Lead or participate in analysis of future Missile Defense System architectures and concepts, and modeling and simulation tool development to support architecture assessment.
Compensation
Salary Range: $103,500.00 - $181,100.00
Responsibilities
Assess missile defense system capability gaps, challenges, needs, and opportunities against current and future threats to develop potential architecture solutions that mitigate gaps and/or improve performance
Assist in developing analysis plans, execute MDS simulation tools, post-process and assess analysis results, and prepare architecture analysis briefs/reports
Support modeling & simulation (M&S) efforts related to the above to tailor tools to specific analysis plans
Requirements
Bachelor's Degree in Engineering or an equivalent technical/scientific discipline degree related to area of specialty and 5+ years of related professional experience
Bachelor's Degree in a STEM Field with 7+ years of experience in missile defense-related or other complex, large DoD program/project
Nice to have: Active TS/SCI Clearance
Nice to have: Experience with AFSIM or similar MDS simulation tools/frameworks
Nice to have: Background in IAMD/Cruise Missile Defense systems
The Mission Operations Engineer supports satellite operations, ensuring on-orbit mission objectives are met through system modeling, simulation, and testing.
Compensation
Compensation: Base salary range is $80,000-95,000, depending on qualifications.
Responsibilities
Execute technical tasking based on program priorities
Support Satellite passes in Payload Operations Center (POC)
Execute daily standup in support of MO lead tasking
Run Hardware in the Loop (HWIL) Flat Sat and support testing
Run satellite tool kit (STK)
Requirements
Bachelor's in Engineering
Nice to have: Experience in a Mission Operations Center or Satellite Operations Center
Nice to have: Experience with modeling & simulation environments (eg: STK, AFSIM)
As a Lead Mission Engineer, you will support Army sponsors in the development of mission architectures, operational concepts, and system-of-systems solutions to address critical warfighting challenges, leading engineering analyses and architecture development with small multidisciplinary teams.
Compensation
Salary compensation range and midpoint: $146,400 - $183,000 - $219,600 Annual
Responsibilities
Partner with Army sponsors to execute mission engineering, architecture development, and capability assessment activities aligned to operational priorities.
Collaborate across the Systems Engineering Division and MITRE technical community to integrate expertise in systems engineering, digital engineering, communications, modeling and simulation, data analytics, and operational analysis.
Develop and assess mission architectures, operational concepts, and system-of-systems solutions using mission engineering, MBSE, digital engineering, and quantitative analysis techniques.
Evaluate capability gaps, mission effectiveness, operational risks, and technical tradeoffs to support government decision-making.
Apply modern engineering methods and tools, including Digital Engineering, MBSE, AI/ML, data analytics, and modeling and simulation, to support architecture development, requirements analysis, and modernization efforts.
Requirements
Bachelor’s degree in Engineering
Physics
Mathematics
Systems Engineering
Principal Spectrum Systems Engineer (Mission Driven Integration)
Supporting combatant command missions including electromagnetic spectrum systems engineering, cybersecurity analytics, and network resiliency analysis.
Responsibilities
Architect and implement technical solutions
Research emerging technologies
Develop strategies and policies for implementation
Partner with senior Combatant Command sponsors
Communicate advanced electromagnetic spectrum engineering concepts to senior leaders
Support the development and deployment of nationally important solutions through mission engineering, MBSE, and systems architecture.
Compensation
$77,600 - $97,000 - $116,400 Annual
Responsibilities
Apply Mission Engineering, Traditional Systems Engineering (TSE) and Model-Based Systems Engineering (MBSE) in support of our sponsor’s mission objectives and outcomes
Translate mission needs, operational constraints, and capability gaps into system concepts, designs, and technical solutions
Develop and refine system architectures, requirements, interfaces, data flows, and integration dependencies
Support integration, testing, verification, validation, deployment planning, and technical transition
Collaborate with multidisciplinary teams on technical deliverables, documentation, and presentations
Provide strategic technical leadership for architecture teams, leading enterprise and mission architecture development, systems engineering integration, AI-enabled capability assessments, and modeling and simulation efforts.
Compensation
This is the projected compensation range for this position. There are differentiating factors that can impact a final salary/hourly rate, including but not limited to, Contract Wage Determination, relevant work experience, skills and competencies that align to the specified role, geographic location (For Remote Opportunities), education and certifications as well as Federal Government Contract Labor categories.
Responsibilities
Provide technical leadership for systems engineering, mission engineering, enterprise architecture, and system-of-systems integration activities supporting the CA Office.
Lead the definition and evolution of mission, operational, functional, logical, physical, and technical architectures across complex mission portfolios.
Establish and govern MBSE approaches, modeling standards, and model-based architecture products using Cameo Systems Modeler or Cameo Enterprise Architecture, SysML, and UAF.
Lead development of technical roadmaps, architecture strategies, mission-thread analyses, capability assessments, and investment recommendations.
Guide the decomposition, traceability, validation, and management of mission and system requirements across multiple integrated programs and stakeholders.
Lead the development, integration, and operationalisation of simulation capabilities for Hivemind Mission Autonomy programs in Australia, architecting high-performance real-time simulation environments.
Responsibilities
Support the design and evolution of distributed real time simulation systems across virtual, constructive and live environments.
Implement high performance C++ software for modelling, simulation, integration workflows and system interoperability, including compatibility with legacy standards.
Develop and optimise real time and distributed simulation software supporting multi agent scenarios and high fidelity environments.
Integrate defence simulation frameworks such as AFSIM or NGTS to support delivery and ensure alignment with defence customer expectations.
Design and deliver containerised simulation deployments using technologies such as Docker and Kubernetes for development, CI, testing and operational environments.
Design and modernize systems for the Department of Defense, translating real‑world needs into technical specifications and delivering customer‑focused engineering solutions.
Compensation
The projected compensation range for this position is $62,000.00 to $141,000.00 (annualized USD).
Responsibilities
Design systems in support of the Department of Defense
Evaluate and modernize DoD systems
Translate real‑world needs into technical specifications
Deliver customer‑focused engineering solutions
Requirements
Bachelor’s degree in an Engineering, Science, or Technology field
Nice to have: Master’s degree in an Engineering, Science, or Technology field
Nice to have: INCOSE Associate Systems Engineering Professional (ASEP) Certification
Nice to have: SysML OMG Certified Systems Modelling Professional (OCSMP) Certification
Design systems in support of the Department of Defense (DoD), evaluating and modernizing DoD systems by translating requirements into technical specifications.
Compensation
The projected compensation range for this position is $62,000.00 to $141,000.00 (annualized USD)
Responsibilities
Design systems in support of the Department of Defense (DoD)
Evaluate and modernize DoD systems
Turn requirements into accomplishments
Conceptualize military problems
Decompose high-level missions systems modeling
Requirements
Bachelor’s degree in an Engineering, Science, or Technology field
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