Why Get a Master’s in Aerospace Engineering?
A master’s in aerospace engineering can be a powerful way to take your career to the next level. Whether you want to move into leadership roles, deepen your expertise in a specialized area, or work on cutting-edge projects like spacecraft design, unmanned aerial systems, or sustainable propulsion, this degree equips you with the advanced skills employers seek. It also opens doors to careers in research, development, and academia, where innovation is shaping the future of flight and space exploration.
Who Can Get a Master’s in Aerospace Engineering?
Aerospace Engineering master’s programs are perfect for engineering professionals looking to advance their knowledge or specialize more deeply. Candidates for master’s programs almost always need a bachelor’s degree, and in technical cases like engineering programs, a relevant degree may be recommended, if not required. Some related bachelor’s degrees that may be eligible include mechanical, electrical, and computer engineering, as well as physics, and of course, aerospace engineering.
For specific requirements, check each program carefully as they may vary between schools and their programs.
The Blueprint of an Aerospace Engineering Master’s Degree
A strong master’s program in aerospace engineering includes coursework across multiple facets of the field. You’ll have the opportunity to choose from several areas of specialization while also completing required courses in:
- Fluid Dynamics. Learn how air and gases move around objects, essential for understanding the forces of aircraft performance.
- Propulsion and Energy. Explore how engines, rockets, and other systems generate thrust needed for flight and space travel.
- Flight Dynamics and Controls. Learn how air and spacecrafts stay stable and maneuver safely through control systems and aerodynamic principles.
- Materials and Structures. Examine strength, durability, and properties of materials used in air and spacecraft building.
- General Aerospace Engineering Topics. Cover a wide range of advanced topics in aerospace, like orbital mechanics or guided research projects.
- Research-Based Courses. Gain hands-on experience in solving aerospace problems through independent or guided research projects.
You may also have the opportunity to take elective or review courses, allowing you to strengthen your foundation and tailor the program to your goals.
Are you looking for a flexible and robust Aerospace Engineering master’s degree program? Learn more about WPI graduate options.
How Much Can I Make With a Master’s in Aerospace Engineering?
Earning a master’s degree can set you apart as a valuable asset in the job market, no matter your role or industry. According to the US Bureau of Labor Statistics, professionals with a masters tend to earn on average 16% more than those with just an undergraduate degree.
The US Bureau of Labor Statistics also predicts a job growth outlook of 6% through 2034, considered faster than average. They also report 4,500 new job openings in this field every year, with lots of opportunity for those looking to get a job in Aerospace Engineering.
The same organization also reports that the median salary of aerospace engineers hovers around $135,000. Salaries for any job can fluctuate greatly, as the highest 10% of participants surveyed earned more than $205,850. Experience in the field and specialization can also affect your salary, which is just something to be mindful of depending on your position in your career path.
Top Jobs for Those with an MS in Aerospace Engineering
Having a master’s in aerospace can open doors in various STEM-related fields and specialties. Here are some common roles, with average salaries according to Payscale.com:
- Aerospace engineer, $95,746
- Electronics engineer, $92,381
- Maintenance engineer, $81,908
- Manufacturing engineer, $79,285
- Materials engineer, $91,386
- Structural engineer, $80,942
- Stress analyst, $86,476
- Propulsion Engineer, $98,030
- Flight test engineer, $100,703
A master’s in aerospace engineering is more than just an advanced degree; it’s an investment in your future. From developing specialized expertise to opening the door to higher-paying, in-demand careers, this degree gives you the tools to make a meaningful impact in a field that continues to push the boundaries of technology and exploration.