Senior Cloud Solution Architect – DevSecOps Lead

FALL CREEK FARM & NURSERY; Austin (TX); On-site; USD 102,000 - 137,000; Full time

Benefits offered by this job

100% employee health insurance

Defined benefit pension

Generous time off

Career advancement opportunities

Job summary

Health & Human Services Commission in Austin, TX seeks a Senior Cloud Solution Architect within the IT-Public Health Applications portfolio. You will lead architecture efforts, guide DevSecOps practices, and shape enterprise solutions across multiple teams.

The role emphasizes strategic direction, collaboration with stakeholders, and driving improvements in security, scalability, and operational efficiency for critical health applications.

Qualifications

• Ten or more years in application design and development with cloud architecture focus.
• 5+ years in hands-on cloud architecture roles.
• 5+ years of experience with cloud technologies and DevOps tools.
• Bachelor's degree in IT or related field.

Responsibilities

• Provide architectural blueprints and technical leadership to IT Public Health teams and vendor groups.
• Identify areas of efficiencies and design, develop and implement solutions.
• Mentor peers and technical teams, manage timelines and budgets.
• Rapidly develop POCs that can evolve into production solutions.
• Pursue ongoing education and maintain documentation and knowledge repositories.

Skills

Cloud architecture

DevSecOps & SDLC

CI/CD pipelines

Agile methodologies

JIRA

GitHub Actions

Tableau

Education

Bachelor's degree in IT or related field

Tools

JIRA

GitHub Actions

Tableau

Snowflake

Oracle

Job description

Health & Human Services Commission in Austin, TX seeks a Senior Cloud Solution Architect within the IT-Public Health Applications portfolio. You will lead architecture efforts, guide DevSecOps practices, and shape enterprise solutions across multiple teams.

The role emphasizes strategic direction, collaboration with stakeholders, and driving improvements in security, scalability, and operational efficiency for critical health applications.