Senior Network Communications Engineer - EADGE-T EXPAT UAE

Lockheed Martin•King of Prussia, PA

1d•Onsite

About The Position

Join the EADGE-T team and help modernize an integrated air and missile defense and air battle management capability for the United Arab Emirates. As part of the EADGE-T UAE Tech Refresh, you'll support hardware modernization and foundational cybersecurity enhancements while helping deliver the next generation of this mission-critical system. Working alongside an international customer, you'll help develop and deploy secure communications infrastructure supporting one of Lockheed Martin's premier international defense programs. As a Level 3 Network Communications Engineer, you'll design, integrate, secure, and optimize high-performance communications networks supporting mission-critical air and missile defense operations. Working with systems, software, cybersecurity, hardware, and integration teams, you'll help develop resilient network architectures, integrate enterprise infrastructure, troubleshoot complex network issues, and ensure secure, reliable communications across multiple security domains.

Requirements

Bachelor’s degree in Network Communications, Electrical Engineering, Computer Science, Telecommunications, or Cyber Security
3+ years of hands on network engineering experience.
Cisco CCNA/CCNP/CCIE (Routing & Switching or Data Center) or Juniper JNCIA (preferred)/JNCIP/JNCIE, Arista EOS, etc.).
CompTIA Network+, Security+
Knowledge of TCP/IP, IPv4, VLAN tagging, RSTP, LAG, VTEP, BGP, OSPF, GRE, MPLS, TLS, IPsec, MACsec.
Proficiency with network hardware (Juniper (preferred), Cisco, Palo Alto, DELL, Arista)
Strong scripting/automation (Python, PowerShell, Ansible, Terraform).
Familiarity with network logging tools (ArcSight, Splunk, other Syslog tools)
Understanding of cybersecurity frameworks, IDS/IPS, VPNs, PKI, stateful/stateless firewall with ALG, and symmetric/asymmetric encryption methods, cryptographic hash functions and familiarity of NSA CSFC capabilities & algorithms
Excellent analytical and problem solving abilities; ability to work under pressure and manage multiple priorities.
Ability to obtain a US DoD Secret Clearance
Must be a U.S. Citizen for consideration.

Nice To Haves

3 years of experience in Network Communications as a network device SME
Experience with Juniper EX, QFX, SRX, and MX products
Network Management: Juniper Apstra, Mist, Ansible (configuration deployment), Syslog, NTPv4, NETConf, SNMPv2/v3
Virtual Hypervisor & Micro Services: VMWare VCF (understanding of vSwitch and vSAN, VM interfaces), K8 (understanding of Kubernetes and containers’ network interfaces and ports)
Experience with high capacity fiber optics MMF and SM i.e. 10/25/40/100 Gbps data rates
Wireshark/PCAP and/or TCPDUMP/LIBPCAP packet analysis
Network Monitoring tools.
Must have experience with SNMP v2c/v3
DISA network device STIGS including Network Policy

Responsibilities

Support the design and development of secure network architectures by decomposing system requirements into functional, logical, and physical network solutions.
Develop and implement network infrastructure solutions, including LAN/WAN architecture, firewall policies, IP addressing, Quality of Service (QoS), encryption, authentication, and network monitoring.
Install, configure, and integrate routers, switches, firewalls, and supporting infrastructure while ensuring compliance with applicable DoD Security Technical Implementation Guides (STIGs).
Optimize network performance through capacity planning, latency analysis, traffic engineering, and proactive troubleshooting using industry-standard monitoring and diagnostic tools.
Implement cybersecurity best practices, including Zero Trust principles, NIST 800-53 controls, firewall management, and network segmentation across multiple security domains.
Support network automation and configuration management using technologies such as Ansible, Python, SNMP, NETCONF, CLI tools, and scripting to improve deployment and operational efficiency.
Create technical documentation, network diagrams, and implementation procedures while collaborating with multidisciplinary engineering teams and supporting knowledge sharing across the program.