What are the responsibilities and job description for the PdL Architecture Lead - Network Architecture with Security Clearance position at Sherpa 6, Inc.?
Job Title: Network Architecture Subject Matter Expert Job Location: Ft. Belvoir, VA Job Type: Full time 40 hours Travel Requirement: Up to 25% Security Clearance: TS SCI (Active) Job Description: Sherpa 6 is seeking a Network Architecture Subject Matter Expert to serve as the lead network advisor within PdL Architecture under CPE Ground/PM SWAR. This role provides independent technical advisory support on tactical network architecture, transport layer integration, and network performance across the Army's squad-level ecosystem. The position supports government decision-making by offering vendor-neutral assessments of how network infrastructure interacts with radios, sensors, applications, autonomy platforms, and edge compute nodes This is an advisory role focused on enabling informed government decisions-not controlling or approving network configurations. Responsibilities: Network Architecture Advisory * Advise PdL Architecture leadership on tactical network design, transport layer integration, and bandwidth optimization across squad systems
Education: * Bachelor's degree in Computer Science, Electrical Engineering, Network Engineering, or related field
- Provide technical recommendations on network topology and configuration impacts across formations
- Assess interoperability between tactical radios, waveforms, and soldier-borne applications
- Support alignment with the Squad Reference Architecture on network-related decisions
- Evaluate network performance under bandwidth constraints, latency limitations, and DDIL (Denied, Degraded, Intermittent, Limited) environments
- Assess data flow saturation risks and recommend mitigation strategies
- Analyze network dependencies across SBMC, Nett Warrior, and other PEO initiatives
- Facilitate alignment between network transport layers, edge compute nodes, and application requirements
- Translate complex network technical details into actionable insights for government stakeholders
- Advise on open architecture principles to prevent vendor lock-in on network infrastructure
- Advise on optimal data routing strategies across device, edge node, and enterprise tiers
- Support evaluation of network requirements for AI/ML and autonomy workloads at the tactical edge
- Assess network implications of multi-domain operations and joint interoperability requirements
- Support development of network-related standards within the Squad Reference Architecture
- Provide input to integration labs, field exercises, and operational validation events Requirements Qualifications: * 10 years of experience in network engineering, architecture, or tactical communications
- Demonstrated expertise with tactical radio systems (e.g., JTRS, HMS Manpack, PRC-163, Leader Radio)
- Experience with military waveform integration and network transport protocols
- Background in C5ISR systems integration and soldier-level network architecture
- Familiarity with DDIL environments and expeditionary network operations
- Knowledge of IP-based tactical communications and Software Defined Networking (SDN) concepts
- Experience with network performance assessment, bandwidth planning, and latency optimization
- Familiarity with TAK ecosystem networking requirements and server architectures
- Understanding of edge compute networking considerations and distributed data architectures
Education: * Bachelor's degree in Computer Science, Electrical Engineering, Network Engineering, or related field
- Advanced degree or relevant certifications (CCIE, CCNP, CompTIA Network , etc.) preferred
- Must be a US Citizen
- Must pass a background check and drug screening
- Experience supporting PEO Soldier, PEO C3T, or PM Tactical Network programs
- Familiarity with Army Network modernization initiatives (Unified Network, JADC2)
- Experience with software-defined radios and waveform management
- Background in network security, encryption, and COMSEC integration
- Experience with integration testing and network validation in operational environments