Secret-Cleared Radar Modeling, Simulation & Analysis Engineer

PGS Worldwide is seeking Secret-Cleared Radar Modeling, Simulation & Analysis Engineers in Baltimore, Maryland for one-year onsite contract-to-hire roles supporting a leading aerospace & defense company. These positions will develop and evaluate advanced radar and RF sensor models, simulations, and analytical tools used to assess system performance, mission effectiveness, and operational capability.

Required Skills

• Bachelor’s degree in Electrical Engineering, Systems Engineering, Computer Engineering, Physics, Mathematics, or a related STEM discipline.

• Active U.S. Government Secret clearance required.

• Experience with modeling, simulation, and analysis (MS&A) of complex radar, RF sensor, or mission systems.

• Strong experience with C++ and object-oriented software development.

• Experience performing large-scale data analysis, statistical analysis, or design-of-experiments activities.

• Experience developing, integrating, or validating simulation environments.

• Experience with simulation verification, validation, and accreditation (VV&A/VVA) concepts.

• Experience correlating simulation results with laboratory, flight-test, or operational data.

• Experience developing analytical tools used to evaluate system or mission performance.

• U.S. citizenship required.

• Ability to obtain and maintain required Special Program Access.

Preferred Skills

• Experience with radar or advanced RF sensor systems.

• Experience with MATLAB and engineering-analysis tools.

• Experience with digital signal processing and complex-valued data.

• Experience developing or integrating threat, platform, sensor, or command-and-control models.

• Experience with operational analysis and mission-level effectiveness studies.

• Experience with Monte Carlo analysis and large-scale simulation campaigns.

• Experience developing reusable simulation frameworks or software architectures.

• Experience with flight-test data analysis and model correlation.

• Experience with statistical modeling, uncertainty analysis, and experimental design.

• Experience with radar phenomenology and sensor performance modeling.

What You’ll Do

• Develop and maintain advanced radar and RF sensor models and simulations.

• Build simulation software using C++ and object-oriented development techniques.

• Integrate sensor, threat, platform, environmental, and mission models into larger simulation environments.

• Perform system-performance and mission-effectiveness analysis.

• Execute large-scale simulation studies and Monte Carlo analyses.

• Analyze simulation results using statistical methods and engineering tools.

• Develop experiments and analytical approaches to evaluate system behavior.

• Correlate model and simulation results with laboratory, flight-test, and operational data.

• Support simulation verification, validation, and accreditation activities.

• Investigate discrepancies between modeled and measured system performance.

• Develop analytical tools and visualizations for technical and program decision-making.

• Support operational analysis, trade studies, and system-design decisions.

• Collaborate with radar, software, systems, algorithm, and test engineering teams.

• Present modeling results, technical conclusions, risks, and recommendations to engineering and program leadership.

Work Schedule / Shift

• 100% onsite in Baltimore, Maryland

• 9/80A schedule

Pay

• $132.59 per hour.

Job ID: 1805

Military veterans and transitioning military members are encouraged to apply to all PGS Worldwide positions. All of our jobs are military-friendly, and we work with leaders in Aerospace who rely on your military expertise to support mission-critical programs nationwide. As a Veteran Founded company, we know that the military has given you the skills and training you need to succeed in positions like this, and we want to support your success in the civilian sector however we can. We thank you for your service and humbly offer our own in return by helping you take your career to the next level.