DoD Cloud Architect with Secret Clearance & DevSecOps

Five Stones Research Corporation; Colorado Springs, Northern (CO, KY); Hybrid; USD 145,000 - 176,000; Full time

Benefits offered by this job

401(k) Matching

Company Events

Employee Recognition

Health Insurance

Life Insurance

Paid Time Off

Performance Incentives

Student Loan Repayment

Tuition Reimbursement

Vision Insurance

Job summary

Five Stones Research Corporation (5SRC) is seeking energetic candidates to join our established and growing Huntsville-headquartered team. The role focuses on cloud strategy, security, and DevSecOps across government and contractor teams.

Responsibilities include analyzing cloud architectures, mentoring government staff, and ensuring DoD security policies and ATO processes are integrated into deployment workflows for high-assurance systems.

Qualifications

• Masters in STEM with 10 years of relevant IT experience on missile defense-related or large DoD programs.
• Bachelor's degree with 15 years of relevant IT experience on missile defense-related or large DoD programs.
• Ability to work independently or as part of a team, applying engineering rigor to solve complex problems.
• Ability to develop technical solutions to complex problems requiring ingenuity and creativity.

Responsibilities

• Analyze and document government cloud strategies and architectural plans.
• Translate mission requirements into technical concepts and design patterns for stakeholders.
• Review security controls and assist with ATO processes for DoD systems.
• Mentor government staff on emerging cloud technologies and best practices.

Job description

Five Stones Research Corporation (5SRC) is seeking energetic candidates to join our established and growing Huntsville-headquartered team. The role focuses on cloud strategy, security, and DevSecOps across government and contractor teams.

Responsibilities include analyzing cloud architectures, mentoring government staff, and ensuring DoD security policies and ATO processes are integrated into deployment workflows for high-assurance systems.