Systems Engineer - Radar Architect – Level 3 or Level 4 (AHT)

Northrop GrummanColorado Springs, CO
$103,600 - $193,900Onsite

About The Position

Northrop Grumman's Space Sector is seeking a Systems Engineer - Radar Architect – Level 3 or Level 4 to join their team in Colorado Springs, CO. In this role, the engineer will support the development and integration of radar subsystems and components to meet platform mission objectives. This includes requirements development, analysis, maturation, and implementation, translating customer requirements into hardware and software specifications. The engineer will also perform functional and performance analyses of Technical Performance Measurements (TPMs) and Key Performance Parameters (KPPs), and maintain budgets for key radar performance metrics. Development of mathematical algorithms for mode/sensor implementation and support for software development to model system behavior in simulations are also key responsibilities. The role involves soliciting input from stakeholders, synthesizing data, and communicating results to leadership. Mission engineering activities will ensure continuity between operational capabilities and system performance through the Systems Engineering “V”. This includes trading performance capabilities against cost and mission requirements, and assessing the operational effectiveness of systems in representative environments. The engineer will also guide the team through development/implementation activities. This position is contingent upon program award, funding, and the candidate obtaining and maintaining the required security clearance (Secret, with the ability to obtain SCI) and program access. This position can be filled at either a Level 3 or Level 4.

Requirements

  • Requires an active U.S. Government Secret security clearance at time of application, current and within scope, with the ability to obtain and maintain SCI approval/access
  • Expertise with code prototyping (MATLAB, Python, or related languages)
  • Experience working through the Systems Engineering lifecycle process for system development
  • Experience with Signals Processing
  • Experience with Radar Systems

Nice To Haves

  • Experience with applied Radar Range Equation and Swerling Models for operational performance analysis
  • Experience with MS Office tool suite (Word, Excel, PowerPoint, Project)
  • Strong problem-solving skills and a demonstrated ability to project plan and execute
  • Demonstrated independent planning, organization, and working in cross-functional teams with a customer focus
  • Familiarity with MBSE Modeling (Cameo Enterprise Architecture)
  • Familiarity in Agile methodology (Kanban, Scrum, etc.)
  • Experience with Atlassian tool suite (Jira, Confluence)
  • Experience with SharePoint
  • Experience with Electronics systems performance analysis, test or integration
  • An understanding of the physical limitations to implementing complex algorithms in real hardware

Responsibilities

  • Support development and integration of radar subsystems and components to meet platform mission objectives
  • Requirements development, analysis, maturation and implementation, translating customer requirements into hardware and software specifications
  • Performing functional and performance analyses of Technical Performance Measurements (TPMs) and Key Performance Parameters (KPPs)
  • Maintaining and balancing budgets of key radar performance metrics (losses, accuracy, sensitivity)
  • Development of mathematical algorithms for mode/sensor implementation
  • Supporting development of software to model behavior of systems in real-time and constructive simulations of sensors and other platforms
  • Solicit input from various stakeholders, synthesize data, and communicate results to various levels of leadership within the organization
  • Perform mission engineering activities to ensure continuity between desired operational capabilities and delivered system performance, through the Systems Engineering “V”
  • Ensure performance capabilities of new systems and architectures are traded against cost and mission requirements
  • Assess operational effectiveness of existing and emerging systems and capabilities in representative operational environments
  • Guiding the team through development/implementation activities

Benefits

  • health insurance coverage
  • life and disability insurance
  • savings plan
  • Company paid holidays
  • paid time off (PTO) for vacation and/or personal business
  • overtime
  • shift differential
  • discretionary bonus
  • Annual bonuses
  • Long Term Incentives (for VP or Director positions)
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