Cloud AI Architect - Oracle OCI Solutions

Booz Allen Hamilton; Reston (VA); On-site; USD 99,000 - 225,000; Full time

Benefits offered by this job

Health benefits

Tuition assistance

Professional development

Job summary

Booz Allen Hamilton seeks an Oracle AI Application Engineer to craft cloud-first architectures for defense missions. You will leverage OCI, AI agents, and LLM-based RAG/MCP to meet client needs while aligning with cloud migration standards.

You will design, develop, and deploy OCI solutions, work on geospatial data processing with SQL/Python, and collaborate with industry leaders to advance AI capabilities within secure environments.

Qualifications

• 5+ years of cloud-first development experience.
• 3+ years of OCI enterprise solutions experience.
• Experience designing and building AI agents and integrating data with LLMs (RAG/MCP).
• Proficiency with SQL, Python, and geospatial tooling for O&M.
• Active TS/SCI clearance; willingness to undergo polygraph.

Responsibilities

• Design cloud-based architectures for defense-related applications.
• Develop and maintain OCI-based solutions and AI agents.
• Integrate mission data with LLMs using RAG and MCP methodologies.
• Collaborate across teams to migrate, secure, and optimize cloud environments.

Skills

Cloud-first development

OCI enterprise solutions

AI agents

RAG & MCP

Machine learning frameworks

Geospatial workflows

SQL

Python

Node.js dashboards

Oracle Databases

TS/SCI clearance

Education

Bachelor's degree

Tools

OCI Compute

Oracle Spatial Studio

Oracle 26ai

APEX

Security policies

Spatial Studio

Job description

Booz Allen Hamilton seeks an Oracle AI Application Engineer to craft cloud-first architectures for defense missions. You will leverage OCI, AI agents, and LLM-based RAG/MCP to meet client needs while aligning with cloud migration standards.

You will design, develop, and deploy OCI solutions, work on geospatial data processing with SQL/Python, and collaborate with industry leaders to advance AI capabilities within secure environments.