CT Radiologic Technologist: Precision Imaging & Patient Care

Mental Health Association of Rochester; Lewisville (TX); On-site; USD 60,000 - 85,000; Full time

Job summary

Mental Health Association of Rochester is seeking a CT Rad Technologist to support a radiology department using advanced CT technology to aid diagnostics and treatment planning. The role emphasizes safety, high imaging quality, and compassionate patient care in fast-paced clinical settings.

Key duties include operating CT equipment, preparing patients, ensuring documentation, and collaborating with clinical teams to support diagnosis and treatment planning, while maintaining rigorous radiation

Qualifications

• Credentialed/licensed radiologic technologist with CT capability.
• Strong knowledge of CT procedures, image acquisition, and patient positioning.
• Sound understanding of radiation protection and safety practices.
• Excellent patient care and communication skills.
• Ability to work effectively in fast-paced, clinical environments.

Responsibilities

• Operate CT imaging equipment to produce accurate diagnostic images.
• Assist with patient evaluation by preparing patients for CT procedures.
• Follow radiation safety protocols and maintain compliance with regulations.
• Work with clinical teams to support diagnosis and treatment planning.
• Ensure imaging quality and appropriate documentation.
• Provide compassionate care in emergency and other high-acuity settings.

Skills

CT procedures

Patient positioning

Radiation safety

Patient care

Communication

Fast-paced clinical environment

Job description

Mental Health Association of Rochester is seeking a CT Rad Technologist to support a radiology department using advanced CT technology to aid diagnostics and treatment planning. The role emphasizes safety, high imaging quality, and compassionate patient care in fast-paced clinical settings.

Key duties include operating CT equipment, preparing patients, ensuring documentation, and collaborating with clinical teams to support diagnosis and treatment planning, while maintaining rigorous radiation