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Aerospace engineering develops and integrates aircraft, spacecraft, and their supporting systems.
Aerospace engineering is the primary engineering field concerned with developing aircraft and spacecraft. Its scope includes vehicles operating within Earth’s atmosphere and in outer space, and it integrates aerodynamics, propulsion, avionics, materials science, structural analysis, manufacturing, control systems, software, and flight testing. Because aerospace vehicles face demanding conditions such as changing pressure and temperature, high speeds, structural loads, and radiation, their development requires coordinated work among specialists from multiple engineering disciplines. The field has two major, overlapping branches: aeronautical engineering, which focuses on aircraft and atmospheric flight, and astronautical engineering, which focuses on spacecraft and space operations. Avionics engineering is a closely related specialization concerned with onboard electronics, communication, navigation, computers, and control systems. Aerospace engineering also covers the complete life cycle of vehicles, from design and testing to operation, reliability, maintenance, and integration of subsystems such as power, thermal control, communications, and life support.
Aerospace engineering develops and integrates aircraft, spacecraft, and their supporting systems.
Its two primary branches are aeronautical engineering for atmospheric vehicles and astronautical engineering for space vehicles.
The discipline combines aerodynamics, propulsion, structures, materials, avionics, control engineering, software, manufacturing, and flight testing.
Avionics engineering is a related specialization focused on the electronic systems of aircraft and spacecraft.
Aerospace engineering addresses the full vehicle life cycle and requires collaboration among engineers with specialized expertise.
The multidisciplinary engineering field concerned with the design, development, testing, operation, and integration of aircraft and spacecraft.
The branch of aerospace engineering focused on vehicles and systems that operate within Earth’s atmosphere.
The branch of aerospace engineering focused on spacecraft, launch vehicles, orbital mechanics, and space operations.
The specialization concerned with the electronic, computing, communication, navigation, and control systems used in aircraft and spacecraft.
The study of how air flows around bodies and how that flow produces forces such as lift and drag.
The study and application of systems that generate the force needed to move aircraft or spacecraft.
The study of orbital motion and the mechanics governing the trajectories of spacecraft and other space objects.
The study of interactions between aerodynamic forces and the flexibility of aerospace structures.
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