The goal of the BS in Avionics Engineering program is to provide students with a wide technical knowledge base so they can fulfill industry demands and pursue applied research in a variety of avionics-related areas. Well-mannered graduates who can apply engineering principles, procedures, and practices to design, build, and assess avionics systems as well as oversee their maintenance are fostered by the trained professors. The study of electronic systems utilized in the aviation industry is known as avionics engineering. Aerial Electronics is what it is shortened to. The study of electronics and communication systems in machinery that can fly in the air and space—also referred to as aircraft and spacecraft—is the focus of avionics engineering. There is a larger job market and greater scope for avionics engineers because their applications are extensive and extend beyond the aviation industry to most native engineering specialties. Reputably one of the most diversified engineering specialties, the Bachelor of Science program in Avionics Engineering encompasses a wide range of engineering disciplines. Antenna and Microwave, Radars, Communication, Guidance & Navigation, Satellite Technologies, Embedded Systems, Artificial Intelligence, and Instrumentation & Control are among the key fields offered during the four-year BS Avionics Engineering curriculum.