Northrop Grumman · Baltimore
Mechanical & Aerospaceposted 4d ago
We are looking for a Modeling Simulation and Analysis Systems Engineer to join our team in Baltimore, MD. This position requires 100% on-site work.
What You Will Get to Do:
As an integral member of the Modeling, Simulation and Analysis Section and the broader Systems Engineering team, you will accelerate delivery of capabilities to our customers through performance engineering, software integration, mission studies, system-of-system trades, and test activities that leverage credible modeling, simulation, experimentation, and analysis. You will apply MS&A techniques with a focus on systems and software performance analysis and Mission Engineering across all phases of radar systems engineering and mission operations to assess, validate, and optimize system, subsystem, and mission performance; interacting with IQ data from simulated and real-world collections, following it through the radar processing chain; and working closely with M&S, radar mode, and mission engineering teams to identify and resolve deficiencies in both modeled data, operational modes, and mission architectures that best deliver the effects, data, and capabilities demanded by tomorrow’s missions.
Perform performance-focused modeling and simulation on high-performance computing grids to evaluate and optimize system and subsystem behavior, perform analysis-of-alternatives and mission architecture trades across offensive and defensive orders of battle, formations, and equipment including laydowns, platforms, and loadouts of sensors, effectors, and weapons as well as communications, command, and control segments among combatants and the impacts of the tactics and strategies used; conduct trade studies; and generate systems engineering documents, reports, operational documentation, and mission analysis products.
Utilize Modeling, Simulation, Experimentation, and Analysis (MSE&A) frameworks to support software integration, algorithm development, radar mode validation, and to evaluate Concepts of Employments (CONEMPS), Concepts of Operations (CONOPS), and Design Reference Missions (DRM) to affect system design and optimization, ensuring consistency between modeled environments, operational environments, and real-world data.
Assess system capabilities by linking system and subsystem requirements to performance metrics and mission threads, proving operative interfaces and their connections that enable mission execution, defining and verifying interfaces and their connections that enable mission execution, verification/validation planning of system elements performing missions, and supporting system integration and test activities during development.
Support systems engineering radar algorithm validation by tracing IQ data through the radar processing chain, comparing modeled and collected data, and identifying performance shortfalls and corrective actions.
Plan, generate, and execute verification and validation artifacts supporting system design verification testing and system acceptance testing, including test plans, procedures, and data review packages. Plan demonstration and delivery of mission effects, data, or capabilities during operations and provide long-term sustainment and mission augmentation support over the life of systems.
Develop and improve performance models, simulation frameworks, and analysis tools, including physics-based radar models, threat and environment models, command-and-control interactions, and mission-level models to accurately represent system behavior and mission effectiveness under varied conditions.
Perform large-scale data analytics, probabilities, and statistics, including the application of design of experiments techniques for the evaluation of system and mission performance, algorithm robustness, and sensitivity to key parameters.
Collaborate with interdisciplinary teams (M&S, software, radar modes, systems integration & test, mission engineering) to diagnose performance issues, perform operational analysis and mission effectiveness analysis activities, recommend design changes or tuning, and ensure integrated solutions meet performance and mission requirements.
Generate and present technical material to support internal and external customer briefings, technical reviews, and design/test readiness events.
Innovate to solve problems and identify improvements across MSE&A products, performance analysis workflows, operational analysis activities, and integration/test approaches.
Model operational environments, perform trade studies via computer simulation, and recommend alternative architectures.
Develops, integrates, and uses advanced graphical user interfaces and visualization tools to explore, validate, and communicate performance and mission analysis results.
This position is contingent upon contract award, the successful transfer of an active U.S Government Secret Clearance and ability to obtain/maintain special program access (SAP).
Basic Qualifications:
Bachelor’s degree with 2 years of experience, a Master’s degree with 0 years of experience in Science, Technology, Engineering or Mathematics or related technical fields; an additional 4 years of experience may be considered in lieu of a degree.
U.S Citizenship is required.
An active U.S. Government Secret Clearance.
Ability to obtain/maintain Special Access Program (SAP) access.
Experience in modeling, simulation, experimentation, and analysis, including for operations, and the use of analytical modeling tools like MATLAB, STK, or similar environments.
Knowledge of combat simulation environments such as AFSIM and/or Brawler, ensuring realistic and effective simulation outcomes.
Proficient in Python and C/C++, with experience in Linux/Windows scripting, statistics, design of experiments, and high performance computing.
Preferred Qualifications:
Advanced degrees in Science, Technology, Engineering or Mathematics or related technical fields.
Active Top Secret Clearance or higher.
Experience with JMP, R, or other domain specific environments supporting data exploration, visualization, and statistical analysis.
Domain experience in simulations of RF, EOIR, Communications, or related systems.
Experience with DoD testing and acquisition principles, with hands-on experience in developmental testing, planning, and execution of weapon tests.
Understanding of the Systems Engineering and Integration & Test processes.
Experience with Agile and/or SAFe methodologies.
Experience optimizing multiple subsystem performance within a large solution space.
Demonstrated technical leadership with small teams and/or mentoring.
Northrop Grumman provides a comprehensive benefits package and a work environment which encourages your growth and supports the mutual success of our people and our company. Northrop Grumman benefits give you the flexibility and control to choose the benefits that make the most sense for you and your family.
Your benefits will include the following: Health Plan, Savings Plan, Paid Time Off and Additional Benefits including Education Assistance, Training and Development, 9/80 Work Schedule (where available), and much more!
Northrop Grumman has approximately 90,000 employees in all 50 states and in more than 27 countries. We strive to attract and retain the best employees by providing an inclusive work environment wherein employees are receptive to diverse ideas, perspectives, and talents to help solve our toughest customer challenges: to develop and maintain some of the most technically sophisticated products, programs, and services in the world.
Our Values. The women and men of Northrop Grumman Corporation are guided by Our Values. They describe our company as we want it to be. We want our decisions and actions to demonstrate these Values. We believe that putting Our Values into practice creates long-term benefits for shareholders, customers, employees, suppliers, and the communities we serve.
Our Responsibility. At Northrop Grumman, we are committed to maintaining the highest of ethical standards, embracing diversity and inclusion, protecting the environment, and striving to be an ideal corporate citizen in the community and in the world.