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Remote Nasa Engineer Jobs in Colorado (NOW HIRING)

RAMON.SPACE

Analog & Power Engineer

Englewood, CO · On-site +1

$199K/yr

Familiarity with space industry standards (NASA, MIL-STD, ECSS, IPC) * Knowledge of FPGA, digital ... Flexible hybrid working model with opportunities for remote work. The office is located in the ...

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Remote Nasa Engineer information

What are some unique challenges faced by remote NASA engineers, and how are these typically addressed?

Remote NASA engineers often face challenges such as coordinating with multidisciplinary teams across different time zones and maintaining secure access to sensitive data and systems. They address these by utilizing robust collaboration tools, adhering to strict cybersecurity protocols, and participating in regular virtual meetings to stay aligned on project goals. Clear communication and proactive problem-solving are essential for ensuring that remote work does not impact the quality or timeliness of mission-critical projects.

What are the key skills and qualifications needed to thrive as a remote NASA engineer?

To thrive as a Remote NASA Engineer, you need a strong background in engineering or computer science, with experience in aerospace systems and a relevant degree. Familiarity with specialized software tools like MATLAB, CAD, and simulation platforms, as well as certifications such as PMP or security clearances, are often required. Excellent problem-solving, collaboration, and communication skills are essential, especially when working remotely on complex, multidisciplinary projects. These abilities ensure mission-critical tasks are completed accurately and efficiently, supporting NASA’s high standards and innovative goals.

Do remote NASA engineers work from home?

Remote NASA engineers often have the flexibility to work from home, especially for tasks involving software development, data analysis, and administrative duties. However, some roles require on-site presence for access to specialized equipment, laboratories, or secure facilities. The extent of remote work depends on the specific position and project requirements.

What is the difference between Remote Nasa Engineer vs Remote Aerospace Engineer?

AspectRemote Nasa EngineerRemote Aerospace Engineer
Required CredentialsBachelor's or higher in engineering, specialized NASA certificationsBachelor's or higher in aerospace or mechanical engineering, industry certifications
Work EnvironmentNASA facilities, government projects, remote collaboration with NASA teamsPrivate aerospace companies, research labs, remote project work
Employer & IndustryNASA, government space agenciesPrivate aerospace firms, defense contractors, research institutions

Remote Nasa Engineers and Remote Aerospace Engineers share similar educational backgrounds and certifications, often working in remote or hybrid environments. However, Nasa Engineers typically focus on government space missions and collaborate directly with NASA, while Aerospace Engineers may work for private companies on commercial projects. Both roles require strong engineering skills and industry-specific knowledge, but their primary employers and project types differ.

What is a remote NASA engineer?

A Remote NASA Engineer is a professional who works for NASA (the National Aeronautics and Space Administration) but performs their duties from a location outside of a traditional NASA facility, often from home or another remote site. These engineers contribute to NASA projects by designing, testing, analyzing, and supporting various space missions or research initiatives. They may specialize in fields such as aerospace, software, mechanical, or systems engineering, and utilize remote collaboration tools to communicate with their teams. Remote work allows NASA to access a diverse talent pool and provides engineers with flexibility while maintaining high standards for mission-critical work.

Does NASA offer remote positions?

NASA primarily offers on-site positions at its facilities, but some remote work opportunities are available, especially for roles involving data analysis, software development, or administrative tasks. Remote positions are more common for civil service jobs that do not require physical presence and often depend on project needs and security requirements.
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Remote Nasa Engineer jobs near you

Principal Systems Architect and Lead Systems Engineer

asrcfh

Aurora, CO • On-site, Remote

Other

Re-posted 11 days ago

Job description

We are seeking a highly accomplished, elite-level Principal Systems Architect and Lead Systems Engineer to pioneer the technical architecture, design, and multi-disciplinary execution of a brand-new, high-availability Satellite Control Center (Mission Operations Center) supporting NOAA's Space Weather Observations Mission Operations Services (SWO-MOS) program. This complex, multi-year contract entails building a resilient operational ground core interacting securely across WAN networks with remote NOAA/NASA antenna architectures.

Based permanently in our engineering hub in Aurora, Colorado, with an expected travel requirement of up to 15% to the Annapolis, MD facility site, the successful candidate will own the 'digital thread,' acting as the master systems integrator to eliminate architectural blind spots and ensure seamless data processing, commanding loops, and federal security compliance.

Location: Aurora, CO (On-site / Hybrid)

Clearance Required: Ability to obtain/maintain NOAA Public Trust / Secret

Travel Requirement: Up to 15% travel to Annapolis, MD

Key Responsibilities & Essential Functions

  • Model-Based Systems Engineering (MBSE) Leadership: Formulate, develop, and govern the comprehensive, end-to-end SysML system model within Cameo Systems Modeler / MagicDraw, serving as the single source of truth for the entire SWO-MOS ground architecture.
  • Core Systems Baseline Integration: Architect the technical interface maps and behavioral models integrating the core program baseline, specifically optimizing the OS/COMET® framework for telemetry processing and NASA's General Mission Analysis Tool (GMAT) for flight dynamics and orbit tracking.
  • System-of-Systems Integration: Map and manage intricate interfaces, timing loops, and data dependencies across diverse engineering teams (Civil/Facilities, Cyber/Network, Software, C2, and Space Weather Data Processing).
  • Requirements Architecture: Drive formal engineering requirements definition, verification, validation, and traceability tracking (DOORS/Cameo integration) to satisfy NOAA, NASA, and federal programmatic milestones.
  • Network & Boundary Interface Design: Coordinate directly with Network Security Architects to model and validate zero-trust, high-throughput, and low-latency VPN/HSM pipeline topologies communicating over secured internet lines to remote antenna hardware.
  • Technical Governance & Risk Management: Lead major technical reviews (SRR, PDR, CDR) and execute technical trade studies, structural analysis, and dependency mapping to mitigate late-stage integration failures.

Required Qualifications & Experience

  • Years of Experience: A minimum of 15 to 20+ years of progressive technical experience in aerospace, defense, or specialized satellite ground system architecture. Proven experience leading large-scale federal ground system modernizations is strictly required.
  • Core Systems Stack Authority: Proven architectural experience integrating complex ground station system layers utilizing OS/COMET® command & control platforms and NASA's General Mission Analysis Tool (GMAT) flight dynamics configurations.
  • MBSE Mastery: Distinguished technical authority with Cameo Systems Modeler or MagicDraw. Expert-level capability with SysML v1.x/v2 and UAF architectures is mandatory, specifically modeling command and telemetry flows.
  • Domain Expertise: In-depth technical familiarity with satellite command and control (C2) frameworks, telemetry decommutation, flight dynamics infrastructure, or scientific high-throughput ingest pipelines.
  • Education: Bachelor’s, Master’s, or Ph.D. in Systems Engineering, Aerospace Engineering, Electrical Engineering, or a highly related technical discipline.

Preferred Qualifications

  • Direct experience handling SWO-MOS related space weather instrumentation datasets (e.g., magnetometers, plasma sensors, coronagraphs).
  • Familiarity modeling compliance frameworks directly within systems architecture models (e.g., mapping NIST SP 800-53 or FISMA High controls into SysML security profiles).

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