Senior Virtualization & Emulation Architect (On-site)

Trideum Corporation; Virginia; On-site; USD 140,000 - 170,000; Full time

Benefits offered by this job

ESOP

Medical, dental, vision, life, and 401

Paid leave and leave cash-out

Job summary

Trideum Corporation seeks a Virtualization & Emulation Engineer to lead the design, scaling, and maintenance of Brigade-scale virtualized simulation environments in support of Army modernization. You will build DE Environment Twins with EUDs running ATAK and UAS controllers, deployed on Government lab hardware at Fort Belvoir.

You will drive containerization, orchestration, and scalable pipelines, ensuring performance, reproducibility, and integration with OneSAF and network models while

Qualifications

• 7+ years of hands-on experience with distributed Linux systems and containerization tooling.

Responsibilities

• Architect, build, and maintain brigade-scale virtualized node environments.
• Lead containerization and orchestration of ATAK EUDs, UAS controllers, routers, and compute nodes.
• Implement scalable deployment pipelines for Digital Engineering environment twins.
• Oversee integration onto Government lab infrastructure for reliable operation.
• Collaborate with cross-functional teams for interoperability with models and middleware services.
• Diagnose and resolve virtualization, networking, and distributed software issues.
• Contribute to multi-node Linux environment architectures.

Skills

Distributed Linux systems

System-level debugging

Linux networking

Education

Bachelor’s degree in Computer Science/Engineering or related STEM

Tools

Docker

Kubernetes

Hypervisors

Job description

Trideum Corporation seeks a Virtualization & Emulation Engineer to lead the design, scaling, and maintenance of Brigade-scale virtualized simulation environments in support of Army modernization. You will build DE Environment Twins with EUDs running ATAK and UAS controllers, deployed on Government lab hardware at Fort Belvoir.

You will drive containerization, orchestration, and scalable pipelines, ensuring performance, reproducibility, and integration with OneSAF and network models while