> Markdown version of [/jobs/ext/3817922-lead-platform-engineering-architect](https://www.wearedevelopers.com/jobs/ext/3817922-lead-platform-engineering-architect). Every page supports `.md` or `Accept: text/markdown`. Links point to the HTML versions so they work for humans too. Agent guide: [/agents.md](https://www.wearedevelopers.com/agents.md). --- # Lead Platform Engineering Architect - **Company:** General Dynamics Information Technology - **Location:** San Antonio, TX, United States (Remote available) - **Experience:** Expert - **Salary:** $140,250.0 - $189,750.0 - **Contract:** Permanent contract - **Skills:** Amazon Web Services, Computing Platforms, Microsoft Azure, Computer Networks, System Configuration, Disaster Recovery, Intrusion Detection Systems, Network Architecture, Routing, Network Segmentation, Ansible, Security Software, Systems Integration, Wide Area Networks, Cloud Platform System, Multi-Cloud, HybridCloud, Kubernetes, SDN Network, Terraform, Devsecops - **Published:** October 18, 2026 - **Apply:** https://www.dice.com/job-detail/9c9b2e44-57dc-4601-baa5-339e768415ed ## About the Role Cloud Platform, Hybrid Clouds, Platform Development, System Platform, 10 + years of related experience, * Deep expertise in designing, hardening, and operating Kubernetes environments at enterprise scale. * Experience implementing DevSecOps CI/CD pipelines, IaC/CaC (e.g., Terraform, Ansible), and automated security gates. * Strong mastery of hybrid network engineering (SDN, SD-WAN, routing/switching, NAC, OOB management). * Ability to integrate Iron Bank hardened containers, manage OS baselines, and operate boundary security systems (NGFW, IDS/IPS). * Skilled in platform-level testing, system update orchestration, virtualization ecosystems, and SIL operations., Bachelor's degree in a relevant field and 10-12 years in platform engineering; 5+ years Kubernetes and container orchestration; 5+ years hybrid cloud (AWS/Azure/on-prem) architecture. Security Clearance Level: Top Secret with SCI eligibility Certification: AWS Certified Solutions Architect-Professional ## Description * The Lead Platform Engineering SME leads the hybrid cloud and on-premises platform engineering effort underpinning all applications and services. * The Lead Platform Engineer designs, builds, and manages baselines that are highly available, secure, and scalable (e.g., the PMO-prescribed Kubernetes distribution and Operating System(s)) across hybrid cloud and on-premises infrastructures. * This role configures, integrates, hardens, and manages Kubernetes environments, including precise allocation of resources, namespaces, pod specifications, helm charts, and orchestration logic while adhering to best practices, and integrates DoW Iron Bank hardened containers and certificates to field applications as the foundational baseline for all platform services. * The role also governs disaster recovery and patching strategy, as designing, sustaining, and governing the enterprise Disaster Recovery, Backup Solution, and Business Continuity strategy for the globally dispersed, hybrid environment, defining strict Recovery Point Objectives (RPO) and Recovery Time Objectives (RTO) for diverse data types and mission-critical systems. * Technical acumen required: Expert AWS architecture and multi-cloud/hybrid infrastructure design, Kubernetes administration at scale, Infrastructure as Code / Configuration as Code (IaC/CaC) practices, software-defined networking (SDN/SD-WAN), and System Integration Lab (SIL) operations. * Must be fluent in installing, configuring, integrating, and sustaining the Enterprise Hybrid Network Infrastructure, including advanced routing and switching, SDN, SD-WAN architectures, and network segmentation. Daily SCIF access reflects continuous hands-on platform build, patch validation, and infrastructure management Review Boards, and Change Control Boards. * Daily SCIF access reflects the need for sustained hands-on engagement with classified architecture baselines and JCWA integration data. * This role is central to the win theme of tested resilience and continuity, validating patch and updating execution in the SIL to reduce exposure windows.