Career Overview
Aerospace engineers design, build, test, and improve aircraft, rockets, satellites, spacecraft, and other systems used in flight and space exploration. They use science, mathematics, technology, and engineering principles to solve complex problems and develop vehicles capable of traveling through Earth's atmosphere and beyond.
From designing the next generation of rockets to helping spacecraft reach distant planets, aerospace engineers play a major role in advancing exploration and innovation.
Projects and Tasks can include…
Designing rockets and spacecraft
Developing satellites and communication systems
Testing aircraft performance
Improving fuel efficiency
Analyzing flight data
Solving engineering challenges
Creating computer models and simulations
Ensuring vehicles operate safely
Many aerospace engineers work on teams where they collaborate with scientists, software engineers, technicians, and mission planners.
STEM CONNECTIONS
Mathematics
Aerospace engineers use math to calculate speed, acceleration, trajectories, fuel consumption, and structural loads.
Science
Engineers apply physics concepts such as forces, motion, gravity, energy, and aerodynamics to understand how vehicles move and operate.
Technology
Computer software, simulations, coding, and data analysis tools help engineers test designs and solve problems.
Engineering
Engineers follow the design process to create, test, improve, and refine aerospace systems.
Skills and Education
Skills That Help Aerospace Engineers Succeed
Problem-solving
Critical thinking
Creativity
Communication
Teamwork
Attention to detail
Coding and computer modeling
Mathematics and physics
Educational Pathway
High School
Helpful courses include:
Algebra
Geometry
Algebra II
Precalculus
Physics
Computer Science
Engineering courses
College
Most aerospace engineers earn a bachelor's degree in:
Aerospace Engineering
Mechanical Engineering
Engineering Physics
Some engineers continue their education through graduate programs and research opportunities.