Northrop Grumman is looking to solve the business problem of supporting commanders and warfighters as they conduct joint and multinational operations by providing a fused picture of the battlespace within an integrated system, specifically through the GCCS-J system, which requires sustainment, modernization, and modification to meet emerging operational needs.
Requirements
- Proficient in installing, configuring, and patching Kubernetes
- Advanced proficiency with writing Ansible plays and playbooks
- Proficient with Linux System Administration and debugging skills
- Experience with virtual machine environments and Docker container use
- Experience with Open Container Initiative (OCI) containerized application development
- Experience locking down Kubernetes
- Familiarity with container orchestration tools and techniques (e.g. Kubernetes, helm)
Responsibilities
- Exhibit a positive attitude, a high level of initiative, and must enjoy the challenge of bringing orchestrated operational environments to fruition
- Prioritize activities and deliver projects on time and within budget
- Interface with multiple, geographically disbursed teams and effectively communicate project statuses and barriers
- Follow Agile Development process and full life cycle development: requirements, design, implementation, test, and maintenance
- Lead independent technical investigations, provide technical advice, recommend technical solutions, and assist the Government in integrating the GCCS-J functionality into new baselines
- Exhibit attention to detail coupled with the ability to quickly learn new procedures with minimal supervision
Other
- US citizen with ability to obtain a Interim Secret Clearance prior to start
- Top Secret Security Clearance (preferred)
- Bachelor's Degree in a Science/Technology/Engineering/Mathematics (STEM) program with 8 years experience or a Masters degree with 6 years experience
- Excellent written and verbal communication skills with the ability to operate in a team environment
- Ability to apply mathematical and statistical operations towards software algorithms
