2027 Entry-Level Jobs With an Aerospace Engineering Degree

Imed Bouchrika, PhD

by Imed Bouchrika, PhD

Co-Founder and Chief Data Scientist

What Entry-Level Jobs Can You Get With an Aerospace Engineering Degree?

About 67% of engineering graduates find employment within six months of completing their degrees, reflecting strong demand for entry-level aerospace engineering jobs in the United States. Graduates can begin their careers in various roles that build essential skills and industry knowledge.

Below are several common starting positions for aerospace engineering graduates and how they contribute to professional growth.

  • Junior Aerospace Engineer: This role involves assisting senior engineers with designing, testing, and analyzing aircraft or spacecraft components. It offers fundamental experience with product development cycles and industry standards, laying a solid technical foundation.
  • Aerodynamics Analyst: Entry-level analysts study airflow effects on vehicles using computational tools and wind tunnel data. This position develops expertise in fluid dynamics and helps optimize aerospace performance.
  • Materials Engineer: Materials engineers test and evaluate aerospace materials to ensure durability and strength. Early work in material science sharpens problem-solving skills crucial for innovative aerospace applications.
  • Systems Engineer: These engineers support the integration of propulsion, avionics, and other aerospace systems. The role builds understanding of complex system interactions essential to aerospace technology.
  • Quality Assurance Engineer: New engineers in this role monitor production and maintenance processes for regulatory compliance and safety. It enhances attention to detail and knowledge of safety standards in aerospace manufacturing.

Those interested in furthering their education might explore easy master's degrees online that complement entry-level aerospace engineering jobs and can accelerate career advancement.

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Which Industries Hire the Most Aerospace Engineering Graduates?

Aerospace engineering graduates find career opportunities across a variety of industries that value their expertise in designing, testing, and advancing aircraft and spacecraft technologies. Nearly half of these graduates start in aerospace product manufacturing, reflecting ongoing industry demand for skills in aerodynamics, propulsion, and structural engineering.

The main sectors hiring aerospace engineers offer roles ranging from design and systems engineering to program management and research. Below is an overview of key industries employing aerospace engineering graduates.

  • Aerospace and Defense: This industry is the largest employer, involving companies that develop commercial and military aircraft, satellites, and missile systems. Graduates often work as design engineers, test engineers, or systems engineers focused on cutting-edge aviation and defense projects.
  • Government Agencies: Federal organizations like NASA and the Department of Defense employ aerospace engineers for research, program management, and technology development related to space exploration, national security, and atmospheric science.
  • Space Exploration: Rapid growth in both public and private space sectors creates demand for propulsion engineers, flight controllers, and systems analysts. These roles are pivotal in innovation for satellite communications and launch vehicle technology.
  • Automotive Industry: Firms utilize aerospace graduates' skills in aerodynamics and propulsion to improve vehicle efficiency and advance technologies such as electric and autonomous vehicles.
  • Unmanned Aerial Systems: With the rise of drones and autonomous aircraft, aerospace engineers fill roles as avionics engineers and test flight engineers, developing UAV technologies for agriculture, delivery, and surveillance.

When asked about which industries hire the most aerospace engineering graduates, a graduate reflected on the intense competition and excitement in landing a first job. He described the process as challenging yet rewarding, noting how companies expect familiarity with both traditional aircraft systems and emerging space technologies.

"It was a mix of technical interviews, hands-on projects, and demonstrating adaptability," he recalled. The variety of industries hiring aerospace engineers means graduates must be ready to navigate diverse requirements and stay current with rapidly evolving technologies.

Which Entry-Level Aerospace Engineering Jobs Pay the Highest Salaries?

Entry-level salaries in aerospace engineering can differ notably based on the specific job function and its complexity. Certain roles command higher starting pay due to their technical demands and critical impact on aerospace projects. Below are some of the top-paying entry-level positions within the field.

  • Aerospace Design Engineer: These engineers develop and test aircraft, spacecraft, and missile systems using computer-aided design tools and aerodynamic principles. Their expertise in shaping essential components typically results in starting salaries between $70,000 and $85,000, reflecting the role's strategic importance in product development.
  • Flight Test Engineer: Responsible for planning and executing tests on aerospace systems, flight test engineers analyze performance data to ensure safety and functionality. Their hands-on testing duties warrant starting pay in the range of $68,000 to $82,000, as they validate critical system reliability.
  • Propulsion Engineer: Focused on designing and evaluating engines and power systems for aircraft and spacecraft, propulsion engineers command salaries from $67,000 to $83,000. The specialization in complex propulsion technologies makes this role highly valued and well-compensated early on.
  • Aerodynamics Engineer: By assessing airflow and optimizing vehicle performance, aerodynamics engineers enhance efficiency and fuel economy. Entry-level positions in this specialization typically offer $65,000 to $80,000, influenced by the direct effect their work has on operational success.
  • Systems Engineer: These engineers integrate various aerospace components to ensure cohesive operation of subsystems. Their role in streamlining system functionality usually begins with salaries around $65,000 to $80,000, reflecting the importance of coordination within aerospace projects.

What Graduates Say About Entry-Level Jobs With an Aerospace Engineering Degree

  • Eddie: "Applying for entry-level aerospace engineering roles taught me the importance of flexibility, especially since many companies offer hybrid work options now. I looked for positions that provided hands-on experience with new technologies and a clear path for professional growth. Starting on-site gave me invaluable real-world insights that textbooks just can't provide."
  • Sage: "Choosing my first aerospace engineering job was all about culture and mentorship. I wanted to be in an environment that challenged me but also valued continuous learning. Reflecting back, I realize how crucial entry-level roles are in shaping your technical expertise and career trajectory; they're the foundation for everything else."
  • John: "The transition from university to an aerospace engineering career felt smoother than expected since I prioritized companies with strong training programs. Remote roles allowed me to balance learning and productivity while still feeling connected through virtual collaboration. This early exposure helped me quickly understand industry expectations and advance my career goals."

Other Things You Should Know About Aerospace Engineering Degrees

What types of work environments can entry-level aerospace engineering graduates expect?

Entry-level aerospace engineers often work in office settings but also spend time in labs or manufacturing facilities. They may collaborate with multidisciplinary teams on test sites or production lines, depending on the project phase. Work environments balance computer-based design work with hands-on testing and troubleshooting.

Are entry-level aerospace engineers involved in hands-on testing and field work?

Yes, many entry-level aerospace engineers participate in hands-on testing, including flight tests and prototype evaluations. This practical experience is essential for understanding real-world performance and developing problem-solving skills necessary for design improvements. Fieldwork helps engineers apply theoretical knowledge effectively.

How important is teamwork in entry-level aerospace engineering roles?

Teamwork is critical in aerospace engineering because projects require collaboration among design, analysis, manufacturing, and quality assurance teams. Entry-level engineers must communicate technical information clearly and work effectively with peers and senior engineers to meet project goals. Strong interpersonal skills complement technical expertise in these roles.