Cloud Security Engineer – DoD & PKI Focus

Booz Allen Hamilton; Fort Meade (MD); On-site; USD 87,000 - 198,000; Full time

Job summary

Booz Allen Hamilton invites experienced engineers to join our national security-focused team at Fort Meade. You will design and implement enterprise cloud architectures, manage F5 BIG-IP deployments, and lead secure integrations across DoD environments.

You will work with TLS/mTLS configurations, PKI infrastructure, and inline proxy solutions, collaborating with DoD stakeholders to modernize and protect critical systems.

Qualifications

• 4+ years of experience supporting DoD enterprise architecture.
• 4+ years of experience designing, implementing, and administering F5 BIG-IP.
• 4+ years of experience with in-line break and inspect solutions such as reverse web proxy and forward web proxy.
• Experience with AWS cloud computing and enterprise cloud architecture.
• Experience configuring and troubleshooting TLS and Mutual TLS on a proxy.
• Experience working with DoD clients and stakeholders troubleshooting issues in enterprise architecture.
• Knowledge of cryptography protocols and standards, including TLS, mTLS, hashing algorithms, and PKI.
• HS diploma or GED

Responsibilities

• Develop cloud infrastructure solutions for DoD clients and modernize IT environments.
• Collaborate with cross-functional teams to ensure secure, scalable cloud architectures.

Skills

DoD enterprise architecture

AWS cloud computing

TLS / mTLS

PKI (Public Key Infrastructure)

Networking protocols

Education

HS diploma or GED

Tools

F5 BIG-IP

Reverse/Forward proxy

RDP

SSH

CLI

Job description

Booz Allen Hamilton invites experienced engineers to join our national security-focused team at Fort Meade. You will design and implement enterprise cloud architectures, manage F5 BIG-IP deployments, and lead secure integrations across DoD environments.

You will work with TLS/mTLS configurations, PKI infrastructure, and inline proxy solutions, collaborating with DoD stakeholders to modernize and protect critical systems.