MRI Technologist - Remote Scanning

Capitol Imaging Services•Houston, TX

6d•Onsite

About The Position

Capitol Imaging Services is seeking a compassionate MRI Technologist to perform remote scanning from one of the company’s facilities. The role performs high-quality MRI procedures in an outpatient setting while ensuring patient safety, comfort, and compliance with established imaging protocols. It requires technical expertise, strong communication skills, and a commitment to patient-centered care. The part-time schedule covers evenings from 5:00 p.m. to 9:00 p.m. and two Saturdays per month from 8:00 a.m. to 4:00 p.m.

Requirements

Associate or bachelor’s degree in Radiologic Technology or equivalent.
Graduation from an accredited Radiologic Technologist or MRI program.
Current ARRT (MR) certification or eligibility required.
Active state licensure, if applicable.
BLS (Basic Life Support) certification required.
Knowledge of MRI safety standards, protocols, and equipment operation required.

Nice To Haves

ARRT (R) certification preferred.
One to two years of MRI experience preferred; new graduates with strong clinical training will be considered.

Responsibilities

Operate MRI scanners to produce diagnostic images for radiologists to interpret.
Verify patient identification, review exam requisitions, and confirm appropriate imaging protocols.
Prepare and position patients for MRI exams, ensuring their safety and comfort.
Administer contrast agents according to physician orders and institutional protocols.
Monitor patients during scans for adverse reactions or discomfort.
Maintain detailed procedure and patient records in the PACS/RIS system.
Follow MRI safety policies, including screening patients, staff, and visitors for contraindications.
Inspect equipment regularly and promptly report technical issues.
Collaborate with radiologists, technologists, and other healthcare professionals to ensure accurate, timely imaging results.
Participate in continuing education to maintain certification and stay current with imaging technology advancements.