Satellite engineer jobs in 2026: roles, employers, and how to break in
The satellite industry is in the middle of a production surge. Over 70,000 new satellites are expected to launch by 2030, driven by mega-constellations (Starlink, Kuiper, SDA), next-generation Earth observation platforms, and proliferated military architectures. Total U.S. space sector employment has grown to 222,300 positions, with satellite manufacturing and operations among the fastest-growing segments.
For engineers, this translates to sustained demand across the full satellite lifecycle: design, integration, test, launch processing, and on-orbit operations. Here is where the jobs are, who is hiring, and what skills you need.
Types of satellite engineer roles
Satellite engineering spans multiple disciplines. The title "satellite engineer" is broad — here is how the field actually breaks down:
Satellite systems engineer
The generalist who manages interfaces between subsystems (power, thermal, propulsion, communications, structures, attitude control). Systems engineers write requirements, manage budgets (mass, power, data), and lead design reviews. This is the most common entry point for aerospace engineering graduates.
Salary range: $85,000-$140,000 Key employers: Lockheed Martin, Northrop Grumman, Ball Aerospace, York Space Systems
RF and communications engineer
Designs the satellite's payload — antennas, transponders, frequency plans, link budgets. RF engineers work on everything from Ka-band spot beams for broadband to UHF SATCOM for military forces. This specialization commands a premium because the payload is the revenue-generating component.
Salary range: $90,000-$155,000 Key employers: L3Harris, Viasat, Hughes (EchoStar), SpaceX (Starlink)
Power systems engineer
Designs solar arrays, batteries, power distribution units, and power regulation electronics. With satellite constellations requiring mass-produced power systems, this discipline has shifted toward design-for-manufacturing optimization.
Salary range: $88,000-$140,000 Key employers: Northrop Grumman (solar arrays), Lockheed Martin, Maxar
Thermal engineer
Models and manages heat dissipation in vacuum — radiator sizing, heat pipe routing, MLI blanket design, and heater control. Thermal engineers use tools like Thermal Desktop and SINDA to predict on-orbit temperatures.
Salary range: $90,000-$145,000 (space industry average: $112,350) Key employers: Ball Aerospace, Northrop Grumman, Lockheed Martin, SpaceX
Structures and mechanisms engineer
Designs the satellite bus structure, deployment mechanisms (solar arrays, antennas, booms), and launch vehicle interfaces. Must survive launch loads and deploy reliably in zero gravity.
Salary range: $85,000-$135,000 Key employers: Northrop Grumman (Goleta), Lockheed Martin, Maxar
Satellite operations engineer
Operates the satellite after launch from a ground control center — monitoring telemetry, uploading commands, managing orbit maintenance, and responding to anomalies. This is the most accessible entry point for candidates without traditional aerospace engineering degrees.
Salary range: $70,000-$120,000 (average: $85,333) Key employers: Intelsat, SES, SpaceX, Kratos Defense
Flight dynamics / orbit determination engineer
Computes orbits, plans maneuvers, and manages station-keeping for satellite constellations. Requires strong astrodynamics and numerical methods skills.
Salary range: $95,000-$160,000 (average: $159,487 at senior levels) Key employers: AGI (Ansys), SpaceX, Aerospace Corporation, NASA JPL
Top employers for satellite engineers in 2026
| Employer | Focus Area | Key Locations | Est. Satellite Headcount |
|---|---|---|---|
| SpaceX | Starlink, Starshield | Redmond WA, Hawthorne CA | 5,000+ |
| Lockheed Martin | GPS III, SBIRS, SDA | Denver CO, Sunnyvale CA | 3,000+ |
| Northrop Grumman | SDA T2, JWST sustain, MEP | Redondo Beach CA, Gilbert AZ | 2,500+ |
| L3Harris | Responsive space, sensors | Palm Bay FL, Rochester NY | 2,000+ |
| Ball Aerospace | Earth observation, science | Boulder CO, Broomfield CO | 1,500+ |
| Maxar | Commercial imaging, robotics | Palo Alto CA, Westminster CO | 1,000+ |
| York Space Systems | Standard bus platform | Denver CO | 500+ |
| Viasat | Broadband payloads | Carlsbad CA | 800+ |
| Amazon (Kuiper) | Broadband constellation | Redmond WA, Kirkland WA | 1,000+ |
| Aerospace Corporation | FFRDC advisory | El Segundo CA | 1,000+ |
Startup opportunities
The smallsat and newspace sectors offer satellite engineering positions at companies with fewer than 200 employees: Astranis (GEO microsats), Muon Space (Earth observation), Capella Space (SAR), Planet Labs (imaging), and Umbra (SAR). Startups typically pay 10-20% less in base salary but offer equity that can be valuable if the company succeeds.
Skills satellite employers want in 2026
Technical skills
- Systems engineering tools — DOORS, Jama, Cameo/MagicDraw for MBSE
- Thermal modeling — Thermal Desktop, SINDA/FLUINT, ESATAN
- Structural analysis — NASTRAN, ANSYS, Femap
- RF/Link analysis — STK, MATLAB, link budget spreadsheets
- Orbit analysis — STK, GMAT, FreeFlyer
- Programming — Python (data analysis, automation), MATLAB, C/C++ (embedded flight software)
- CAD — CATIA V5, NX, SolidWorks
Process and certification knowledge
- AS9100 — aerospace quality management system
- MIL-STD-1540 — test requirements for space vehicles
- ITAR/EAR — export control regulations (essential for any satellite engineer)
- TRL (Technology Readiness Level) — NASA and DoD framework for technology maturation
Where satellite engineering jobs are concentrated
| Metro Area | Key Employers | Avg Satellite Engineer Salary |
|---|---|---|
| Los Angeles / El Segundo | Aerospace Corp, SpaceX, Northrop | $110K–$165K |
| Denver / Boulder | Lockheed Martin, Ball, York | $100K–$150K |
| Seattle / Redmond | SpaceX Starlink, Amazon Kuiper | $110K–$160K |
| Melbourne / Palm Bay, FL | L3Harris, Northrop Grumman | $85K–$130K |
| Washington D.C. metro | NOAA, NRO, government primes | $95K–$155K |
| San Francisco Bay Area | Maxar, Capella, Planet | $120K–$170K |
Career path for satellite engineers
| Level | Years | Title | Salary Range |
|---|---|---|---|
| Entry | 0-3 | Associate/Junior Engineer | $75K–$105K |
| Mid | 3-7 | Engineer / Senior Engineer | $100K–$140K |
| Senior | 7-12 | Staff Engineer / Tech Lead | $130K–$170K |
| Principal | 12-20 | Principal Engineer / Architect | $160K–$200K |
| Fellow/Director | 20+ | Technical Fellow / Engineering Director | $190K–$250K+ |
The fastest salary growth happens between mid and senior levels when you establish deep expertise in a subsystem or demonstrate cross-functional systems engineering leadership. Engineers who move into program management often see base salary increases but lose technical depth.
Browse satellite engineering jobs or explore specific satellite employers on Zero G Talent.
Frequently asked questions
What degree do I need to become a satellite engineer?
Most satellite engineering positions require a bachelor's degree in aerospace, electrical, mechanical, or systems engineering. RF and communications roles often prefer electrical engineering degrees. A master's degree is valued for thermal, orbit dynamics, and systems architecture roles but is not required for most entry-level positions.
How much do satellite engineers make in 2026?
Satellite engineer salaries range from $75,000 at entry level to $200,000+ for principal engineers. The median across all levels and specializations is approximately $93,000-$133,000 depending on the source. RF engineers and flight dynamics specialists command the highest salaries within the satellite engineering field.
Is satellite engineering a growing field?
Yes. Over 70,000 satellites are projected to launch by 2030, and the global space economy is expected to exceed $1 trillion by 2032. U.S. space sector employment has grown to 222,300 positions, with satellite manufacturing seeing the strongest expansion. The talent gap in satellite operations and manufacturing is a recognized industry challenge.
Do satellite engineers need security clearance?
It depends on the employer and program. Military and intelligence satellite programs (GPS III, SBIRS, SDA, Starshield) require Secret or Top Secret clearance. Commercial programs (Starlink, Kuiper, Viasat) generally do not require clearances, though ITAR regulations still mandate U.S. person status for most positions.
What is the difference between satellite engineering and aerospace engineering?
Satellite engineering is a specialization within aerospace engineering, focused specifically on spacecraft that orbit Earth. Aerospace engineering is the broader discipline that also includes aircraft, launch vehicles, missiles, and planetary exploration vehicles. Most satellite engineers hold aerospace or related engineering degrees.
