Communication Systems Engineer Modeling & Simulation II

Assist with the design and development of communications system architectures, interfaces, subsystems, and performance models.

Perform system modeling, link analysis, performance evaluation, trade studies, simulation, and system integration activities.

Review system requirements, interface specifications, architecture documentation, analytical results, and technical documentation supporting system implementation.

Leverage and contribute to a digital modelling and simulation ecosystem of tools to model communication system architecture in the support of architetcure trade studies, new business efforts, and requirement development

Identify workflow automation opportunities to establish streamlined, repeatable modeling and simulation processes and enable efficient reuse of established modeling and simulation techniques

Perform verification, validation, testing, simulation, integration, and troubleshooting activities.

Analyze simulation results, system performance data, test results, and engineering observations to identify trends and recommend solutions.

Support root cause investigations, engineering changes, system improvements, defect resolution, and corrective actions.

Collaborate with systems, software, RF, electrical, mechanical, integration and test, quality, and program teams throughout product development.

Prepare technical documentation, interface control documentation, verification reports, engineering reports, and engineering change documentation.

Participate in design reviews, technical investigations, customer support activities, system integration, and verification activities.

Review communications systems engineering methods, modeling practices, requirements management processes, and development activities to identify improvement opportunities.

Apply engineering standards, company procedures, customer requirements, and systems engineering best practices throughout the product lifecycle.

Contribute to continuous improvement initiatives that strengthen system performance, requirements quality, modeling accuracy, and engineering effectiveness.

Bachelor's degree in aerospace engineering, electrical engineering, systems engineering, computer engineering, or a related engineering field with 2–5 years of related experience, or Master's degree with 0–3 years of related experience in communications systems engineering, system architecture, RF systems, systems integration, or a related engineering discipline.

Working knowledge of communications systems, systems engineering principles, system architecture, requirements development, and interface management.

Experience with systems modeling, link analysis, performance evaluation, simulation tools, and engineering analysis methods.

Understanding of digital communications, RF fundamentals, networking concepts, signal processing, interface development, and system integration.

Knowledge of systems engineering processes, verification methodologies, engineering documentation, technical standards, and requirements management.

Familiarity with modeling and simulation, product development, configuration management, and multidisciplinary engineering collaboration.

Microsoft Office Suite including Outlook, Word, Excel, PowerPoint, and Teams.

Engineering analysis and modeling tools, e.g. MATLAB, Simulink, STK, Python, or equivalent applications.

Engineering documentation, requirements management, and collaboration tools, e.g. DOORS, Jira, Confluence, or equivalent applications.