chung is a professor in the Department of Aerospace Engineering at Toronto Metropolitan University and the MIMS(Mixed-reality Immersive Motion Simulation) lab director. He received a Ph.D. in Aerospace Engineering from the University of Toronto in 1997.
Professor Joon Chung's impactful work in Aerospace Engineering is evident in his development of Multidisciplinary Design Optimization (MDO) Tools for Aircraft design. His research, which incorporates various optimization methods and factors in uncertainties, has led to significant advancements. Notable among his recent projects are the design of a Flight Test Data Analysis System, the development of Immersive Flight Simulation technology, and the exploration of Human Machine Interface (HMI) with Aircraft Cockpit/Interiors Research.
He is also a co-founder of Veyond Metaverse, which develops a 5D photorealistic immersive telepresence platform based on eXtended Reality and digital twin technologies coupled with AI to connect medical practitioners in different parts of the world.