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Aerospace Engineer Jobs in Raleigh, NC (NOW HIRING)

Eaton Aerospace

Manufacturing Engineer

Middlesex, NC

$105K/yr

Eaton's Aerospace division is seeking a Manufacturing Engineer in the Middlesex, North Carolina location. Position Overview: The Manufacturing Engineer reports to the Engineering Manager and supports ...

Eaton Aerospace

Manufacturing Engineer

Middlesex, NC · On-site

$71K - $105K/yr

Eaton's Aerospace division is seeking a Manufacturing Engineer in the Middlesex, North Carolina location. Position Overview: The Manufacturing Engineer reports to the Engineering Manager and supports ...

Eaton Aerospace

Sr. Manufacturing Engineer

Middlesex, NC · On-site

$86K - $120K/yr

Eaton's IS AER FED Aerospace ( Hydraulic Hose & Tubing) division is currently seeking a Sr. Manufacturing Engineer. The expected annual salary range for this role is $86000 - $ 120,000 a year. Please ...

Collins Aerospace

DSO Engineer (Remote)

Raleigh, NC · Remote

Not Required Collins Aerospace is looking for DSO Engineer in our Design Services Organization (DSO) within the Engineering Digital Solutions (EDS) division, you will be on a team of engineers ...

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All JobsAerospace Engineer JobsAerospace Engineer Jobs in Raleigh, NC

Aerospace Engineer information

See Raleigh, NC salary details

$40.8K

$105.6K

$160.4K

How much do aerospace engineer jobs pay per year?

As of Aug 15, 2026, the average yearly pay for aerospace engineer in Raleigh, NC is $105,605.00, according to ZipRecruiter salary data. Most workers in this role earn between $86,000.00 and $128,800.00 per year, depending on experience, location, and employer.

What do aerospace engineers do?

Aerospace Engineers manufacture and design aircraft, satellites, missiles, aeronautical and astronautical products and technologies for development, research, defense, and commercial use. They document and evaluate the production of aircraft and aircraft technologies, including commercial and military airplanes, propulsion systems, navigation systems, instrumentation, communication, and thermodynamic and aerodynamic materials used in flight. Aerospace Engineers use highly complex computer systems and software to model, design, evaluate, and simulate parts, products, and vehicles in order to determine if proposals are financially feasible and whether designs will meet regulatory and safety standards. They confer with each other on large-scale projects that require group input, completing a multitude of tasks on a single project through the shared duties of many engineers.

What are the key skills and qualifications needed to thrive as an aerospace engineer, and why are they important?

To thrive as an Aerospace Engineer, you need a solid background in aerodynamics, propulsion, materials science, and systems engineering, typically backed by a bachelor's or master's degree in aerospace or mechanical engineering. Familiarity with CAD software, simulation tools like MATLAB or ANSYS, and industry certifications such as a Professional Engineer (PE) license are commonly required. Strong analytical thinking, attention to detail, and effective teamwork and communication skills help you excel in collaborative and innovative environments. These skills and qualifications are crucial for designing safe, efficient, and cutting-edge aerospace systems that meet rigorous industry standards.

What is the difference between Aerospace Engineer vs Mechanical Engineer?

AspectAerospace EngineerMechanical Engineer
Required CredentialsBachelor's in aerospace or aeronautical engineering; often a Professional Engineer (PE) licenseBachelor's in mechanical engineering; PE license optional
Work EnvironmentDesigning aircraft, spacecraft, satellites; working in labs, design offices, and manufacturingDesigning machinery, engines, HVAC systems; working in factories, labs, and offices
Industry UsageAerospace, defense, space explorationAutomotive, manufacturing, energy, robotics
Common Search/ComparisonYesNo

In summary, aerospace engineers specialize in designing and developing aircraft and spacecraft, often requiring specific aerospace credentials and working in specialized environments. Mechanical engineers have a broader focus on machinery and systems across various industries, with more general credentials. The key difference lies in their industry focus and the types of projects they handle.

What are some common challenges aerospace engineers face when working on multidisciplinary teams?

Aerospace engineers often collaborate with professionals from fields like electrical, mechanical, and software engineering, which can present communication and coordination challenges. Navigating different technical languages, aligning project goals, and integrating diverse components require strong teamwork and adaptability. Successful aerospace engineers proactively build cross-functional relationships, participate in regular project meetings, and stay open to feedback to ensure seamless integration of all systems. These collaborative skills are just as essential as technical expertise in bringing complex aerospace projects to completion.
More about Aerospace Engineer jobs

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The most popular types of Aerospace Engineer jobs in Raleigh, NC are:

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For Aerospace Engineer jobs in Raleigh, NC, the most frequently searched job titles are:

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The top searched job categories for Aerospace Engineer jobs in Raleigh, NC are:

What cities near Raleigh, NC are hiring for Aerospace Engineer jobs?

Cities near Raleigh, NC with the most Aerospace Engineer job openings:

Aerospace Engineer jobs near you
Infographic showing various Aerospace Engineer job openings in Raleigh, NC as of August 2026, with employment types broken down into 88% Full Time, and 12% Contract. Highlights an 92% In-person, 4% Hybrid, and 4% Remote job distribution, with an average salary of $105,605 per year, or $50.8 per hour.

Aerospace Structural Engineer

Collier Aerospace

Raleigh, NC • On-site

Full-time

Medical, Life, Retirement, PTO

Re-posted 20 days ago

Job description

Our Why
At Collier Aerospace, our mission is to help our customers reach their unique structural analysis and design goals with more accurate results in less time. We are a team of passionate employees who want to contribute to each customer's goal in the best way possible across space launch, reusable rocket, commercial airframe, business jet, eVTOL, bike frame, and speed boat applications. We accomplish this with our leading software, HyperX, through software development and engineering support. As you join our team, you join our company mission and become an integral partner in increasing efficiency and innovation throughout the world.
Our Culture
We foster a highly supportive and collaborative environment where our meetings are a mix of brainstorming, analysis, and humor. When you're stuck, our employees are always eager to lend a helping hand. We offer a relaxed and casual dress code to promote a comfortable atmosphere. Our passion and drive fuel us as we strive to make a lasting impact on our company, customers, and industry.
Requirements
  • Candidates should have comprehensive experience in performing aerospace structural stress analysis and design. The candidates should have many of the following capabilities:
  • Bachelor's Required; Master's Preferred
  • (0-2) years' experience - entry level
  • Following aerospace industry practices, capability to perform structural analysis and design with composite materials. Additionally experience with metals a plus.
  • Understanding of overall load paths and an intuitive feel for the efficient use of structural concepts and materials. Experience performing classical hand stress analysis and finite element analysis (FEA) with either Nastran/Abaqus/Optistruct; FEM meshers Hyperworks/FEMAP/Ansa; and a plus to have CAD competence with Catia/3DX/NX.
  • Proficiency in applying appropriate failure theories, preparing structural analysis reports, and identifying critical load conditions and margins-of-safety.
  • Knowledge of panel buckling, local buckling, crippling, and material strength as well as classical in-plane laminate stress analysis. Experience with both ply based (max strain, Tsai-Wu) and laminate based (AML, polynomial) strength prediction approaches and associated material allowables, including damage.
  • Experience with analysis of composite fasteners for bearing and bypass, and bonded joints for out-of-plane interlaminar shear and peel stress analysis, or residual strength energy solutions.
  • Experience sizing structures for minimum weight and practical design experience of composite laminates, including ply drop ratios and layup patterns on complicated surfaces, such as padups around cutouts and bolted joints.
  • Strong documentation, communication, and presentation skills.
  • US Citizen.

Roles and Responsibilities
  • Ability to learn and use HyperX for preliminary and detail analysis/design sizing optimization of full airframe and space vehicles. Candidates must be adept at using engineering software tools, learning new software and analysis methods, and working in a Windows OS environment.
  • Use HyperX and other software tools to analyze and design customer airframes and space launch vehicles.
  • Perform trade studies for weight savings and part producibility. Perform both preliminary and detail design and analysis. Document design and analyses results.
  • Candidates will be reporting directly to NASA and industry OEM customers and must be able to verify and describe the application of external loadings and their resolution into critical internal mechanical and thermal load paths, and to the resulting optimum design and their margins of safety.
  • Ensure project issues are resolved in a timely fashion with your related experience and competence and an ability to create workaround procedures when needed. Escalate urgent problems requiring more in-depth knowledge to appropriate engineering leads.
  • Participate in overall HyperX software testing and provide your suggestions to development and modification of the software.

Benefits
  • Competitive salary and benefits (PTO, 401(k), health insurance, HSA/HRA eligibility, life and disability insurances)
  • Exposure and involvement with many companies and their current aircraft designs (commercial transports/UAM eVTOLS/military planes) and space launch designs (commercial rockets/space tourism vehicles/demonstrator X planes)
  • Occasional travel to customer facilities
  • Small company, large impact
  • Passionate coworkers
  • Company events and conferences

Apply