Systems Engineer III (Digital Engineering)

• Bachelor’s degree in Engineering, Testing, or a related field.

• A minimum of six (6) years of tactical network systems engineering experience is required.
• A Bachelor’s degree may be substituted with an additional seven (7) years of related experience performing tactical network systems engineering functions.

Systems Engineer (Model Based Systems Engineering) – Candidate will have Cameo/Magic Draw experience and provide support to the RHN model-based network analysis tool development effort.  The candidate will support model reviews and maintenance of the model once delivered to the PM.  Candidate will also assist digital engineering efforts in the PM to include training and infrastructure development.

• Systems Engineering Support: Perform systems engineering processes, procedures, and best practices to ensure effective development, testing, evaluation, training, and configuration management in support of acquisition programs.
• Network Architecture: Provide engineering support on transport and networking architecture, focusing on current and future tactical network capabilities.
• Technical Evaluations: Support design reviews and conduct thorough, in-depth technical evaluations and assessments of network performance and architectures, including risk assessments and integration strategies.
• Capability Support: Engage in Capability Set (CS) and Integrated Tactical Network (ITN) activities, providing technical support to evaluate and integrate new technologies to modernize communications.
• Collaboration: Collaborate effectively with organizations, including PEO C3T, other PMs, PdMs, ACM, and Army-wide stakeholders to coordinate interoperability considerations.
• Documentation Review: Review and comprehend acquisition documentation (e.g., mission needs statements, operational needs statements, Initial Capabilities Documents (ICDs), Capability Development Documents (CDDs), Capability Production Documents (CPDs), and technical specifications) for Army tactical communications systems. Translate those requirements to support the development of standards-based and cost-efficient technical solutions.
• Proposal Review: Review Government performance work statements and contractor proposals for technical accuracy to ensure requirements are met.

• Demonstrated experience in network engineering.
• Proven experience in designing and implementing LANs or VLANs.
• Proficiency with routing protocols, multicast, routing configurations, and IPv4/IPv6 addressing.
• Experience in network protocol analysis using tools such as Sniffer or Wireshark.
• Familiarity with VMware and commercial communications equipment.
• In-depth knowledge of transport and network architectures.
• Understanding of end-to-end network design and performance, as well as voice/data transmission and backbone networks.
• Knowledge of RF engineering and tactical communications systems.