Aerospace Engineering in Colorado

📊 Employment Overview

Colorado employs 1,105 aerospace engineering professionals, representing approximately 1.4% of the national workforce in this field. Colorado ranks #22 nationally for aerospace engineering employment.

💰 Salary Information

Aerospace Engineering professionals in Colorado earn competitive salaries across all experience levels, with an average annual salary of $124,000.

Note: Salaries are adjusted for cost of living and local market conditions. Data based on BLS statistics and industry surveys (2024-2025).

🎓 Schools Offering Aerospace Engineering

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🚀 Career Insights

Key information for aerospace engineering professionals in Colorado.

🏢 Industry Landscape & Top Employers

Colorado ranks #22 nationally in aerospace engineering — 1,105 engineers earning an average of $124,000 — but its strategic importance to US national security far exceeds its headcount. Colorado hosts United States Space Command, Space Force headquarters, the nation's most sophisticated satellite intelligence programs, and commercial space companies drawn by the state's aerospace heritage and extraordinary quality of life. Colorado's aerospace engineering community works at the frontier of space systems technology in a state that combines professional ambition with the Rocky Mountain lifestyle that consistently attracts top engineering talent from across the country.

Major Employers: Lockheed Martin Space (Littleton) is Colorado's defining aerospace employer — building GPS III navigation satellites, weather satellites (GOES-R series), classified intelligence community satellites, and developing the Orion crew capsule components. The Littleton campus's satellite assembly, integration, and test facilities are among the most sophisticated in the world. Ball Aerospace (Boulder/Westminster) develops remote sensing instruments, spacecraft, and tactical solutions for Earth observation, science missions, and national security space programs — including the Operational Land Imager aboard Landsat satellites and the James Webb Space Telescope's science instruments. Northrop Grumman (Aurora) develops classified space systems and space vehicle components. United Launch Alliance (Centennial) — the joint Boeing/Lockheed venture — provides launch services for national security payloads aboard Atlas V and Vulcan Centaur rockets, with engineering operations centered in Colorado. Sierra Space (Louisville) is developing the Dream Chaser spaceplane for NASA cargo missions to the ISS. United States Space Command and Space Force Headquarters (Peterson and Schriever Space Force Bases, Colorado Springs) employ military and contractor aerospace engineers for space domain awareness, satellite operations, and next-generation space capability development.

Space Force Nexus: Colorado Springs is the operational center of the US military's space mission — Space Command coordinates all US space operations, from GPS constellation management to satellite threat warning, from this location. The concentration of space operations expertise in the Pikes Peak region creates an engineering community uniquely focused on the operational aspects of military space that are distinct from the design-and-build focus of Denver's defense space contractors.

📈 Career Growth & Pathways

Colorado's aerospace engineering careers offer distinctive advancement in satellite systems engineering, space domain awareness, and commercial space vehicle development — with TS/SCI clearances being the paramount career credential in the state's dominant national security space sector.

Typical Career Trajectory:

• Junior Aerospace Engineer (0–2 years): $82,000–$105,000 — Strong entry at Lockheed Martin Space, Ball Aerospace, ULA, or Sierra Space. University of Colorado Boulder (CU) has world-class aerospace connections through its Laboratory for Atmospheric and Space Physics (LASP) and direct industry partnerships. Colorado State University provides additional strong pathways.
• Mid-Level Engineer (3–7 years): $105,000–$140,000 — Satellite systems engineers with GPS or GOES program experience, Ball Aerospace instrument engineers, and cleared national security space engineers advance strongly. Space Force and USSPACECOM contractors command clearance premiums of $15,000–$30,000 above civilian equivalents.
• Senior Engineer (7–12 years): $140,000–$180,000 — Technical authority on major space programs. Senior Lockheed Martin GPS III engineers, Ball Aerospace principal scientists leading JWST instrument teams, and ULA senior launch vehicle engineers represent Colorado's premium aerospace tier.
• Principal/Chief Engineer (12+ years): $180,000–$265,000+ — Lockheed Martin Technical Fellows on satellite programs, Ball Aerospace Chief Scientists, and Sierra Space senior program leads represent the apex of Colorado's aerospace community.

Satellite Systems Specialization: Colorado's concentration in satellite design, manufacturing, and operations creates aerospace engineers whose expertise — in GEO/LEO satellite architecture, payload integration, on-orbit operations, and space environment survivability — is globally valued by every space agency and commercial operator. The combination of Lockheed Martin's large satellite programs and Ball Aerospace's precision instrument work creates a remarkably complete satellite engineering ecosystem in the Denver metro.

💰 Salary vs. Cost of Living

Colorado's $124,000 average aerospace salary is strong — reflecting the clearance premiums and technical depth of the state's national security space community — though Denver's rapidly elevated cost of living requires careful evaluation.

Denver Metro / Littleton / Westminster: The primary aerospace employment zone, with cost of living 20–30% above the national average. Median home prices of $520,000–$680,000 in desirable communities near Lockheed Martin and Ball Aerospace have risen sharply. Many engineers choose communities like Lakewood, Englewood, or Thornton for better housing value. Denver's housing market remains dramatically cheaper than Los Angeles or the Bay Area, and the aerospace compensation differential is meaningful.

Colorado Springs (Space Force Area): Significantly more affordable than Denver — cost of living 5–15% above national average, with median homes of $380,000–$490,000. Cleared Space Force and USSPACECOM contractor engineers achieve strong purchasing power in the Springs, combined with Pikes Peak access, Garden of the Gods, and proximity to ski resorts (Breckenridge, Keystone, Monarch) within 90 minutes.

Tax Note: Colorado's flat 4.4% income tax is moderate. Combined with the area's amenities and outdoor access, Colorado represents a solid mid-tier financial environment for aerospace engineers — better than California, not as favorable as Texas or Florida, but with a quality of life (particularly outdoor recreation) that many engineers consider worth the premium.

📜 Licensing & Professional Development

Colorado's aerospace professional development centers on satellite systems engineering, space domain awareness, and commercial space vehicle development — with national security space clearances and AIAA space systems credentials being the most career-consequential qualifications.

The Colorado State Board of Licensure for Architects, Professional Engineers, and Professional Land Surveyors administers PE licensure via the standard pathway.

High-Value Credentials in Colorado's Aerospace Market:

• DOD TS/SCI Clearances (National Security Space): The defining credential for Colorado's dominant national security space sector. Lockheed Martin Space's classified GPS and intelligence satellite programs, Ball Aerospace's classified sensing work, and Space Force/USSPACECOM programs all require TS/SCI clearances. Colorado's cleared aerospace community is one of the most concentrated outside the DC metro area.
• AIAA Space Systems Technical Committee: Colorado's aerospace community is deeply engaged with AIAA's space systems disciplines — satellite design, orbital mechanics, spacecraft propulsion, and space systems engineering. Active participation and publication in AIAA space conferences builds professional standing in the global satellite engineering community.
• ULA Launch Vehicle / Propulsion Engineering: ULA's Centennial operations and Atlas V/Vulcan Centaur expertise represent a specialized propulsion and launch vehicle engineering credential uniquely developed in Colorado. Engineers with launch vehicle propulsion experience from ULA are highly sought across the commercial and government launch industry.
• FAA Commercial Space Launch License (Sierra Space): For Sierra Space Dream Chaser engineers, familiarity with the FAA's Office of Commercial Space Transportation (AST) launch licensing process, reentry vehicle regulations, and safety approval requirements is an emerging credential as commercial space transportation regulatory expertise becomes increasingly valuable.

Education: University of Colorado Boulder (consistently top-10 aerospace nationally, with world-class space systems research through LASP and CU's aerospace department) is the premier program, with direct research partnerships with Ball Aerospace and NASA's presence in the Colorado academic ecosystem. Colorado State University (Fort Collins) and University of Colorado Colorado Springs provide additional pathways with strong Space Force connections.

📊 Job Market Outlook

Colorado's aerospace engineering market is positioned for continued growth, driven by Space Force expansion, GPS constellation modernization, commercial space vehicle development, and the state's continued attractiveness as a talent destination.

Space Force Mission Growth: The establishment of Space Force as an independent military service and the relocation of Space Command headquarters to Peterson SFB (after an ultimately reversed decision to move it to Huntsville) creates sustained investment in space operations infrastructure and engineering workforce in Colorado Springs. New space domain awareness capabilities, satellite command and control systems, and commercial satellite integration with military operations all require engineering support from Colorado's contractor community.

GPS III and Future Navigation: Lockheed Martin's GPS III satellite production program continues, with additional satellites planned beyond the current constellation. The GPS Next Generation Operational Control System (OCX) modernization and potential GPS III follow-on programs sustain Lockheed Martin's Littleton workforce for years. Navigation satellite systems are among the most operationally critical in the US military arsenal.

Dream Chaser Development: Sierra Space's Dream Chaser spaceplane — selected by NASA for Commercial Resupply Services missions to the ISS — is advancing toward first flight. The vehicle's development is creating new aerospace engineering positions in Louisville as Sierra Space builds toward its first orbital missions, establishing Colorado as a commercial human spaceflight development location alongside traditional California leadership.

Workforce Projection: Colorado is expected to add 400–700 aerospace engineering positions over the next five years, with national security space, commercial space vehicles, and Space Force support driving the majority of growth.

🕐 Day in the Life

Aerospace engineering in Colorado means designing satellites that provide GPS navigation to billions of people worldwide, developing the next generation of space domain awareness to protect US orbital assets, or building the reusable spacecraft that will resupply the International Space Station — within a state whose mountain access, ski culture, and outdoor recreation create one of the most sought-after engineering lifestyles in the country.

At Lockheed Martin Space (Littleton): GPS III satellite engineers work in facilities that assemble spacecraft destined for 20,000 km altitude orbits where they will operate for 15+ years without possibility of servicing. A day might involve a thermal vacuum test review for a navigation payload component, a systems engineering integration review for the satellite's on-board computer software, or a pre-ship inspection before a GPS III satellite is transported to Cape Canaveral for launch. The knowledge that the spacecraft being built in Littleton will eventually guide billions of GPS devices worldwide — from smartphones to aircraft to precision agriculture — creates a uniquely global professional impact.

At Ball Aerospace (Boulder): Remote sensing instrument engineers develop the cameras, spectrometers, and detectors that fly aboard Earth observation and planetary science spacecraft. A day might involve reviewing optical alignment test data for a new multispectral imager, analyzing detector dark current measurements in a cryogenic test chamber, or participating in a NASA mission design review for a next-generation Earth observation satellite. Ball's culture combines scientific curiosity with engineering precision in a way that is uniquely satisfying for engineers who want their work to advance both national security and scientific knowledge simultaneously.

Lifestyle: Colorado's lifestyle is the state's most powerful talent attraction tool. Ski resorts (Breckenridge, Keystone, Arapahoe Basin, Loveland) are 60–90 minutes from Denver's aerospace campuses — engineers genuinely ski on weekday mornings and arrive at work by 10am. Summer brings hiking 14,000-foot peaks, mountain biking world-class trails, rock climbing in Eldorado Canyon, and camping in Rocky Mountain National Park. Denver's arts district, Coors Field, and growing food scene provide urban richness. The combination of world-class aerospace programs and world-class outdoor access makes Colorado one of the most effective states at attracting and retaining engineering talent — and engineers who arrive often find it impossible to leave.

🔄 Compare with Other States

See how Colorado compares to other top states for aerospace engineering: