Northrop Grumman

Communications

• Perform advanced network administration and engineering for classified government contracts
• Design, implement, harden, troubleshoot, and sustain Microsoft Azure Government Secret Cloud, AWS Government Secret Cloud, and air-gapped classified network infrastructure
• Administer and optimize LAN, WAN, VPN, boundary defense, routing, switching, and encryption technologies
• Plan, configure, implement, and document network solutions for enterprise and program-specific enclaves
• Lead configuration, testing, accreditation support, and deployment of routing, switching, firewall, and security appliance solutions
• Develop and present technical network design recommendations to management, program stakeholders, and partner teams
• Conduct capacity planning, performance analysis, and growth forecasting
• Maintain network standards, implementation patterns, security documentation, and operational procedures
• Resolve complex network incidents, service degradations, and security events
• Define technical requirements, translate mission needs into network designs, develop implementation plans, and support delivery
• Implement and troubleshoot segmentation, VLANs, trunking, spanning tree, dynamic routing, secure tunneling, and boundary enforcement controls
• Track engineering, incident, and implementation activities in ServiceNow and JIRA
• Escalate high-risk technical issues and mission-impacting dependencies
• Provide after-hours support for maintenance windows, incident response, and mission-critical cutovers
• Collaborate with cybersecurity, systems, cloud, and compliance stakeholders
• Produce engineering artifacts including diagrams, implementation plans, interface documentation, and troubleshooting guidance

Principal Network Cloud Communications

Full-stack Engineer

• Develop, document, test, debug, and deploy state-of-the-art AI/ML applications
• Collaborate with AI/ML and software engineers to deliver solutions
• Collaborate with cross-functional teams to deploy AI/ML solutions in development and production environments
• Design and develop requirements for software development and software testing environments
• Include LLMs, advanced AI-based NLP, NLU, NLG, AI-based decision-making, sensor fusion, data fusion, computer vision, and image processing in software development workflows
• Develop sustainable, high-quality products
• Perform rapid prototyping and proof-of-concept demonstrations
• Build relationships with internal and external stakeholders
• Contribute to responsible AI and explainable AI adoption

Senior Staff AI Software Engineer

Manager

• Lead the Technical Publications organization producing missile launcher manuals for Strategic Systems Programs and propulsion and power generation manuals for EB/NAVSEA
• Plan, direct, estimate, schedule, and track major publications projects
• Establish processes and procedures to ensure high-quality products for internal and external customers
• Manage personnel administration, including hiring, training, coaching, performance evaluations, and salary administration
• Administer the department budget
• Mentor staff and lead department engagement activities
• Prioritize the growth, development, training, and satisfaction of reporting personnel
• Visit customer and subcontractor offices for program updates and technical reviews
• Support publications for missile launching and handling systems and propulsion and power generation systems for naval surface ships and submarines

Publications Manager

Systems Engineer

• Analyze current inventory effectiveness using statistical analysis
• Account for changing configurations
• Apply probability-based analytics to optimize recommendations and maximize key performance indicators
• Gather required information and work with stakeholders
• Provide analyses and presentations
• Develop or integrate system simulation frameworks, performance models and algorithms, threat models, and command-and-control models
• Simulate real-time operations and develop software/models representing projected system behavior
• Develop, integrate, and use graphical user interfaces and visualization tools
• Model operational environments and perform computer-simulation trade studies
• Recommend alternative architectures
• Perform operational analysis and mission effectiveness analysis
• Develop and integrate mission concept development, Level of Repair Analysis, spares sensitivity, Operations and Support cost analyses/ROI, and model-based systems engineering
• Develop and adapt models, methods, and simulations supporting system design, development, and sustainment

Principal/Sr Principal Engineer, Systems Modeling, Simulation

Supply Chain

• Conduct supplier evaluations and performance monitoring to ensure quality and reliability
• Manage pre-award and post-award subcontract activities, including supplier onboarding, drafting RFPs and RFQs, bid analysis, negotiations, compliance purchase order/subcontract packages, subcontract performance, and closeout
• Coordinate with contracts, engineering, quality, planning, operations, programs, end-users, and other internal stakeholders
• Finalize Statements of Work (SOWs)
• Manage supplier performance
• Draft Non-Disclosure Agreements (NDAs) and Long-Term Purchasing Agreements (LTPAs)
• Ensure compliance with public laws, company policies, import/export regulations, and flow-down clauses
• Uphold procurement integrity and ethical business practices
• Refine processes to improve efficiency, reduce costs, mitigate risks, and drive program success
• Implement strategies to optimize cost savings and reduce supplier-related risks
• Travel approximately 10% of the time

Principal Supply Chain Subcontract Specialist

• Conduct research, write requirements, develop models, define interfaces, and perform analysis within an Integrated Product Team (IPT)
• Drive development of new program requirements
• Refine existing program requirements
• Influence pursuit of future technologies and capabilities
• Collaborate across engineering disciplines and technology areas
• Integrate and communicate technical capabilities and analyses with internal stakeholders and external customers across multiple Modernization and Sustainment efforts
• Perform requirements development, allocation, verification/validation planning, and manage interface definition efforts
• Write complex specifications, interface control documents, and engineering reports
• Support interface and communication with program, functional, and subsystem leads
• Maintain Systems Engineering artifacts following configuration management procedures
• Coordinate with stakeholders to ensure proper verification and validation of Systems Engineering artifacts
• Solicit stakeholder and team-member input, synthesize data, and communicate findings and recommendations to technical and non-technical audiences

Systems Engineer, Engineer or Principal Engineer Level

• Support the development and integration of radar algorithms to meet system mission and mode performance objectives
• Translate system-level requirements into algorithm design and implementation plans
• Perform functional and performance analyses of radar systems and mission modes
• Develop mathematical algorithms for radar mode/sensor implementation
• Plan and support software integration of system algorithms to model real-time behavior on the radar platform
• Conduct kinematic trajectory threat analysis, mission scenario modeling and simulation, and technology trade studies
• Support requirements development and derivation for radar system operational performance and conduct performance and data analysis
• Perform mission engineering activities across the Systems Engineering “V” to ensure delivered performance aligns with desired operational capabilities
• Trade new system and architecture performance against cost and mission requirements
• Assess operational effectiveness of existing and emerging systems in representative environments
• Work within cross-disciplinary Integrated Product Teams (IPTs), soliciting stakeholder input, synthesizing data, and communicating results to leadership
• Provide technical guidance and leadership through development and implementation activities
• Influence overall system architecture and performance while collaborating with radar, systems, software, and mission engineering experts

Senior Principal Systems Engineer – Ground-Based Radar

• Support the development and integration of radar algorithms to meet system mission and mode performance objectives
• Translate system-level requirements into algorithm design and implementation plans
• Perform functional and performance analyses of radar systems and mission modes
• Develop mathematical algorithms for radar mode/sensor implementation
• Plan and support software integration of system algorithms to model real-time behavior on the radar platform
• Conduct kinematic trajectory threat analysis, mission scenario modeling and simulation, and technology trade studies
• Support requirements development and derivation for radar system operational performance and conduct performance and data analysis
• Perform mission engineering activities across the Systems Engineering “V” to ensure delivered performance aligns with desired operational capabilities
• Trade performance capabilities of new systems and architectures against cost and mission requirements
• Assess operational effectiveness of existing and emerging systems in representative environments
• Work within cross-disciplinary Integrated Product Teams, solicit stakeholder input, synthesize data, and communicate results to leadership
• Provide technical guidance and leadership through development and implementation activities
• Influence overall system architecture and performance while collaborating with radar, systems, software, and mission engineering experts

Staff Systems Engineer – Ground-Based Radar

• Define and develop material strategy
• Assess supply chain resources and aggregate and prioritize demand requirements
• Develop, coordinate, and execute material forecasting and delivery schedules
• Participate in make/buy processes, long-term capacity and resource planning, product phase-in/phase-out, manufacturing ramp-up, end-of-life management, and product-line management
• Lead affordability, cost savings, and/or process improvement strategies
• Analyze purchase material supply/demand position using Material Requirements Planning (MRP) tools
• Monitor inventory levels based on dependent and independent Bill-of-Materials (BOM) requirements
• Create or reduce supply requirements based on inventory adjustments
• Plan scheduling for new product line phase-ins and existing product line phase-outs
• Interface with Source process area regarding inventory levels, working capital, and other areas as needed
• Review requirements for non-standard parts
• Analyze lead times and identify critical path procurements
• Support manufacturing production lines with planned and unplanned requirements in an expedited manner
• Collaborate cross-functionally with supplier quality, engineering, quality, production, and other support functions
• Prioritize and communicate impacts of current and potential material shortages

Staff Supply Chain Planning Specialist, Level 4/5

• Conduct research, write requirements, develop models, define interfaces, and perform analysis within an Integrated Product Team (IPT) structure
• Drive development of new program requirements and refine existing program requirements
• Influence the pursuit of future technologies and capabilities
• Collaborate across engineering disciplines and technology areas to integrate and communicate technical capabilities and analyses
• Support multiple simultaneous Modernization and Sustainment efforts
• Perform requirements development, allocation, verification/validation planning, and interface definition
• Lead major milestone events to ensure program requirements are met or mitigated
• Write complex specifications, interface control documents, and engineering reports
• Support communication with program, functional, and subsystem leads
• Maintain Systems Engineering artifacts using configuration management procedures
• Coordinate with stakeholders to verify and validate Systems Engineering artifacts
• Synthesize stakeholder and team input and communicate findings and recommendations to technical and non-technical audiences
• Adhere to the IPT Statement of Work (SOW) and perform change management with program leadership
• Manage stakeholder communications and Systems Engineering information processes

Principal Systems Engineer – Senior Principal Systems Engineer

• Conduct research, write requirements, develop models, define interfaces, and perform analysis
• Work within an Integrated Product Team (IPT) structure to drive development of new program requirements
• Refine existing program requirements and influence pursuit of future technologies and capabilities
• Collaborate across engineering disciplines and technology areas
• Integrate and communicate technical capabilities and analyses with internal stakeholders and external customers
• Support multiple simultaneous Modernization and Sustainment efforts
• Perform requirements development, allocation, verification/validation planning, and manage interface definition efforts
• Write complex specifications, interface control documents, and engineering reports
• Support communication with program, functional, and subsystem leads
• Maintain Systems Engineering artifacts under configuration management procedures
• Coordinate with stakeholders to ensure verification and validation of Systems Engineering artifacts
• Solicit stakeholder and team input, synthesize data, and communicate findings and recommendations to technical and non-technical audiences

Systems Engineer / Principal Systems Engineer

• Develop the Australian supplier network supporting sovereign solid rocket motor production
• Identify industry capability gaps and develop suppliers toward production readiness
• Build relationships across industry, government and internal program teams
• Coordinate technical specialists, program teams and industry partners
• Align supplier development plans with future production and capability requirements
• Support Australian Industry Capability commitments and reporting
• Keep complex stakeholder groups connected, informed and focused on shared outcomes

Industry Development Manager – Solid Rocket Motors

Operations

• Lead the Employee Services function and establish a vision for operational excellence and continuous improvement
• Set the strategic direction of Employee Services
• Drive the organisation’s People Operations improvement agenda
• Lead enterprise-wide initiatives improving employee experiences and service delivery outcomes
• Partner with business stakeholders to identify, prioritise and deliver transformational improvements
• Lead optimisation, implementation and adoption of HR technology solutions
• Expand self-service capability through improved systems, workflows, communications and knowledge resources
• Oversee workforce reporting, analytics and governance activities
• Identify efficiencies through technology, automation and self-service capability
• Lead initiatives across Employee Services, HR technology, continuous improvement, employee experience, reporting, analytics, knowledge management, governance and compliance

Employee Services Operations Lead

• Lead and perform systems safety engineering activities for C2BMC capabilities
• Provide safety-focused guidance to multidisciplinary engineering teams
• Develop, implement, and maintain program system safety plans
• Integrate system safety across product lines and capabilities from concept through design, integration, test, and fielding
• Generate and contribute to capability specifications, including safety-related requirements and criteria
• Train and mentor less-experienced personnel in systems engineering and system/software safety techniques and best practices
• Review engineering products to ensure system safety requirements are addressed and documented
• Interface technically with Missile Defense Agency working-level counterparts and other stakeholders
• Apply systems engineering and software systems engineering principles to system safety assessment and impact analysis for new and existing systems
• Support hazard identification, hazard analysis, and risk assessments
• Coordinate with systems engineering, software engineering, integration and test, and operations teams to integrate and verify safety requirements
• Develop and maintain safety-related artifacts and documentation
• Interface with internal team members, C2BMC management, and government customers to deliver high-quality system safety products on schedule and within resources
• Travel occasionally to customers or test locations for reviews, working groups, and test activities

Senior Principal Engineer, System Safety

• Drive technical execution of a high-visibility ICS contract within the Operations and Sustainment Business Unit
• Manage Specialty Engineering, Configuration & Data Management, Systems Integration, and Systems Architecture & Requirements disciplines
• Ensure program schedule, cost, and performance objectives are met
• Report to Strike's Systems Engineering and Integration EI&E Director
• Conduct periodic Systems Engineering process reviews and present at recurring ICS Program Management Reviews
• Identify bottlenecks and implement best-practice enhancements
• Lead continuous improvement initiatives, including root cause analysis, lessons-learned capture, and tool integration
• Direct day-to-day execution of Systems Engineering activities
• Mentor and develop a multidisciplinary Systems Engineering team
• Ensure review deliverables are complete, technically sound, and aligned with program milestones, including SEMP updates
• Contribute technical expertise to long-term effort proposals, cost estimates, and schedule forecasts
• Oversee SEIT Basis of Estimate (BOE) development and regular verification during execution
• Identify, evaluate, and mitigate technical risks
• Capture and implement program opportunities
• Maintain a living risk register and provide status updates to senior leadership