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Key Features Design and oversee electrical systems for diverse aircraft – including planes, spacecraft, and other aerial vehicles. Master aerodynamics, flight control systems, avionics, navigation, communication technologies, and the design of aircraft and satellite systems. Gain practical skills through exclusive internships and research collaborations with industry giants like Boeing and Airbus. Earn a prestigious qualification recognized both in Australia and internationally. Enhance your career prospects by pairing your studies with a second major or dual degree. Why Select This Program Develop expertise in aircraft electrical systems through our specialized electrical and aerospace engineering program. From improving aircraft efficiency to pioneering safer, cost-effective flight solutions, you'll drive innovations transforming aviation. QUT stands at the forefront of avionics research in Australia, offering valuable industry and government connections. Through hands-on training in cutting-edge labs and field experiences, you'll work with various aircraft, including planes, helicopters, satellites, and drones. Apply your knowledge in real-world settings via exclusive internships and research initiatives with leaders like Boeing and Airbus. Recent projects have focused on advancements in drone technology, aerospace vision systems, and autopilot development. Graduate with an Honors degree that holds global recognition. Expand your horizons by combining your studies with another major or degree to broaden career options. About Electrical and Aerospace Engineering This field focuses on designing, developing, manufacturing, and maintaining electronic systems for aircraft, helicopters, spacecraft, satellites, and drones. If you're passionate about technology, electronics, flight, and space exploration, this career path could be ideal. Career Pathways As an electrical and aerospace engineer, you'll apply systems engineering principles to create and maintain electronic systems for various aircraft, from commercial planes to satellites and drones. Graduates find opportunities in diverse sectors, including leading aerospace firms, airlines, tech startups, aviation safety, regulatory bodies, and defense. With experience, you can advance to senior engineering positions, management roles, or transition into industries like finance, healthcare, transportation, and public policy that value engineering expertise. Potential Career Roles Avionics Engineer Aircraft Design Specialist Electrical Systems Engineer Instrumentation Expert Vision Systems Developer
Students must have a pass in Australian Year 12 or equivalent. Pre-requisites: Mathematical Methods, or Specialist Mathematics (Units 3 & 4, C)
Entry requirements may vary from country to country.
IELTS Academic score of 6.5 with Listening, Reading, Writing and Speaking score of 6; TOEFL iBT score of 79 with Listening, reading score of 16, Writing score of 21 and Speaking score of 18; Pearson PTE (Academic) score of 58 with Listening, Reading, Writing and Speaking score of 50; Cambridge English Advanced (CAE) score of 176 with Listening, Reading, Writing and Speaking score of 169.