Northrop Grumman

Full-stack Engineer

• Join the team supporting activities including flight simulator development, GNC algorithm development and implementation, "test as you fly" test development, model verification and validation, and requirements validation.
• Work in multi-disciplinary teams to develop, verify, and validate a complex 6-degree of freedom missile flight simulator.
• Design and implement guidance, navigation, and control (GN&C) algorithms.
• Develop software tools for analyzing GN&C performance
• Conduct system performance assessments for performance against mission requirements.
• Perform GN&C system and accuracy analysis of flight tests.

Staff Engineer, Guidance Navigation Control

Project Manager

• Lead the sector’s Professional Development for manufacturing
• Own the end‑to‑end learning strategy for all manufacturing support functions
• Design, deliver, and continuously improve professional‑development programs
• Collaborate with instructional design staff and subject matter experts to create engaging learning opportunities
• Oversee certification and qualification practices for manufacturing hires

Manufacturing Training Lead / Staff Project Manager

Director

• Manage Supplier Relationship Management for selected Tier 1 suppliers.
• Lead Tier 1 Supplier Executive Communication (ExComs) to focus executive attention on critical issues and maintain transparency.
• Conduct frequent on-site visits to assess supplier performance and identify gaps.
• Perform Supplier Technical Capability Assessments.
• Engage subject-matter experts (including supplier expertise) to proactively identify gaps and deficiencies during PDR, CDR, MRR, and TRR phases.
• Review and support Supplier Data Requirements List (SDRL) approvals.
• Develop sector-wide strategy and engagement plans for strategic suppliers, aligning with sector and division priorities.
• Implement consistent Supplier Statement of Work (SSOW) and SDRL processes.
• Design and roll out processes, tools, training, and mentoring for Program Subcontract Managers and Supplier Performance Specialists.
• Drive risk and opportunity management processes; act as escalation point for programs seeking delivery acceleration.
• Review and trend supplier performance via the quarterly Supplier Assessment Management System (SAMS) scorecard.

Supplier Relationship Management Director

• Join a team of qualified, diverse individuals working on revolutionary systems.
• Contribute to the development of complex software solutions impacting air and space systems.
• Collaborate in Agile Scrum teams to produce high-quality outputs.
• Engage in planning, executing, and managing technical scope.

Principal/Senior Principal Software Engineer – Core

Systems Engineer

• Perform requirements development, system integration, verification and validation, cost and risk, and supportability and effectiveness analyses for total systems
• Support the logical and systematic conversion of customer or product requirements into total systems solutions that acknowledge technical, schedule and cost constraints.
• Perform functional analysis, timeline analysis, detail trade studies, requirements allocation and interface definition studies to translate customer requirements into hardware and software specifications.
• Generation and updating of System and sub-system level specifications in DOORS, including creation of Verification Cross Reference Matrices (VCRM) and verification traceability.
• Update and maintain system drawings and documents such as Interface Control Documents, Arrangement Drawings, etc.
• Participate/Lead and coordinate preparation, conduct and closeout for internal and external customer reviews (SRR, PDR, CDR, IRR, TRR, etc.)
• Support the creation and refinement of Model Based System Engineering products (System behavioral models, Use Case realizations, State Machines, etc.)

Systems Engineer Level 3/4

Threat Intelligence Specialist

• Provide counterintelligence (CI) and cyber threat protection to Northrop Grumman's intellectual property, networks and sensitive data against adversaries.
• Perform daily in-depth analysis of current network and host based threat activity.
• Assess trends developing in the future and monitor CI portals.
• Liaison with Defense Industrial Base and government peers to enhance the protection of the Northrop Grumman Managed Network (NGMN).
• Identify and counter sophisticated and varying cybersecurity and cyber threats across the NGMN.

Senior Principal Cyber Intelligence Analyst

Civil Engineer

• Develop component and system level finite element models using Hypermesh and post process analysis results using Hyperview, Matlab and Excel
• Perform linear finite element static, transient, vibration, modal and direct frequency response, and response spectra analyses using Nastran and Abaqus

Structural Engineer Level 2 / 3

• Support the Sentinel program.
• Work with revolutionary systems impacting people's lives.
• Team up to invent the future while adhering to safety and engineering best practices.
• Collaborate with cross-functional teams.

Senior Principal Software Systems Engineer

Analyst

• Interface with program managers, functional management, and cost account managers (CAMs) to provide financial and administrative support and analysis
• Establish Work Breakdown Structure for execution of budgeted cost of work scheduled
• Assess and maintain objective performance criteria
• Maintain justifications of estimates to complete
• Prepare month-end reports and review EAC changes
• Support monthly cost and schedule reviews, identify pressures and opportunities, and develop recovery plans as required.

Principal Program Cost and Schedule Control Analyst

• Work with a small team of System Safety engineers in defining, implementing, and verifying System Safety requirements to ensure that the inherent risks are mitigated
• Understand the entire mission, including the launch vehicle, payload, ground support equipment, range infrastructure, and safety interfaces
• Define and verify launch vehicle-to-payload interface requirements and support space vehicle launch campaign management activities at the various launch sites
• Interact with key internal and external customers and partners regarding system safety topics
• Support launch vehicle design and development to ensure that customer and internal goals for safety, mission success, and performance are met
• Analyze integration and test processes to demonstrate customer and internal requirements are met for both safety and mission success
• Conduct system level analysis of next generation mission concepts and designs to maximize mission success without compromising compliance with customer, government, and internal flight safety requirements

Systems Engineer – Level 2/3

Electrical Engineer

• Research, design, develop, and test a variety of electronic equipment and systems
• Work on radar and radiation detection equipment
• Develop radio, television and communications systems
• Create circuitry components and control and test equipment

Associate Electronics Engineer

• Lead cross‑functional project teams to deliver initiatives on time, within scope, and on budget
• Translate high‑level business objectives into detailed project plans, schedules, and risk mitigation strategies
• Conduct regular stand‑ups, status reviews, and stakeholder briefings; provide transparent reporting using dashboards and metrics
• Apply Agile methodologies as appropriate, ensuring alignment with company processes
• Identify and resolve impediments, escalating issues when necessary to maintain project momentum
• Manage project budgets, resource allocation, and procurement of external vendors
• Foster a collaborative culture, leveraging leadership and mentorship

Principal Project Manager

Engineer

• Interact with key internal and external customers and partners regarding system safety topics.
• Work with or lead a small team of System Safety engineers in defining, implementing, and verifying System Safety requirements to ensure that the inherent risks are mitigated.
• Apply the systems engineering process to define and verify launch vehicle and ground support equipment requirements to ensure safe operations and conduct system safety analyses to architect and implement a safe and robust system.
• Manage interface with customer safety and launch integration personnel and support ground operations and launch mission working groups as requested.
• Conduct system level analysis of next generation mission concepts and designs to maximize mission success without compromising compliance with customer, government, and internal flight safety requirements.

System Safety Engineer – Level 3/4

SDET

• Designs, develops, documents, tests and debugs applications software and systems that contain logical and mathematical solutions.
• Conducts multidisciplinary research and collaborates with equipment designers and/or hardware engineers in the planning, design, development, and utilization of electronic data processing systems for product and commercial software.
• Determines computer user needs; analyzes system capabilities to resolve problems on program intent, output requirements, input data acquisition, programming techniques and controls; prepares operating instructions; designs and develops compilers and assemblers, utility programs, and operating systems.
• Ensures software standards are met.

Senior Principal Software Test Engineer

• Python proficiency – writing clean, testable code; familiarity with virtual environments, packaging, and type hints
• Real-time operating systems (RTOS) or bare-metal development basics
• Hardware description/validation tools – Oscilloscopes, logic analyzers, multimeters, power supplies, test rigs
• Version control – Git (branching, sub-modules, pull-request workflow)
• Using communication protocols (Modbus, MQTT, OPC?UA) to bridge software services and devices
• Unit/Component testing – pytest, unittest, hypothesis for pure-Python modules
• Hardware-in-the-loop (HIL) testing – automated scripts that program devices, run stimulus, capture response, and assert results
• System-level testing – Robot Framework, TestStand, or custom Python harnesses that coordinate multiple subsystems
• Containerizing test environments (Docker) for simulation and host-side tools
• Managing artifact repositories for firmware binaries (Artifactory, Nexus)
• Agile/Scrum or Kanban for cross-functional teams
• Strong analytical debugging – ability to trace issues from software logs down to signal integrity on a PCB
• Clear communication with Software Engineers
• Documentation discipline –test procedures, and release notes