The field of Aeronautical Engineering examines multiple areas regarding aircraft construction and operational lifecycle support and aerospace system maintenance. Engineering students start their education by studying mathematical and physical sciences alongside the study of materials before moving to advanced engineering topics. Core studying areas begin with aerodynamic education about air interactions around aircraft followed by propulsion system education devoted to jet turbine and rocket propulsion systems. Aircraft structures are explored through structural analysis to understand design factors and durability along with avionics which explains operation of advanced electronic systems used to navigate aircraft and send messages and govern them. Flight mechanics teaches stability and control principles that aircraft encounter during flight runs parallel to designing aircraft to maintain efficiency and deliver safe airframes. The field combines study in thermodynamic processes alongside fluid mechanics research with computational modeling work. Students explore UAV engineering and green aviation development in addition to traditional aviation fields through their coursework. Student success in aerospace technology demands practical lessons from labs as well as computer-aided design (CAD) and internship experiences because this field requires hands-on expertise from students.