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ENGINEERING & MISSION INTEGRATION SERVICES
Our team of experts applies adaptable, consistent, and standards-based engineering fundamentals to bring your boldest ideas to life, from concept to successful launch and beyond.
We don't just settle for mediocrity – we're committed to delivering world-class results that exceed your expectations. Our team thrives on the most difficult challenges and is relentless in our pursuit of excellence. We know that success is all about attention to detail, and we leave no stone unturned in our mission to deliver the best possible outcomes.
With our adaptable and consistent approach, you can trust that we'll be there every step of the way, ready to pivot and adjust as needed to ensure your project's success. Whether you're looking to modify an existing system or push the boundaries of technological innovation, we're the partner you need to make it happen.
program EXPERIENCE
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GPS IIF Ground Control Segment (GCS)
Architecture Evolution Plan (AEP)
Launch/Early Orbit, Anomaly Resolution, and Disposal Operations (LADO)
Next Generation Operational Control System (OCX)
GPS Contingency Operations (COps)
Future Operationally Resilient Ground Evolution (FORGE)
Military GPS User Equipment (MGUE)
M-Code Early Use (MCEU)
Ground Based Radar (GBR) Maintenance and Sustainment Services (GMASS)
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Ground Based Midcourse Defense (GMD)
Ground Based Interceptor (GBI)
GBI Exo-atmospheric Kill Vehicle (EKV)
Standard Missile III (SM-3)
SM-3 EKV
GPS III Space Segment
Remote Sensing (RS)
Military Satellite Communication (MILSATCOM)
Next Generation Overhead Persistent Infrared (OPIR)
Weather System Follow-on – Microwave (WSF-M)
Space Systems Command Digital Transformation, Acquisition, Modernization, and Modification (DTAMM)
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Sea-based X-band Radar (SBX)
Undersea Warfare Test & Evaluation
Surface Ship Radiated Noise Measurements (SSRNM)
Aegis Ballistic Missile Defense
EXPERTISE
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Top-down, closed-loop fundamentals-based approach based on industry-best practices and IEEE 15288 SE-adaptable processes:
Concepts of Operations
Systems and Architectural Design and Development
Requirements Definition and Analysis
Risk Management
Requirements Management
Requirements Verification Planning & Execution
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Requirements-driven, event-based approach compliant with your governing test policy & guidance:
Test & Evaluation Master Plan Development
Test Resource Utilization Planning & Asset De-confliction
Test Environment Certification
Test Readiness Review Preparation
Test Data Analysis & Reporting
Non-conformance Issue Identification & Tracking
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NIST-compliant approach that integrates cyber from the start as a critical element of the holistic Systems Engineering solution:
Cyber Test & Evaluation
Cyber Tabletop Facilitation
Security Control Monitoring
Risk Management Framework (RMF) Implementation
Vulnerability Management and Threat Intelligence
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We apply a “Systems Engineering Approach” to ensure safety remains an integral part of day-to-day program execution throughout the program lifecycle:
Effectively organize, manage, and track hazard-related data
Document approaches, decisions and actions taken to eliminate or reduce risks of hazards
Effectively influence design to ensure that safety is optimized in a system
Provide closed loop tracking of actions and/or decisions
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Proven Independent Product and Process Assessments in support of mission readiness:
Mission Critical Requirements Definition & Assessment
Key Technology Insertion Oversight
Design Certification Reviews
Vendor Mission Readiness
Day of Launch Countdown Checklist Review
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Seasoned professionals with specialized expertise:
Reliability Engineering
Power Distribution Engineering
Electrical Circuit Design and Test
Mechanical Design and Test
Thermal Engineering
RF Communications Analysis