What degree is best for becoming an aerospace engineer?

A bachelor’s degree in aerospace engineering or aeronautical engineering is typically required. Some roles may also accept mechanical engineering with relevant aerospace coursework.

Do aerospace engineers benefit from advanced degrees?

Yes, a master’s or PhD can open doors to research roles, leadership positions, and specialization in areas like propulsion, avionics, or materials science.

What certifications enhance an aerospace engineer’s credentials?

Certifications like the PE (Professional Engineer), Six Sigma, or aerospace-specific software certifications (CATIA, NX) improve employability and demonstrate technical excellence.

Are online programs effective for aspiring aerospace engineers?

Online programs from accredited institutions can provide foundational knowledge or allow professionals to specialize, but hands-on experience is crucial in this field.

Is licensing required for aerospace engineers?

Licensing is not always required, but becoming a licensed Professional Engineer (PE) can enhance credibility and is often required for public-sector or senior roles.

Do research institutions hire aerospace engineers?

Yes, universities and research labs hire aerospace engineers for R&D projects focused on aerodynamics, propulsion, advanced materials, and unmanned aerial systems.

Do expert aerospace engineers lead multidisciplinary teams?

Yes, expert engineers often lead cross-functional teams, coordinating design, testing, systems integration, and manufacturing to deliver advanced aerospace solutions.

Best degrees and certifications for Aerospace Engineers

Pursuing a career in aerospace engineering requires a strong educational foundation and specialized credentials that validate technical skills. From building aircraft and satellites to advancing propulsion and navigation systems, aerospace engineers play a pivotal role in aviation and space innovation. Earning the right degrees and certifications can enhance job prospects, support career advancement, and demonstrate expertise in a highly regulated, performance-driven industry.

Top Degree Options for Aerospace Engineers

Degrees form the bedrock of an aerospace engineering career. Depending on your goals, here are the most valuable academic paths:

Bachelor of Science in Aerospace Engineering (BSAE) ? The standard undergraduate degree for entry-level roles, covering aerodynamics, flight mechanics, propulsion, and aerospace materials.
Bachelor of Science in Mechanical Engineering ? A flexible alternative that provides a strong foundation in core engineering principles and can lead to aerospace careers with additional specialization.
Master of Science in Aerospace Engineering (MSAE) ? Suitable for engineers seeking advanced roles, specialization in areas like avionics or spacecraft systems, or involvement in cutting-edge R&D.
Ph.D. in Aerospace Engineering ? Ideal for professionals pursuing academia, deep research roles, or leadership positions in government space programs and large defense contractors.

Valuable Certifications for Aerospace Engineers

Certifications complement academic degrees and demonstrate your mastery of tools, methodologies, and safety protocols. Top certifications include:

Professional Engineer (PE) License ? A highly respected credential in the U.S. that allows engineers to sign off on designs and lead government or public projects. It requires a degree, work experience, and two licensing exams (FE and PE).
Certified Systems Engineering Professional (CSEP) ? Offered by INCOSE, this certification validates expertise in systems design, integration, and analysis—critical in aerospace system development.
Six Sigma Certification (Green or Black Belt) ? Demonstrates skills in process improvement, quality control, and lean engineering, especially valuable in aerospace manufacturing and operations.
Project Management Professional (PMP) ? Highly relevant for aerospace engineers managing large-scale technical projects or coordinating multidisciplinary teams.
FAA Certifications ? For those working in aircraft design or maintenance, FAA Airframe & Powerplant (A&P) certifications or knowledge of FARs (Federal Aviation Regulations) are advantageous.

Software-Specific Certifications

Familiarity with industry-standard engineering software can give engineers a competitive edge. Certifications include:

CATIA Certification ? Proves proficiency in high-level aerospace modeling and assembly design using Dassault Systemes’ CATIA platform.
ANSYS or Siemens Simcenter Certifications ? Demonstrates capabilities in simulation, thermal analysis, and structural optimization.
MATLAB & Simulink Certification ? Useful for modeling aerospace control systems and performing numerical computations.

Choosing the Right Path

The best combination of degree and certification depends on your specific interests and goals:

Want to work in aircraft design? ? A BSAE plus CATIA and PE certification provides strong qualifications.
Interested in propulsion or structural analysis? ? Consider an MSAE plus ANSYS or Simcenter credentials.
Targeting aerospace project management? ? An engineering degree plus PMP and Six Sigma credentials offer strategic advantages.

Continued Learning and Professional Development

Aerospace is a fast-paced field, so ongoing learning is critical. Consider:

Attending industry conferences like AIAA or SAE events
Joining professional organizations for networking and updates
Taking online courses in aerospace trends such as electric aircraft, UAVs, or space vehicle guidance

With the right combination of education and certification, aerospace engineers can unlock a wide range of career opportunities—from working on next-generation aircraft to contributing to space exploration missions.

Frequently Asked Questions

What degree is best for becoming an aerospace engineer?: A bachelor’s degree in aerospace engineering or aeronautical engineering is typically required. Some roles may also accept mechanical engineering with relevant aerospace coursework.
Do aerospace engineers benefit from advanced degrees?: Yes, a master’s or PhD can open doors to research roles, leadership positions, and specialization in areas like propulsion, avionics, or materials science.
What certifications enhance an aerospace engineer’s credentials?: Certifications like the PE (Professional Engineer), Six Sigma, or aerospace-specific software certifications (CATIA, NX) improve employability and demonstrate technical excellence.
Do research institutions hire aerospace engineers?: Yes, universities and research labs hire aerospace engineers for R&D projects focused on aerodynamics, propulsion, advanced materials, and unmanned aerial systems. Learn more on our Industries Hiring Aerospace Engineers page.
Do expert aerospace engineers lead multidisciplinary teams?: Yes, expert engineers often lead cross-functional teams, coordinating design, testing, systems integration, and manufacturing to deliver advanced aerospace solutions. Learn more on our Skills of Successful Aerospace Engineers page.