Aerospace Engineering Jobs in 2026: Open Roles & Locations

Aerospace engineering hiring across launch, satellite manufacturing, defense, and human spaceflight encompasses 4,570 open positions. The field spans structural design, propulsion, guidance systems, hardware manufacturing, and mission assurance. Employers range from national space agencies and federally funded research centers to private launch providers and commercial space station developers.

Salaries Across Aerospace Engineering

Compensation in aerospace engineering varies significantly by technical specialization, seniority, and employer type. Across current postings, full-time base compensation ranges from $86,600 on the lower end of mid-level engineering tracks up to $240,500 for senior research, systems, and ground engineering roles.

Entry and early career roles show distinct compensation bands depending on program scope. In Europe, specialized training tracks like the Airworthiness engineer - Internship at HyLight offer €800 to €1,200 per month. In the United States, mid-level positions generally begin near six figures. The Human Spaceflight Engineer position at The Aerospace Corporation lists a base salary between $86,600 and $129,800, while the Spacecraft Manufacturing Engineer role at Apex Space pays between $100,000 and $145,000.

Mid-level spacecraft integration roles frequently command higher base pay. The Spacecraft Project Engineer at Blue Origin provides a base range of $121,023 to $169,432 per year. At SpaceX, the Ground Systems Engineer, Asset Engineering position pays between $105,000 and $170,000.

Senior positions and specialized engineering disciplines reach the highest salary brackets. Varda Space offers between $169,067 and $216,031 for a Senior Spacecraft Guidance, Navigation, and Controls (GNC) Engineer. Vast lists between $112,340 and $230,000 for a Components Engineer. At The Aerospace Corporation, senior technical tracks such as the Research and Development Engineer and Deputy Lead Engineer - Satellite Ground Systems list base salaries ranging from $160,300 to $240,500.

The Engineering Disciplines in Demand

Aerospace engineering roles divide into distinct functional areas across vehicle lifecycles, from design and testing to ground integration and mission execution.

Flight Mechanics and Vehicle Controls

Guidance, navigation, and control (GNC) and flight dynamics engineers calculate trajectories, develop attitude control algorithms, and ensure orbital insertion accuracy. Roles such as the Space Flight Dynamics Engineer at The Aerospace Corporation and the Senior Spacecraft Guidance, Navigation, and Controls (GNC) Engineer at Varda Space focus on flight software implementation, simulation modeling, and active control of spacecraft during atmospheric transit or orbital operations.

Propulsion and Thermal Systems

Engines and thermal control systems require engineers who model heat transfer, fluid dynamics, and combustion chemistry. The Propulsion Systems Engineer role analyzes launch vehicle propulsion, chemical thrusters, or electric propulsion packages, while the Spacecraft Thermal Engineer role builds thermal balance architectures to survive orbital environments.

Manufacturing and Production Engineering

With satellite bus production and launch vehicle cadences scaling, hardware production roles are expanding. Engineers in these positions bridge the gap between initial CAD modeling and the cleanroom floor. Apex Space hires through roles like Spacecraft Manufacturing Engineer and Lead Spacecraft Manufacturing Engineer to oversee assembly, work instructions, tool design, and rate manufacturing for satellite platforms.

Mission Assurance and Airworthiness

Ensuring mission reliability is critical in defense, commercial aviation, and orbital flight. Positions like the Airworthiness Engineer, Omen at Anduril Industries evaluate autonomous flight vehicles against military and civil compliance standards. At CesiumAstro, the Staff Mission Assurance Engineer role verifies reliability and quality standards for phased array communications payloads.

Primary Aerospace Geographic Hubs

Aerospace engineering remains predominantly on-site due to physical hardware requirements, test facilities, security clearability, and classified facility mandates. Nearly all current openings list on-site work modes, with limited hybrid allowances.

• Southern California (Los Angeles, El Segundo, Hawthorne, Long Beach, Costa Mesa): Houses deep hardware and satellite clusters. Companies hiring here include SpaceX in Hawthorne, Vast in Long Beach, Varda Space in El Segundo, Apex Space in Los Angeles, Anduril Industries in Costa Mesa, and The Aerospace Corporation in El Segundo.
• Washington, D.C., and Northern Virginia (Chantilly, VA): Centers on national security space and intelligence systems engineering. The Aerospace Corporation maintains substantial operations in Chantilly for systems architecture and ground networks.
• Colorado (Denver, Colorado Springs, Westminster): Houses satellite communication manufacturers and spacecraft operations. Openings here include CesiumAstro in Westminster and Blue Origin across Denver.
• Florida (Cape Canaveral, Space Coast): Remains the hub for launch integration, pad infrastructure, and flight hardware processing, supported by employers like Blue Origin and The Aerospace Corporation.
• Huntsville, Alabama and Houston, Texas: Retains heavy concentrations of civil spaceflight and propulsion engineering, supporting organizations like NASA, Blue Origin, and The Aerospace Corporation.

Open Aerospace Engineering Positions

The table below details active aerospace engineering openings across defense, satellite infrastructure, and commercial space flight.

See every open role on Zero G Talent