Aerospace Engineering in Iowa

📊 Employment Overview

Iowa employs 650 aerospace engineering professionals, representing approximately 0.8% of the national workforce in this field. Iowa ranks #30 nationally for aerospace engineering employment.

💰 Salary Information

Aerospace Engineering professionals in Iowa earn competitive salaries across all experience levels, with an average annual salary of $101,000.

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 Iowa.

🏢 Industry Landscape & Top Employers

Iowa's aerospace engineering market — 650 engineers earning an average of $101,000 — is defined by the world's most sophisticated avionics manufacturer operating from an unlikely Great Plains location, a significant military aviation presence, and an aerospace supply chain that supports both commercial and defense aircraft programs. Collins Aerospace's Cedar Rapids headquarters makes Iowa an unexpected but genuine center of global avionics engineering, employing aerospace engineers who develop the flight management, communications, and navigation systems flying on virtually every major commercial airliner in the world.

Major Employers: Collins Aerospace (Cedar Rapids — formerly Rockwell Collins) is Iowa's defining aerospace employer and one of the world's largest avionics companies — developing flight management systems, cockpit displays, weather radar, datalink systems, satellite communications, and integrated avionics suites used on Boeing, Airbus, Embraer, and military aircraft globally. Collins employs hundreds of aerospace engineers in flight systems design, certification, and integration. The Iowa Air National Guard (Des Moines — 132nd Wing F-16 operations, Sioux City — 185th Attack Wing A-10 operations) creates military aviation engineering demand through depot-level maintenance and modification programs. Vermeer Corporation (Pella) manufactures agricultural and industrial equipment with aerospace-derived manufacturing processes and composite materials. Rockwell Collins was acquired by UTC in 2018 and subsequently merged into Raytheon Technologies' Collins Aerospace subsidiary — maintaining Cedar Rapids as a major engineering center despite corporate restructuring. John Deere's Ames operations develop precision agriculture technology with UAS and aerospace sensing applications. Iowa State University's research programs in aerodynamics and computational fluid dynamics create direct industry connections. The National Advanced Driving Simulator (NADS) at the University of Iowa conducts driving and aviation research with aerospace engineering applications.

Collins Aerospace's Global Reach from Cedar Rapids: The fact that the avionics on every Boeing 737 MAX, most Airbus A320neo family aircraft, and the F-35 Joint Strike Fighter were designed in Cedar Rapids, Iowa is one of aerospace engineering's most underappreciated geographic facts. Collins's engineering community in the Corridor area (Cedar Rapids-Iowa City) represents a concentration of avionics expertise — in flight management systems, weather sensing, satellite communications, and heads-up display technology — that is globally recognized and deeply specialized.

📈 Career Growth & Pathways

Iowa's aerospace engineering careers offer strong advancement at Collins Aerospace in avionics system design and certification — one of the most technically specialized and globally consequential aerospace engineering paths available in the Midwest — alongside military aviation engineering at Iowa's Air National Guard installations.

Typical Career Trajectory:

• Junior Aerospace Engineer (0–2 years): $68,000–$92,000 — Strong entry at Collins Aerospace Cedar Rapids, with Iowa State University and University of Iowa providing direct recruiting pipelines. Collins's new graduate programs offer comprehensive onboarding into the company's complex avionics engineering disciplines.
• Mid-Level Engineer (3–7 years): $92,000–$122,000 — Collins aerospace engineers who develop deep expertise in flight management system algorithm development, weather radar signal processing, or head-up display optics design advance strongly. FAA DO-178C software certification expertise adds meaningful career premium across Collins's product portfolio.
• Senior Engineer (7–12 years): $122,000–$155,000 — Technical authority on Collins major avionics programs. Senior FMS engineers who have led Boeing 737 MAX avionics integration programs or Collins engineers who managed F-35 CNI (Communications, Navigation, Identification) system certification develop globally recognized credentials.
• Principal/Fellow Engineer (12+ years): $155,000–$225,000+ — Collins Aerospace Distinguished Engineers and Technical Fellows represent Iowa's aerospace apex — engineers who set technical direction for avionics products flying on thousands of aircraft worldwide.

Avionics Systems Specialization: Collins Aerospace's Cedar Rapids operations create aerospace engineers with avionics integration expertise — understanding how individual avionics boxes (FMS, weather radar, ADS-B transponders) connect into integrated flight deck systems — that is genuinely rare nationally. This systems-level avionics knowledge, combined with FAA certification depth, creates career credentials recognized by Boeing, Airbus, Embraer, and military aviation customers worldwide.

💰 Salary vs. Cost of Living

Iowa's $101,000 average aerospace salary in one of the most affordable states in the nation creates outstanding purchasing power — Cedar Rapids aerospace engineers consistently achieve the financial milestones (homeownership, retirement savings, discretionary spending) that their peers in coastal markets struggle to reach on significantly higher nominal salaries.

Cedar Rapids / Iowa City Corridor: Iowa's primary aerospace employment zone, with cost of living roughly 15–20% below the national average. Median home prices of $195,000–$285,000 in desirable Cedar Rapids and Coralville communities make homeownership achievable in the first 1–2 years of an aerospace career. Iowa City's university community adds cultural richness to the corridor — the University of Iowa's arts programs, Hancher Auditorium performances, and Big Ten athletics give the region more cultural depth than its population might suggest.

Des Moines: Iowa's capital and commercial hub, with cost of living 15% below the national average. Median homes of $225,000–$320,000. Iowa Air National Guard engineers at the 132nd Wing achieve strong purchasing power in one of the Midwest's most underrated cities.

Purchasing Power: A Collins Aerospace engineer earning $101,000 in Cedar Rapids takes home approximately $77,000–$79,000 after federal and Iowa income taxes (recently reduced, now declining toward a lower flat rate). In Cedar Rapids, this income supports comfortable homeownership, substantial retirement savings, and a quality of life requiring $165,000+ in Denver or $175,000+ in Seattle.

📜 Licensing & Professional Development

Iowa's aerospace professional development is dominated by Collins Aerospace's avionics certification community — with DO-178C software design assurance, FAA avionics Type Certificate expertise, and systems integration credentials being the most career-consequential qualifications in the state.

The Iowa Engineering and Land Surveying Examining Board administers PE licensure via the standard pathway.

High-Value Credentials in Iowa's Aerospace Market:

• DO-178C / DO-254 Design Assurance (Collins Aerospace): The foundational professional credentials for Iowa's Collins Aerospace engineering community. Collins's avionics products must meet the highest software and hardware design assurance levels (DAL A for catastrophic failure conditions) — making Collins's engineers among the most experienced practitioners of aviation design assurance standards in the world. Engineers who have led DO-178C Level A software development programs at Collins develop credentials recognized globally.
• RTCA Standards (DO-160G, DO-260B, DO-262): For Collins engineers developing avionics equipment, mastery of RTCA environmental qualification standards (DO-160G) and avionics-specific standards like DO-260B (ADS-B equipment) and DO-262 (aircraft surveillance applications) is essential professional knowledge for product certification.
• Flight Management System Algorithm Development: For Collins FMS engineers, expertise in 4D trajectory optimization algorithms, Required Navigation Performance (RNP) approaches, and continuous descent arrival procedures represents specialized aerospace navigation knowledge developed primarily at the world's major FMS manufacturers — Collins, Honeywell, and Thales.
• SAE ARP4754A Systems Engineering: For Collins systems engineers, mastery of the aerospace industry's systems engineering standard (ARP4754A) — which defines how complex aircraft systems are developed to meet airworthiness requirements — is a foundational professional credential for all avionics product development leadership roles.

Education: Iowa State University (Ames — with strong aerospace engineering and mechanical engineering programs) is the primary feeder, with growing Collins Aerospace recruiting relationships. University of Iowa (Iowa City — adjacent to Cedar Rapids) provides an additional strong pathway. Collins's proximity to both universities creates direct pipeline relationships that make Iowa one of the more effective Midwest states at retaining aerospace engineering talent after graduation.

📊 Job Market Outlook

Iowa's aerospace market is expected to grow steadily, driven by Collins Aerospace's expanding avionics product portfolio for advanced air mobility, military avionics upgrades, and commercial aviation recovery programs.

Advanced Air Mobility Avionics: Collins Aerospace is a primary avionics supplier to the emerging urban air mobility (eVTOL) sector — developing flight management and control system architecture for Joby Aviation, Archer, and other AAM companies. As electric air taxis advance from development to FAA certification and commercial operations, Collins's Cedar Rapids engineers are developing the avionics infrastructure that will make this new mode of transportation viable. This represents a significant growth opportunity for Iowa aerospace engineering.

F-35 CNI Upgrades (Block 4): Collins Aerospace's F-35 Communications, Navigation, and Identification systems are receiving ongoing capability upgrades under the Block 4 software development program. As F-35 fleets worldwide transition to Block 4 capability, the engineering work to develop, certify, and integrate these upgrades sustains and grows Collins's Cedar Rapids military avionics workforce.

Weather Radar Advancement: Collins's weather radar systems — including the IntuVue 3D weather radar — are evolving to provide pilots with more comprehensive weather avoidance information through improved signal processing and enhanced predictive capabilities. This product evolution creates sustained engineering demand for radar systems engineers in Iowa's Collins community.

Sustainable Aviation: As airlines commit to sustainable aviation fuel and eventually hybrid-electric propulsion, avionics systems must evolve to manage new propulsion architectures, different fuel system behaviors, and new performance envelopes. Collins is positioned to provide avionics solutions for this transition — creating long-term engineering demand in Cedar Rapids for engineers who understand both current certification frameworks and emerging propulsion technology.

🕐 Day in the Life

Aerospace engineering in Iowa means developing the avionics that guide aircraft on optimal paths through complex airspace, creating the weather radar systems that help pilots avoid thunderstorms, and building the communications links that connect cockpits to air traffic control worldwide — within a state whose affordability, Hawkeye and Cyclone athletics culture, and underrated quality of life create a genuinely satisfying engineering career base.

At Collins Aerospace (Cedar Rapids): Flight management system engineers working on continuous descent arrival procedure development spend mornings coding and testing new FMS trajectory optimization logic in simulation environments that replicate the flight dynamics of Boeing 737 MAX and Airbus A320 aircraft at airports with complex terrain and airspace constraints. Afternoons might involve a systems review with Boeing's 737 MAX program team in Seattle (via video conference) to align on FMS performance requirements for a new approach procedure, or participation in an RTCA standards working group developing the next generation of Required Navigation Performance specifications. The global connectivity of Collins's customer relationships means Cedar Rapids engineers regularly interact with airline operations directors, air traffic control authorities, and aircraft manufacturers on six continents — a remarkably broad professional reach from Iowa's agricultural heartland.

Lifestyle: Iowa's lifestyle is quintessentially Midwestern — community-oriented, sports-passionate, and excellent value for money. Cedar Rapids and Iowa City form a corridor with genuine cultural depth — the University of Iowa's arts programming, Coe College's performing arts, and the National Czech and Slovak Museum in Cedar Rapids give the area more cultural richness than its population might predict. The Iowa River corridor, Palisades-Kepler State Park, and numerous lakes and reservoirs provide outdoor recreation within easy reach. Iowa's food culture is evolving rapidly — Cedar Rapids and Iowa City both have serious restaurant scenes that belie the state's agricultural reputation. The cost of a comfortable, spacious life in Cedar Rapids on a Collins aerospace salary is simply extraordinary by any coastal comparison — and engineers who build careers here consistently describe the financial freedom it provides as one of the most significant quality-of-life factors in their lives.

🔄 Compare with Other States

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