Travel CT Technologist - 13-Week, Weekly Pay & Housing

MedPro Healthcare Staffing; Enid (OK); On-site; USD 70,000 - 100,000; Full time

Benefits offered by this job

Weekly pay and direct deposit

Housing allowance / private housing

Group health insurance for you and/fam

Company-paid life and disability

401(k) matching

Travel reimbursement

Unlimited referral bonuses up to $1,0

Job summary

MedPro Healthcare Allied Staffing is seeking a travel CT Technologist for a travel assignment in Enid, Oklahoma. This 13-week contract features a 36-hour work week with 12-hour day shifts and travel compensation.

The successful candidate will hold ARRT (CT) or ASRT certification and have 18 months of CT tech experience in a healthcare setting. Responsibilities include operating CT equipment, assisting radiologists, managing contrast administration, and ensuring accurate image capture and patient

Qualifications

• Eighteen months prior experience in a health care setting as a CT Tech
• ARRT (CT) or ASRT certification
• Most states require licensure
• Ability to work independently as well as in a team environment

Responsibilities

• Position CT technologists operate CT equipment to produce cross-sectional images used for diagnosis.
• Position patients for CT scans with proper immobilization and protection.
• Assist radiologist with imaging procedures, IVs, and contrast administration if applicable.
• Dispense oral contrast and label images for proper documentation.
• Ensure high image quality and proper scheduling and clerical support as needed.

Job description

MedPro Healthcare Allied Staffing is seeking a travel CT Technologist for a travel assignment in Enid, Oklahoma. This 13-week contract features a 36-hour work week with 12-hour day shifts and travel compensation.

The successful candidate will hold ARRT (CT) or ASRT certification and have 18 months of CT tech experience in a healthcare setting. Responsibilities include operating CT equipment, assisting radiologists, managing contrast administration, and ensuring accurate image capture and patient