Hybrid Cloud Security Lead - AWS & Azure Expert

Unisys; Tysons (VA); Hybrid; USD 140,000 - 190,000; Full time

Job summary

Unisys in Tysons Corner is seeking a Lead Cloud Security Engineer to protect enterprise systems and cloud environments, focusing on AWS and Azure. You will lead risk identification, define controls, and ensure security practices are applied across the organization.

This hands-on leadership role requires working through technical details, improving security processes, and mentoring other security professionals while balancing on-site and remote collaboration in a hybrid model.

Qualifications

• 5+ years of information security or cloud security experience.
• Deep technical knowledge of cloud security architecture and risks.
• Experience leading security engineering, control implementation, cloud security, or compliance initiatives.
• Ability to translate security requirements into practical architecture and controls.
• Experience monitoring security controls and coordinating remediation.

Responsibilities

• Lead efforts to identify, validate, assess, and prioritize security risks.
• Define requirements and design effective security controls.
• Develop strategies for consistent security controls across the enterprise.
• Operate and monitor security controls; review results and triage issues.
• Mentor junior staff and provide leadership coverage.
• Participate in external QA committees.
• Follow policies and comply with security controls.

Skills

Cloud security

Security leadership

Mentoring

AWS

Azure

Regulatory compliance

Job description

Unisys in Tysons Corner is seeking a Lead Cloud Security Engineer to protect enterprise systems and cloud environments, focusing on AWS and Azure. You will lead risk identification, define controls, and ensure security practices are applied across the organization.

This hands-on leadership role requires working through technical details, improving security processes, and mentoring other security professionals while balancing on-site and remote collaboration in a hybrid model.