This is a full-time position, and requires a TS/SCI/Full Scope Polygraph Clearance.
2HB Incorporated is seeking a Senior Software Engineer to support its government customer in Annapolis Junction, MD.
Position Description
The candidate shall be part of an overarching project responsible for developing and maintaining system management infrastructure software and services for High Performance Computing (HPC) systems in a Linux environment.
Qualifications:
Master’s degree in computer science or related discipline from an accredited college or university, plus five (5) years of experience as a SWE, in programs and contracts of similar scope, type, and complexity.
OR
Bachelor’s degree in computer science or related discipline from an accredited college or university, plus seven (7) years of experience as a SWE, in programs and contracts of similar scope, type, and complexity
OR
Nine (9) years of experience as a SWE, in programs and contracts of similar scope, type, and complexity.
Position Required Skills
Experience using the Linux CLI
Proficiency in scripting (Bash/Python) to automate tasks and processes
Experience developing software solutions using programming languages such as Python, and Rust in a Linux environment
Experience with containerization technologies such as Docker, PodMan, containerd
Experience with automation frameworks including Ansible for orchestrating deployment
Experience performing troubleshooting and debugging issues in an operational system
Experience with CI/CD principles, methodologies, and tools such as GitLab CI and Jenkins
Experience with Git Source Control System
Position Desired Skills
Familiar with Datacenter Infrastructure Management (DCIM) tools such as Netbox
Familiar with Observability and Analytics platform solutions such as Splunk
Familiar with Identity and Access Management (IAM) solutions such as Keycloak
Familiar with Secret Management tools such as HashiCorp Vault
Experience with the Atlassian Tool Suite (JIRA, Confluence)
Familiar with Agile, Scrum, or Scaled Agile Framework (SAFe) methodologies