Lead Vault & Secrets Platform Engineer for AI Workloads

ICE; Jacksonville (FL); On-site; USD 149,400 - 180,000; Full time

Benefits offered by this job

Healthcare coverage

401(k) plan

Paid leave

Job summary

ICE is seeking a Lead Systems Engineer to join their Secrets and Vault Engineering team in Jacksonville, FL. The role involves designing and maintaining critical services for secret and identity management, requiring expertise in HashiCorp Vault and strong coding skills in Python and Ansible.

Candidates with a solid background in systems engineering, a bachelor’s degree, and experience in automation will thrive. This position offers competitive benefits and the opportunity to influence next-generation architectures at ICE.

Qualifications

• 7+ years of infrastructure, platform, or systems engineering experience.
• Strong coding skills with proficiency in Python and Shell scripting.
• Experience with CI/CD tooling, infrastructure-as-code, and RESTful APIs.

Responsibilities

• Design, build, and maintain platform services for secrets management.
• Develop automation in Python and Ansible to streamline operations.
• Collaborate with cross-functional teams to ensure reliable services.

Skills

Production experience with HashiCorp Vault

Strong proficiency in Python

Experience with Ansible

Understanding of identity and authentication protocols

CI/CD tooling knowledge

Linux systems fundamentals

Strong communication skills

Education

Bachelor’s degree in Computer Science or related field

Tools

HashiCorp Vault

Ansible

Terraform

Docker

Kubernetes

Job description

ICE is seeking a Lead Systems Engineer to join their Secrets and Vault Engineering team in Jacksonville, FL. The role involves designing and maintaining critical services for secret and identity management, requiring expertise in HashiCorp Vault and strong coding skills in Python and Ansible.

Candidates with a solid background in systems engineering, a bachelor’s degree, and experience in automation will thrive. This position offers competitive benefits and the opportunity to influence next-generation architectures at ICE.