The GN&C Engineer supports the development, analysis, verification, and integration of guidance, navigation, and control systems for spacecraft and other flight systems. This role provides technical ...
The GN&C Engineer supports the development, analysis, verification, and integration of guidance, navigation, and control systems for spacecraft and other flight systems. This role provides technical ...
The GN&C Engineer supports the development, analysis, verification, and integration of guidance, navigation, and control systems for spacecraft and other flight systems. This role provides technical ...
Quick apply
The GN&C Engineer supports the development, analysis, verification, and integration of guidance, navigation, and control systems for spacecraft and other flight systems. This role provides technical ...
You will be the Aerospace Responsible Engineer (ARE) for assigned systems at the launch site, and ... flight controls and flight termination systems * Ability to leverage experience and thrive in a ...
You will be the Aerospace Responsible Engineer (ARE) for assigned systems at the launch site, and ... flight controls and flight termination systems * Ability to leverage experience and thrive in a ...
... controls for flight hardware, payloads, and mission operations. This position will be filled at the Senior Engineer or Subject Matter Expert level , depending on qualifications, with salary ...
Quick apply
... controls for flight hardware, payloads, and mission operations. This position will be filled at the Senior Engineer or Subject Matter Expert level , depending on qualifications, with salary ...
... controls for flight hardware, payloads, and mission operations. This position will be filled at the Senior Engineer or Subject Matter Expert level , depending on qualifications, with salary ...
... controls for flight hardware, payloads, and mission operations. This position will be filled at the Senior Engineer or Subject Matter Expert level , depending on qualifications, with salary ...
... flight controls, and weapons at sea and ashore. Qualified Sailors may also volunteer as Naval Aircrewmen and perform in flight systems operations and mission support. Key Responsibilities ...
... flight controls, and weapons at sea and ashore. Qualified Sailors may also volunteer as Naval Aircrewmen and perform in flight systems operations and mission support. Key Responsibilities ...
... flight controls, and weapons at sea and ashore. Qualified Sailors may also volunteer as Naval Aircrewmen and perform in flight systems operations and mission support. Key Responsibilities ...
... flight controls, and weapons at sea and ashore. Qualified Sailors may also volunteer as Naval Aircrewmen and perform in flight systems operations and mission support. Key Responsibilities ...
... flight controls, and weapons at sea and ashore. Qualified Sailors may also volunteer as Naval Aircrewmen and perform in flight systems operations and mission support. Key Responsibilities ...
... flight controls, and weapons at sea and ashore. Qualified Sailors may also volunteer as Naval Aircrewmen and perform in flight systems operations and mission support. Key Responsibilities ...
... flight controls, and weapons at sea and ashore. Qualified Sailors may also volunteer as Naval Aircrewmen and perform in flight systems operations and mission support. Key Responsibilities ...
... flight controls, and weapons at sea and ashore. Qualified Sailors may also volunteer as Naval Aircrewmen and perform in flight systems operations and mission support. Key Responsibilities ...
... flight controls, and weapons at sea and ashore. Qualified Sailors may also volunteer as Naval Aircrewmen and perform in flight systems operations and mission support. Key Responsibilities ...
... flight controls, and weapons at sea and ashore. Qualified Sailors may also volunteer as Naval Aircrewmen and perform in flight systems operations and mission support. Key Responsibilities ...
... flight controls, and weapons at sea and ashore. Qualified Sailors may also volunteer as Naval Aircrewmen and perform in flight systems operations and mission support. Key Responsibilities ...
... flight controls, and weapons at sea and ashore. Qualified Sailors may also volunteer as Naval Aircrewmen and perform in flight systems operations and mission support. Key Responsibilities ...
... flight controls, and weapons at sea and ashore. Qualified Sailors may also volunteer as Naval Aircrewmen and perform in flight systems operations and mission support. Key Responsibilities ...
... flight controls, and weapons at sea and ashore. Qualified Sailors may also volunteer as Naval Aircrewmen and perform in flight systems operations and mission support. Key Responsibilities ...
... flight controls, and weapons at sea and ashore. Qualified Sailors may also volunteer as Naval Aircrewmen and perform in flight systems operations and mission support. Key Responsibilities ...
... flight controls, and weapons at sea and ashore. Qualified Sailors may also volunteer as Naval Aircrewmen and perform in flight systems operations and mission support. Key Responsibilities ...
... flight controls, and weapons at sea and ashore. Qualified Sailors may also volunteer as Naval Aircrewmen and perform in flight systems operations and mission support. Key Responsibilities ...
... flight controls, and weapons at sea and ashore. Qualified Sailors may also volunteer as Naval Aircrewmen and perform in flight systems operations and mission support. Key Responsibilities ...
... flight controls, and weapons at sea and ashore. Qualified Sailors may also volunteer as Naval Aircrewmen and perform in flight systems operations and mission support. Key Responsibilities ...
... flight controls, and weapons at sea and ashore. Qualified Sailors may also volunteer as Naval Aircrewmen and perform in flight systems operations and mission support. Key Responsibilities ...
... flight controls, and weapons at sea and ashore. Qualified Sailors may also volunteer as Naval Aircrewmen and perform in flight systems operations and mission support. Key Responsibilities ...
... flight controls, and weapons at sea and ashore. Qualified Sailors may also volunteer as Naval Aircrewmen and perform in flight systems operations and mission support. Key Responsibilities ...
... flight controls, and weapons at sea and ashore. Qualified Sailors may also volunteer as Naval Aircrewmen and perform in flight systems operations and mission support. Key Responsibilities ...
... flight controls, and weapons at sea and ashore. Qualified Sailors may also volunteer as Naval Aircrewmen and perform in flight systems operations and mission support. Key Responsibilities ...
... flight controls, and weapons at sea and ashore. Qualified Sailors may also volunteer as Naval Aircrewmen and perform in flight systems operations and mission support. Key Responsibilities ...
... flight controls, and weapons at sea and ashore. Qualified Sailors may also volunteer as Naval Aircrewmen and perform in flight systems operations and mission support. Key Responsibilities ...
... flight controls, and weapons at sea and ashore. Qualified Sailors may also volunteer as Naval Aircrewmen and perform in flight systems operations and mission support. Key Responsibilities ...
... flight controls, and weapons at sea and ashore. Qualified Sailors may also volunteer as Naval Aircrewmen and perform in flight systems operations and mission support. Key Responsibilities ...
... flight controls, and weapons at sea and ashore. Qualified Sailors may also volunteer as Naval Aircrewmen and perform in flight systems operations and mission support. Key Responsibilities ...
... flight controls, and weapons at sea and ashore. Qualified Sailors may also volunteer as Naval Aircrewmen and perform in flight systems operations and mission support. Key Responsibilities ...
Flight Controls Engineer information
See Melbourne, FL salary details
$19.61 - $26.72
1% of jobs
$26.72 - $33.83
0% of jobs
$33.83 - $40.94
1% of jobs
$40.94 - $48.05
1% of jobs
$48.05 - $55.16
2% of jobs
$55.16 - $62.27
4% of jobs
$62.27 - $69.38
9% of jobs
$71.30 is the 25th percentile. Wages below this are outliers.
$69.38 - $76.49
26% of jobs
The median wage is $77.82 / hr.
$76.49 - $83.60
34% of jobs
$83.60 - $90.71
15% of jobs
$90.71 - $97.82
7% of jobs
$19
$76
$97
How much do flight controls engineer jobs pay per hour?
As of Aug 30, 2026, the average hourly pay for flight controls engineer in Melbourne, FL is $76.23, according to ZipRecruiter salary data. Most workers in this role earn between $71.73 and $84.23 per hour, depending on experience, location, and employer.
What is a flight controls engineer?
A Flight Controls Engineer is responsible for designing, developing, and testing flight control systems that manage an aircraft's behavior in flight. This includes working on software, hardware, and control laws to ensure stability, performance, and safety. They collaborate with aerospace engineers, pilots, and regulatory agencies to meet industry standards. Their role often involves simulation, modeling, and real-world testing to refine control systems.
What are the typical day-to-day responsibilities of a flight controls engineer?
Flight Controls Engineers spend their days developing, testing, and refining control systems that manage an aircraft’s stability and response. They often work closely with multidisciplinary teams including software developers, test pilots, and systems engineers to design algorithms and validate performance both in simulation and on real hardware. Regular tasks may include modeling flight dynamics, analyzing data from test flights, troubleshooting system anomalies, and preparing technical documentation. This role requires a high level of attention to detail and collaboration to ensure that flight control systems meet stringent safety and reliability standards.
What are the key skills and qualifications needed to thrive as a flight controls engineer?
To thrive as a Flight Controls Engineer, you need a strong background in aerospace engineering, control systems theory, and experience with flight dynamics modeling, usually supported by a relevant engineering degree. Familiarity with MATLAB/Simulink, control law development tools, and industry certifications such as a Professional Engineer (PE) license or familiarity with DO-178C/DO-254 standards is highly valued. Excellent problem-solving abilities, teamwork, and effective communication skills help distinguish high performers in collaborative aviation environments. These skills are essential to ensure the safe, reliable design and integration of advanced flight control systems in modern aircraft.
What are the most commonly searched types of Flight Controls Engineer jobs in Melbourne, FL?
The most popular types of Flight Controls Engineer jobs in Melbourne, FL are:
What are popular job titles related to Flight Controls Engineer jobs in Melbourne, FL?
For Flight Controls Engineer jobs in Melbourne, FL, the most frequently searched job titles are:
What job categories do people searching Flight Controls Engineer jobs in Melbourne, FL look for?
The top searched job categories for Flight Controls Engineer jobs in Melbourne, FL are:
Guidance, Navigation, and Control (GN&C) Engineer - Journeyman
Titusville, FL • On-site
AVTC Group
Full-time
Posted 9 days ago
Job description
Guidance, Navigation, and Control (GN&C) Engineer - Journeyman
Onsite Kennedy Space Center /Florida- No hybrid or remote is available.
NASA or AEROSPACE Exp
US Citizens or Perm Residents Only
These are immediate interviews for the right candidates.
Guidance, Navigation, and Control (GN&C) Engineer - Journeyman
We are looking for a Guidance, Navigation, and Control (GN&C) Engineer to join our team supporting advanced spaceflight programs at NASA Kennedy Space Center.
The GN&C Engineer supports the development, analysis, verification, and integration of guidance, navigation, and control systems for spacecraft and other flight systems. This role provides technical support across GN&C, mission design, trajectory analysis, and navigation, allowing the engineer to contribute across multiple areas based on program needs.
This position will be filled at the Journeyman level, depending on qualifications, with salary commensurate with experience.
Key Responsibilities
#cj
Onsite Kennedy Space Center /Florida- No hybrid or remote is available.
NASA or AEROSPACE Exp
US Citizens or Perm Residents Only
These are immediate interviews for the right candidates.
Guidance, Navigation, and Control (GN&C) Engineer - Journeyman
We are looking for a Guidance, Navigation, and Control (GN&C) Engineer to join our team supporting advanced spaceflight programs at NASA Kennedy Space Center.
The GN&C Engineer supports the development, analysis, verification, and integration of guidance, navigation, and control systems for spacecraft and other flight systems. This role provides technical support across GN&C, mission design, trajectory analysis, and navigation, allowing the engineer to contribute across multiple areas based on program needs.
This position will be filled at the Journeyman level, depending on qualifications, with salary commensurate with experience.
Key Responsibilities
- Support GN&C, mission design, trajectory analysis, and navigation activities as needed to address program priorities and fill engineering gaps.
- Review GN&C architectures, requirements, designs, integration approaches, test plans, and test data to evaluate technical adequacy, identify risks, and develop recommendations.
- Develop and execute trajectory, attitude, and 6-DOF spacecraft simulations and perform analysis supporting GN&C performance and mission objectives.
- Support mission design and trajectory analysis, including trajectory development, maneuver planning, orbit and attitude analysis, and rendezvous, proximity operations, and docking (RPOD).
- Analyze spacecraft navigation architectures and sensor suites, including sensor performance, accuracy, availability, observability, and suitability for GPS-denied and deep-space missions.
- Support navigation analysis involving state estimation, sensor fusion, and interactions between navigation sensors, flight software, guidance algorithms, and vehicle dynamics.
- Develop, review, and assess GN&C requirements, verification approaches, and verification evidence in support of system verification and validation.
- Support development, integration, verification, testing, and operation of spacecraft GN&C systems and associated sensors.
- Evaluate GN&C analyses, simulations, technical documentation, and test results to identify technical risks, uncertainties, and potential deficiencies, and support anomaly investigations and corrective actions.
- Evaluate technical tradeoffs involving performance, risk, schedule, cost, and implementation complexity and communicate recommendations to engineering and program leadership.
- Analyze GN&C interfaces with avionics, flight software, propulsion, mission design, structures, and other spacecraft systems.
- Participate in technical reviews, testing, and engineering exchanges and communicate technical findings and recommendations to technical and programmatic stakeholders.
- B.S. degree in Engineering or related discipline and 5+ years of related experience, or M.S. degree in Engineering or related discipline and 3+ years of related experience.
- Demonstrated experience in one or more areas of spacecraft GN&C, mission design and trajectory analysis, navigation, or related flight dynamics, with the ability and interest to contribute across adjacent technical areas.
- Experience developing or analyzing GN&C algorithms and spacecraft simulations, including 6-DOF modeling.
- Experience with engineering analysis and simulation tools such as MATLAB, Python, C++, or equivalent.
- Experience developing or evaluating spacecraft requirements, verification approaches, and success criteria.
- Experience with spacecraft GN&C systems, navigation sensors, integration, verification, testing, or operations.
- Must be a U.S. Citizen and successfully complete a U.S. Government background investigation.
- Strong communication, organization, and teamwork skills, with the ability to coordinate across multiple technical disciplines.
- M.S. degree in a related discipline.
- Experience with deep-space missions or GPS-denied navigation.
- Experience with spacecraft navigation sensors, state estimation, sensor fusion, or autonomous navigation.
- Experience with mission design, trajectory development, rendezvous/proximity operations, or maneuver analysis.
- Experience with spacecraft flexible-body dynamics, propellant slosh, or other spacecraft dynamics effects in low-gravity environments.
- Strong proficiency in C++ and experience developing or using mission-specific GN&C simulation or analysis software.
- Experience with trajectory and mission-analysis tools.
- Experience working with commercial spaceflight or launch service providers.
- Experience with deep-space or other safety-critical spaceflight systems.
#cj