CT Technologist: $10K Sign-On Bonus & Advanced Imaging

Baylor Surgical Hospital at Fort Worth (10803); Richland Hills (TX); On-site; USD 60,000 - 80,000; Full time

Benefits offered by this job

Medical coverage

Dental coverage

Vision coverage

Prescription coverage

Life insurance

AD&D coverage

Disability insurance (short/long)

FSAs and HSAs

401(k) retirement plan

Paid holidays

Paid vacation

Job summary

Baylor Scott & White Surgical Hospital Fort Worth is hiring a Full Time CT Technologist. A $10,000 sign-on bonus is available. The facility features advanced imaging and a partnership network, offering diverse cases and growth opportunities in a high-performance environment.

Requirements include ARRT CT certification, MRT license, and BLS. Join a team across multiple surgical specialties and contribute to high-quality patient imaging and safety protocols.

Qualifications

• High School diploma or equivalent.
• Graduate of AMA-approved school of Radiologic Technology.
• ARRT RT(CT) certification and MRT General License.
• BLS certification.

Responsibilities

• Operate CT and X-ray equipment and prepare exam room, equipment, supplies, and medications.
• Provide excellent patient care in assigned area.
• Follow radiation safety procedures on all exams.
• Perform QC checks and maintain QC logs/service records.
• Document imaging results and ensure accuracy of examinations.
• Take emergency call as assigned.

Skills

Patient care

Safety procedures

Radiologic imaging

Education

High School diploma or equivalent

AMA-approved school of Radiologic Technology

Tools

ARRT CT certification

MRT General License

BLS certification

Job description

Baylor Scott & White Surgical Hospital Fort Worth is hiring a Full Time CT Technologist. A $10,000 sign-on bonus is available. The facility features advanced imaging and a partnership network, offering diverse cases and growth opportunities in a high-performance environment.

Requirements include ARRT CT certification, MRT license, and BLS. Join a team across multiple surgical specialties and contribute to high-quality patient imaging and safety protocols.