Armed Security Officer — Patrol, Respond & Protect

Duke Energy Corporation; Garner (NC); On-site; USD 42,000 - 64,000; Full time

Job summary

Duke Energy Corporation is seeking an Armed Security Officer to provide analytical and tactical protection for a designated site, ensuring compliance with regulations and company policies. You will deter illegal activities, respond to incidents, and maintain clear communication with staff and visitors.

The role requires proficiency in handling weapons, patrol readiness, and strong decision-making under pressure. Onsite facility work with potential shift rotations is expected.

Qualifications

• Associate degree or equivalent with security-related certifications.
• 3–5 years of related work experience depending on level.
• Basic Law Enforcement Training or Armed Security Officer certification.
• High school diploma with additional security credentials acceptable.

Responsibilities

• Manage electronic access control systems and visitor management.
• Respond to incidents, alarms, and emergencies with appropriate actions.
• Patrol interior and exterior areas to deter wrongdoing.
• Use security systems for intrusion analysis and incident management.
• Prepare detailed incident reports and maintain records.
• Coordinate with colleagues and law enforcement when needed.

Skills

Critical thinking

Decision making

Communication

Education

Associate Degree

High School/GED

Basic Law Enforcement Training

Armed Security Officer Certification

Tools

Access control systems

Video surveillance systems

Security analytics tools

Job description

Duke Energy Corporation is seeking an Armed Security Officer to provide analytical and tactical protection for a designated site, ensuring compliance with regulations and company policies. You will deter illegal activities, respond to incidents, and maintain clear communication with staff and visitors.

The role requires proficiency in handling weapons, patrol readiness, and strong decision-making under pressure. Onsite facility work with potential shift rotations is expected.