Airport Security Operations Lead

TSA Careers Center; Castalia (NC); Sur place; USD 34 000 - 69 000; Plein temps

Avantages offerts par ce poste

Federal benefits

Paid leave and federal holidays

Thrift Savings Plan

Résumé du poste

Transportation Security Administration in Castalia, NC is seeking a Supervisory Transportation Security Officer to lead and coordinate screening operations at the airport. The role involves managing officers, making security-based decisions, and ensuring compliance with TSA procedures.

Applicants should have experience supervising transportation-security operations and guiding a team through shift changes, incidents, and operational adjustments. Flexibility for varying shifts is expected.

Qualifications

• At least one year of specialized experience supervising transportation-security operations.
• Experience may be gained as a TSA officer or lead TSA officer with pay-band eligibility.
• Must have six months of experience as a work leader, team leader, or supervisor.

Responsabilités

• Supervise Transportation Security Officers and Lead Transportation Security Officers.
• Oversee passenger, carry-on baggage, checked baggage, or cargo-screening operations.
• Coordinate staffing and coverage, assign work and set priorities.
• Make security-based decisions using TSA procedures and judgment.
• Provide coaching, instruction, and feedback to staff.
• Coordinate with airport stakeholders and TSA leadership as required.

Connaissances

Supervision of staff

Staff coordination

Decision making

Coaching and feedback

Description du poste

Transportation Security Administration in Castalia, NC is seeking a Supervisory Transportation Security Officer to lead and coordinate screening operations at the airport. The role involves managing officers, making security-based decisions, and ensuring compliance with TSA procedures.

Applicants should have experience supervising transportation-security operations and guiding a team through shift changes, incidents, and operational adjustments. Flexibility for varying shifts is expected.