Weekend CT/X-Ray Multimodality Technologist – Night Shift

Baylor Scott & White Health; Cedar Park (TX); On-site; USD 55,000 - 72,000; Full time

Benefits offered by this job

Health benefits

401(k) match

Tuition reimbursement

PTO from Day 1

Career growth

Job summary

Baylor Scott & White Medical Center – Round Rock, TX is seeking a Multimodality Technologist – CT/X-Ray for the weekend night shift. This full-time role covers three 12-hour shifts (Fri–Sun, 7:00 PM–7:00 AM) and offers a Two-Day Alternative differential.

Under supervision of a Radiologist, you will perform CT and X-ray imaging, maintain equipment, ensure safety, document procedures, and support patients through exams.

Qualifications

• Graduate of an Accredited Radiologic Technology program.
• Currently certified/licensed in CT and MRT as required by Texas.
• Maintain BLS certification within 30 days of hire.

Responsibilities

• Perform CT and X-ray imaging according to protocols and standards.
• Position patients and set exposure factors and immobilization as needed.
• Follow radiation safety guidelines and monitor dose levels.
• Use iSTAT for point-of-care testing when required.
• Communicate procedures clearly to patients and families.
• Maintain equipment cleanliness and safety; assist with inventory.
• Document orders and patient history in appropriate systems.

Skills

CT Imaging

X-Ray Imaging

Radiation Safety

Patient Communication

iSTAT knowledge

Team Collaboration

Preceptor ability

Emergency response

Education

Accredited Radiologic Technology Program

BLS certification

Tools

ARRT CT Certification

ARRT (R) License

Job description

Baylor Scott & White Medical Center – Round Rock, TX is seeking a Multimodality Technologist – CT/X-Ray for the weekend night shift. This full-time role covers three 12-hour shifts (Fri–Sun, 7:00 PM–7:00 AM) and offers a Two-Day Alternative differential.

Under supervision of a Radiologist, you will perform CT and X-ray imaging, maintain equipment, ensure safety, document procedures, and support patients through exams.