Remote Radiology Tech Jobs in Utah (NOW HIRING)

As of Jul 17, 2026, the average hourly pay for remote radiology tech in Utah is $41.97, according to ZipRecruiter salary data. Most workers in this role earn between $28.65 and $52.50 per hour, depending on experience, location, and employer.

A virtual radiologist typically earns between $250,000 and $400,000 annually, depending on experience, location, and workload. They interpret medical images remotely using specialized PACS software and often work flexible hours or on a contract basis.

Radiologic technologists specializing in MRI generally earn higher salaries than those focusing on CT scans, partly due to the specialized training and equipment involved. Salary differences can vary based on experience, certifications, and geographic location, but MRI techs tend to have a higher earning potential overall.

A radiology technician degree can open opportunities in various healthcare settings, including MRI, CT, and ultrasound imaging, as well as positions in radiology administration or education. Additional certifications in specialized imaging techniques can expand career options, and some radiology techs advance into supervisory or training roles within medical imaging departments.

Radiologic technologists typically cannot work from home because their job requires performing imaging procedures such as X-rays, CT scans, and MRIs in clinical settings. However, some roles involving image analysis, reporting, or telehealth consultations may allow remote work with proper secure access to medical data and equipment. Certification and adherence to safety protocols are essential in this field.

Remote Radiology Techs often face challenges related to limited direct patient interaction and the need to coordinate care remotely. Effective communication with on-site medical teams is essential to ensure imaging quality and patient safety. Additionally, adapting to various hospital information systems and troubleshooting technical issues are part of the daily routine. Building strong virtual collaboration skills and staying updated with remote imaging technology can help address these challenges and contribute to a smooth workflow.

Aspect	Remote Radiology Tech	Remote MRI Technologist
Certifications	ARRT Radiography, Computed Tomography (CT) certifications	ARRT MRI certification
Work Environment	Hospitals, imaging centers, remote teleradiology services	Hospitals, imaging clinics, remote MRI reading services
Job Duties	Performing X-rays, CT scans, and other radiologic procedures	Operating MRI machines, capturing MRI images for diagnosis

Remote Radiology Techs and Remote MRI Technologists both work in diagnostic imaging, often remotely, and require ARRT certifications. The main difference lies in the imaging modality: radiology techs handle X-rays and CT scans, while MRI technologists specialize in MRI imaging. Both roles serve similar healthcare environments but focus on different imaging techniques.

To thrive as a Remote Radiology Tech, you need a solid understanding of radiologic imaging procedures, anatomy, and safety protocols, supported by an accredited radiologic technologist certification (such as ARRT) and state licensure. Familiarity with digital imaging systems like PACS, telehealth platforms, and secure data transmission tools is crucial. Excellent attention to detail, problem-solving abilities, and strong communication skills help you collaborate effectively with remote healthcare teams and patients. Mastery of these skills ensures high-quality diagnostic imaging, patient safety, and efficient remote workflow management.

A Remote Radiology Tech is a healthcare professional who operates radiologic imaging equipment, such as X-ray or CT machines, from a location separate from where the patient is physically present. They work with on-site staff to capture high-quality medical images used for diagnosis and treatment. These techs may assist with image acquisition, quality assurance, and transmission of images to radiologists for interpretation. Remote Radiology Techs help expand access to diagnostic imaging services, especially in underserved or rural areas, through telemedicine technology.