NASA Ames Research Center’s Aviation Systems Division (Code AF) has developed specialized tools for airspace management, simulation, and data systems. These tools—Federated Airspace Management Framework (Freddie), National Airspace Digital Twin (NDT), and Sherlock data warehouse—are being upgraded for enhanced accessibility, AI/ML integration, and edge deployment. The Code AF Software Facility team is seeking experienced Python application developers to help refactor these tools, integrate them with visualization and AI/ML platforms, and support deployments in projects such as Advanced Air Mobility Pathfinders (AAMP) and Air Traffic Management/Safety (ATMS). Join our team as we build the technologies that will help drive modernization of the National Air Space.
Required Skills and Experience
Bachelor’s Degree or higher in Computer Science or related engineering disciplines3-5 years of experience (including relevant college projects) developing advanced applications in Python (3.x) and related frameworks in an Agile environmentExperience with microservices, REST APIs, and asynchronous programmingFamiliarity with containerization (Docker, Kubernetes) and cloud platforms (AWS)Experience with Continuous Integration/Deployment (CI/CD) pipelines, deployment automation, and cloud environments (AWS, Azure, GCP)Passion for quality and writing clean, solid, readable code that scales and performs wellProven interpersonal communication skills and the ability to collaborate with other developers to commit, test, and review code in GitHubDeep understanding of software quality assurance, automated testing, and documentation practicesOther Desired Skills
Experience in data engineering and AI/ML integrationWorking knowledge of the Atlassian toolset (JIRA, Confluence)Familiarity with aviation and/or air traffic management conceptsEEOE Including Vets and Disability
Must be a U.S. Citizen or Permanent U.S. Resident (Green Card Holder)
Read LessU.S. Citizenship or Permanent Resident Only
POSITION SUMMARY
The Satellite Operations Analyst (SOA) is an operations‑focused role responsible for real‑time mission support within the Deep Space Network (DSN) environment. This position is ideal for individuals with hands‑on experience in satellite operations, military communications, or mission systems—people who thrive in structured procedures, operational tempo, and mission reliability.
SOAs serve as subject‑matter experts on DSN infrastructure, project interfaces, and operational processes. They develop mission support plans, conduct tests, publish reports, support critical events, and perform real‑time fault analysis to protect data integrity and mission continuity for NASA exploration programs.
MAJOR JOB ACTIVITIES
• Participate in mission planning, preparation, coordination, testing, and execution of DSN operational activities.
• Provide operations‑centered technical support for assigned JPL and non‑JPL projects, ensuring mission readiness and adherence to procedures.
• Develop, test, and maintain Software Support Files (SSFs) and configuration files necessary for mission operations. (Training provided.)
• Assist with Project Interface Tests (PITs), particularly during network software/hardware upgrades or configuration changes.
• Maintain clear, mission‑focused communication with internal/external customers and operations personnel.
• Support operational troubleshooting: conduct real‑time fault analysis, recommend corrective actions, and help minimize mission data impact.
• Contribute to Network Operations Plans including training materials, test plans, operational procedures, and reporting.
IDEAL CANDIDATE PROFILE (UPDATED INTENT)
• Comfortable in 24/7 operations, shift‑based environments, or high‑reliability communications settings.
• Enjoys structured procedures, checklists, coordination, and operational discipline.
• Brings practical experience from military satellite operations, aerospace command centers, or telecom/mission operations.
• Interested in long‑term operational excellence, not short‑term rotational technical development.
MINIMUM QUALIFICATIONS
Education
• Associate of Science (AS) degree in a technical field such as engineering, physics, astronomy, planetary sciences, mathematics, or a related discipline. (Equivalent military training in satellite or communications operations strongly considered.)
• Strong computer literacy, including proficiency with Microsoft Office (Word, Excel, PowerPoint).
Experience
• 1+ year experience in a technical discipline preferred.
• Prior military experience in satellite communications or operations is highly valued and may substitute for direct civilian experience.
• Experience in operational environments, comms centers, or mission systems strongly preferred.
• Spacecraft telecommunications familiarity is preferred but not required; training provided.
• Strong communication, documentation, and presentation skills.
ADDITIONAL REQUIREMENTS
• Must be able to obtain a National Background Check.
• Must be a U.S. Citizen.
• EEOE, including disability/vets.
COMPENSATION
Annual base salary range in California: $48,800 – $70,500, depending on experience, qualifications, and mission‑related competencies.
Metis Technology Solutions, Inc. at the NASA Langley Research Center (LaRC) in Hampton, VA is seeking a hands-on Simulation Systems Engineer with an electrical engineering background to join our team. Our Simulation and Aircraft Services (SAS) task order under the ARTS contract provides full life cycle flight simulation software and hardware services and flight simulation infrastructure engineering services for LaRC ground-based and flight research systems and facilities. Hardware services include engineering, operations, and maintenance of the simulation hardware and software infrastructure. Infrastructure engineering services include modification of existing infrastructure, design and implementation of new infrastructure, and support for simulation operations and maintenance activities.
The Flight Simulation Facilities (FSF) are comprised of computing systems including the Real-Time Computer Systems, a six-degree-of-freedom motion base, four full-sized simulator cockpits, and a multi-purpose re-configurable test and evaluation simulator. The FSF also include Systems Integration and Laboratories.
Job Responsibilities:
Design, implementation, modification, operation, and maintenance of fixed based and motion base simulators and support equipment.Oversee Readiness Procedures, Preventive Maintenance, and Corrective Maintenance on simulator devices.Direct simulator hardware reconfiguration and/or modification.Diagnose, troubleshoot, modify and repair electromechanical, video, audio, and/or network systems using maintenance publications and wiring diagrams.Work with technicians, employ use of complex electronic test equipment such as oscilloscopes, digital multi-meter, fiber optic test equipment, temperature probes, computer based troubleshooting systems, power meters, CAT5 and CAT6 network cabling testing. Troubleshoot and replace complex electronics components such as analog-to-digital and digital-to-analog circuit modules, VMEbus Data Acquisition systems, and Fiber Optics systems.Troubleshoot and update Linux and Windows based operating systems during replacement and/or re-configuration of simulation computers and network systems.Develop lighting designs.Develop panel layout and designs.Integrate Hardware-in-the-loop real-time simulation components and systems.Model and apply engineering methods and techniques to the design, development, integration, qualification and/or support of the simulator systems.Effectively describes hardware, software, and simulator subsystems problems to management.Oversee records of all maintenance and operations activities, and reports on them.Support operations, maintenance, and training operations during weekends and off-shift hours when required.Prepare documentation or provide inputs for creating documentation as required.Develop quality components and ensure that created module meets all performance, quality, reliability and functional requirements by analyzing and troubleshooting issues.
Position Requirements:
Basic Qualifications:
A CANDIDATE MUST BE EITHER A U.S. CITIZEN OR PERMANENT RESIDENT.No security clearance required.A Bachelor of Science degree in electrical engineering from an accredited college or university is a hard requirement.Minimum of 5 years of relevant work experience.Be able to generate/modify electrical system wiring diagrams/drawings.Hands-on AutoCAD, PRO-E or other similar Design/Drafting experience.MathWorks – MATLAB & Simulink experienceBe able to design, implement, modify, operate, and maintain real-time simulators, simulation systems and support equipment.Interest or experience in conducting non-standard electronics tests, constructing breadboards, performing modifications to simulation systems, compiling/processing engineering test data, and performing complex operations and preventive maintenance procedures.Strong problem-solving skillsExcellent written and verbal communication skills required.Strong team building skills required.
Preferred Qualifications:
Industry work experienceElectro-Mechanical Engineering background desired.Experience with Image Generator (IG) technologies desired.Knowledge of Common Image Generator Interface (CIGI) desired.Experience with video switching support hardware desired.Experience with process improvement techniques and application.Knowledge of embedded real-time system operations and configurations.Windows system administration experienceExperience with electronics, avionics, mechanics, hydraulic systems, or electronic fabrication is desired.EEOE Including Vets and Disability
Read LessNASA Ames Research Center’s Aviation Systems Division (Code AF) has developed specialized tools for airspace management, simulation, and data systems. These tools—Federated Airspace Management Framework (Freddie), National Airspace Digital Twin (NDT), and Sherlock data warehouse—are being upgraded for enhanced accessibility, AI/ML integration, and edge deployment. The Code AF Software Facility team is seeking experienced Python application developers to help refactor these tools, integrate them with visualization and AI/ML platforms, and support deployments in projects such as Advanced Air Mobility Pathfinders (AAMP) and Air Traffic Management/Safety (ATMS). Join our team as we build the technologies that will help drive modernization of the National Air Space.
Required Skills and Experience
Bachelor’s Degree or higher in Computer Science or related engineering disciplines3-5 years of experience (including relevant college projects) developing advanced applications in Python (3.x) and related frameworks in an Agile environmentExperience with microservices, REST APIs, and asynchronous programmingFamiliarity with containerization (Docker, Kubernetes) and cloud platforms (AWS)Experience with Continuous Integration/Deployment (CI/CD) pipelines, deployment automation, and cloud environments (AWS, Azure, GCP)Passion for quality and writing clean, solid, readable code that scales and performs wellProven interpersonal communication skills and the ability to collaborate with other developers to commit, test, and review code in GitHubDeep understanding of software quality assurance, automated testing, and documentation practicesOther Desired Skills
Experience in data engineering and AI/ML integrationWorking knowledge of the Atlassian toolset (JIRA, Confluence)Familiarity with aviation and/or air traffic management conceptsEEOE Including Vets and Disability
No Visa Sponsorship available for this opporunity
Read LessMetis Technology Solutions, Inc. is seeking a highly skilled Senior Aviation Analyst to support the Federal Aviation Administration’s (FAA) safety programs and National Airspace System (NAS) operations. This role focuses on conducting advanced aviation safety analytical studies, developing and maintaining analytical models in enhancing aviation safety through data-driven insights. The Senior Aviation Analyst will work on tasks unique to FAA NAS systems, including Air Traffic Operations, Air Traffic Safety System, Air Traffic Management, and related training and safety initiatives. The role involves collaboration with FAA offices, U.S. government agencies, international organizations, and the aerospace community to identify hazards, develop safety standards, and facilitate information sharing.
Key Responsibilities:
Conduct aviation safety analytical studies to analyze complex relationships and identify potential hazards not readily apparent, supporting aviation decision-makers.Prepare and present papers on analytical study results as directed by the Contracting Officer’s Representative (COR).Review and evaluate new data/information sources for integration into FAA safety systems to enhance aviation safety analyses.Evaluate analytical tools to determine their applicability and effectiveness in aviation safety analyses.Support program staff in conducting briefings to demonstrate safety system portal capabilities.Develop, maintain, and disseminate analytical models and methodologies for aviation safety hazard identification.Provide guidance to FAA offices, U.S. government agencies, international organizations, the aerospace community, and the public on analyzing aviation safety data/information.Maintain, enhance, and develop models for monitoring safety performance and initiatives.Support the establishment of international aviation safety data/information standards, taxonomies, and methodologies.Qualifications:
Education: Bachelor’s degree in Engineering, Mathematics, Computer Science, or a related scientific field.Experience: 10 years of relevant experience. Specialized Skills: Experience supporting FAA NAS systems and operations, including Air Traffic Operations, Air Traffic Safety System, Air Traffic Management, Air Traffic Operations Training, Air Traffic Safety System Training, Aviation Safety, Technical Operations, System Operations, or Air Traffic Management Training.Proficiency in aviation safety analysis, hazard identification, and risk mitigation methodologies.Strong knowledge of data analysis, statistical modeling, and analytical tool evaluation.Experience with FAA safety systems or similar aviation safety data systems and portals.Excellent technical writing and presentation skills for preparing papers and delivering briefings.Strong communication and collaboration skills for working with diverse stakeholders, including FAA offices, government agencies, and international organizations.Understanding of FAA regulations, aviation safety standards, and data privacy requirements.Specialized FAA or aviation-unique certifications (e.g., FAA Aviation Safety Inspector, Air Traffic Control certifications).Preferred Skills:
Master’s Degree in Engineering, Mathematics, Computer Science, or a related scientific field.Knowledge of international aviation safety standards.Familiarity with database management and analytical tools.Certifications in relevant technical areas (e.g., Certified Safety Professional, Systems Engineering Professional).No Visa Sponsorship available for this position.
EEOE Including Vets and Disability
