Travel CT Tech in Brandon, FL

CT Tech
Location: Brandon, FL
Agency: Concentric Healthcare Staffing
Pay: Competitive weekly pay (inquire for details)
Contract Duration: 12 Weeks
Start Date: ASAP

About the Position

Job Title

Travel CT Technologist – Float Freestanding Emergency Department

Location

Brandon, Florida

Schedule / Job Type

Contract | Travel | 13-Week Assignment | Nights | Wednesday, Friday, Saturday | 7:00 PM – 7:30 AM | Projected Start: July 21, 2026

Key Responsibilities

• Perform CT imaging procedures across multiple freestanding emergency department locations on a float schedule
• Rotate between assigned facilities on scheduled shift days, with additional on-call availability required (approximately 2 days per month) at any designated location
• Operate and maintain CT equipment in accordance with facility protocols and safety standards
• Collaborate with emergency department clinical staff to ensure timely and accurate imaging services
• Adhere to facility scheduling policy, including rotation for every other weekend and holidays alongside permanent staff

Required Qualifications

• Minimum 1 year of CT Technologist experience
• Current ARRT certification in Radiography and/or CT
• Active state licensure or eligibility to work as a CT Technologist in Florida
• Ability to float between multiple freestanding emergency department locations as scheduled
• Availability for on-call shifts and holiday rotation as required by facility policy

Preferred Experience / Skills

• Prior experience working in an emergency department or fast-paced acute care imaging environment
• Experience as a travel technologist with demonstrated ability to adapt quickly to new facility workflows
• Familiarity with high-volume CT scanning in an ER setting

Why Join Us

• Opportunity to gain diverse clinical experience across multiple freestanding emergency department locations within a large regional healthcare system
• Consistent scheduling with a defined float rotation, offering variety and professional growth in a dynamic imaging environment