Lead Diagnostic Radiologic Technologist (MR)

About the role

The Lead Diagnostic Radiologic Technologist (MR) is located within the Imaging Services at the Birmingham VA Health Care System. This position has the overall responsibility for the coordination - safety - and performance of the MRI areas.

Responsibilities

• Direct, assist, oversee, plan, and develop activities for MRI area at BVAMC as well as other staff (MRI) technologist duties.
• Assure optimum patient care, quality control, and the economically efficient performance of all activities under his/her supervision.
• Possess the ability to direct, assign, oversee, and support multiple staff members and when appropriate - inform the Chief Technologist of any incident or situation that could warrant possible disciplinary actions.
• Work closely with the technologist, radiologists, clinicians, and clerical staff to assure optimum patient care is understood to be the primary goal of the MRI area and that there is a high-quality diagnostic exam done with a positive patient satisfaction.
• Operate independently and without direct supervision as the technologist responsible for the coordination and performance of all diagnostic radiology MRI exams and MR guided biopsy procedures.
• Perform hands-on technical duties, including scanning of patients, especially with difficult patients, complex exams, or with less experienced technologists.
• Monitor workflow efficiency while dealing with any patient's issues as they might arise.
• Assign daily duties or assignments to all staff MRI technologists such as patient prep, screening, and scanning.
• Work with radiologists by gathering data and assist in protocoling studies, performing quality control checks on studies prior to dismissing the patients, and assisting radiologists with complex post-processing and gathering data to assist with reporting.
• Notify referring physicians of critical results and work with radiologists to develop and implement SOPs and assure compliance in the various technical areas.
• Participate in the scanning of patients, especially with difficult patients, complex exams, or with less experienced technologists.
• Work with the MRSO for training staff MR technologists on all safety protocols.

  Requirements

  • Experience: At least one year of experience equivalent to the next lower grade level directly related to the position being filled that demonstrates the clinical competencies described at that level.
  • Ability to balance the needs of patients and staff while still performing complex scans and procedures.
  • Absorb and apply new information quickly.
  • Assess factors that may contraindicate the procedure.
  • Knowledge of basic first aid and basic life support practices related to radiography.
  • Knowledge of physical assessment, aseptic techniques, intravenous methods and techniques, and universal precautions.
  • Knowledge of pre-procedural, procedural, and post-procedural care of patients.
  • Knowledge of radiation protection standards, devices, and techniques, including concepts of accumulated dosage, dose monitoring, and genetic changes.
  • Knowledge of advanced imaging software that supports complex imaging programs and recognize changes in equipment and procedures that might result in increased exposures and ability to recommend methods to prevent such exposures.
  • Knowledge of basic physics including concepts of energy, electric power, magnetic fields, and properties of x-ray, to understand the operation of the equipment.
  • Skill in positioning of patients for a wide variety of highly complex imaging (CT, MRI, IR, ultrasound, mammography) studies.
  • Knowledge of basic physics including concepts of energy, electric power, magnetic fields, and properties of x-ray, to understand the operation of the equipment.
  • Knowledge and skill in positioning of patients for a wide variety of highly complex imaging (CT, MRI, IR, ultrasound, mammography) studies.
  • Knowledge of basic physics including concepts of energy, electric power, magnetic fields, and properties of x-ray, to understand the operation of the equipment.
  • Knowledge and skill in positioning of patients for a wide variety of highly complex imaging (CT, MRI, IR, ultrasound, mammography) studies.
  • Knowledge of basic physics including concepts of energy, electric power, magnetic fields, and properties of x-ray, to understand the operation of the equipment.
  • Knowledge and skill in positioning of patients for a wide variety of highly complex imaging (CT, MRI, IR, ultrasound, mammography) studies.
  • Knowledge of basic physics including concepts of energy, electric power, magnetic fields, and properties of x-ray, to understand the operation of the equipment.
  • Knowledge and skill in positioning of patients for a wide variety of highly complex imaging (CT, MRI, IR, ultrasound, mammography) studies.
  • Knowledge of basic physics including concepts of energy, electric power, magnetic fields, and properties of x-ray, to understand the operation of the equipment.
  • Knowledge and skill in positioning of patients for a wide variety of highly complex imaging (CT, MRI, IR, ultrasound, mammography) studies.
  • Knowledge of basic physics including concepts of energy, electric power, magnetic fields, and properties of x-ray, to understand the operation of the equipment.
  • Knowledge and skill in positioning of patients for a wide variety of highly complex imaging (CT, MRI, IR, ultrasound, mammography) studies.
  • Knowledge of basic physics including concepts of energy, electric power, magnetic fields, and properties of x-ray, to understand the operation of the equipment.
  • Knowledge and skill in positioning of patients for a wide variety of highly complex imaging (CT, MRI, IR, ultrasound, mammography) studies.
  • Knowledge of basic physics including concepts of energy, electric power, magnetic fields, and properties of x-ray, to understand the operation of the equipment.
  • Knowledge and skill in positioning of patients for a wide variety of highly complex imaging (CT, MRI, IR, ultrasound, mammography) studies.
  • Knowledge of basic physics including concepts of energy, electric power, magnetic fields, and properties of x-ray, to understand the operation of the equipment.
  • Knowledge and skill in positioning of patients for a wide variety of highly complex imaging (CT, MRI, IR, ultrasound, mammography) studies.
  • Knowledge of basic physics including concepts of energy, electric power, magnetic fields, and properties of x-ray, to understand the operation of the equipment.
  • Knowledge and skill in positioning of patients for a wide variety of highly complex imaging (CT, MRI, IR, ultrasound, mammography) studies.
  • Knowledge of basic physics including concepts of energy, electric power, magnetic fields, and properties of x-ray, to understand the operation of the equipment.
  • Knowledge and skill in positioning of patients for a wide variety of highly complex imaging (CT, MRI, IR, ultrasound, mammography) studies.
  • Knowledge of basic physics including concepts of energy, electric power, magnetic fields, and properties of x-ray, to understand the operation of the equipment.
  • Knowledge and skill in positioning of patients for a wide variety of highly complex imaging (CT, MRI, IR, ultrasound, mammography) studies.
  • Knowledge of basic physics including concepts of energy, electric power, magnetic fields, and properties of x-ray, to understand the operation of the equipment.
  • Knowledge and skill in positioning of patients for a wide variety of highly complex imaging (CT, MRI, IR, ultrasound, mammography) studies.
  • Knowledge of basic physics including concepts of energy, electric power, magnetic fields, and properties of x-ray, to understand the operation of the equipment.
  • Knowledge and skill in positioning of patients for a wide variety of highly complex imaging (CT, MRI, IR, ultrasound, mammography) studies.
  • Knowledge of basic physics including concepts of energy, electric power, magnetic fields, and properties of x-ray, to understand the operation of the equipment.
  • Knowledge and skill in positioning of patients for a wide variety of highly complex imaging (CT, MRI, IR, ultrasound, mammography) studies.
  • Knowledge of basic physics including concepts of energy, electric power, magnetic fields, and properties of x-ray, to understand the operation of the equipment.
  • Knowledge and skill in positioning of patients for a wide variety of highly complex imaging (CT, MRI, IR, ultrasound, mammography) studies.
  • Knowledge of basic physics including concepts of energy, electric power, magnetic fields, and properties of x-ray, to understand the operation of the equipment.
  • Knowledge and skill in positioning of patients for a wide variety of highly complex imaging (CT, MRI, IR, ultrasound, mammography) studies.
  • Knowledge of basic physics including concepts of energy, electric power, magnetic fields, and properties of x-ray, to understand the operation of the equipment.
  • Knowledge and skill in positioning of patients for a wide variety of highly complex imaging (CT, MRI, IR, ultrasound, mammography) studies.
  • Knowledge of basic physics including concepts of energy, electric power, magnetic fields, and properties of x-ray, to understand the operation of the equipment.
  • Knowledge and skill in positioning of patients for a wide variety of highly complex imaging (CT, MRI, IR, ultrasound, mammography) studies.
  • Knowledge of basic physics including concepts of energy, electric power, magnetic fields, and properties of x-ray, to understand the operation of the equipment.
  • Knowledge and skill in positioning of patients for a wide variety of highly complex imaging (CT, MRI, IR, ultrasound, mammography) studies.
  • Knowledge of basic physics including concepts of energy, electric power, magnetic fields, and properties of x-ray, to understand the operation of the equipment.
  • Knowledge and skill in positioning of patients for a wide variety of highly complex imaging (CT, MRI, IR, ultrasound, mammography) studies.
  • Knowledge of basic physics including concepts of energy, electric power, magnetic fields, and properties of x-ray, to understand the operation of the equipment.
  • Knowledge and skill in positioning of patients for a wide variety of highly complex imaging (CT, MRI, IR, ultrasound, mammography) studies.
  • Knowledge of basic physics including concepts of energy, electric power, magnetic fields, and properties of x-ray, to understand the operation of the equipment.
  • Knowledge and skill in positioning of patients for a wide variety of highly complex imaging (CT, MRI, IR, ultrasound, mammography) studies.
  • Knowledge of basic physics including concepts of energy, electric power, magnetic fields, and properties of x-ray, to understand the operation of the equipment.
  • Knowledge and skill in positioning of patients for a wide variety of highly complex imaging (CT, MRI, IR, ultrasound, mammography) studies.
  • Knowledge of basic physics including concepts of energy, electric power, magnetic fields, and properties of xray, to understand the operation of the equipment.
  • Knowledge and skill in positioning of patients for a wide variety of highly complex imaging (CT, MRI, IR, ultrasound, mammography) studies.
  • Knowledge of basic physics including concepts of energy, electric power, magnetic fields, and properties of x-ray, to understand the operation of the equipment.
  • Knowledge and skill in positioning of patients for a wide variety of highly complex imaging (CT, MRI, IR, ultrasound, mammography) studies.
  • Knowledge of basic physics including concepts of energy, electric power, magnetic fields, and properties of x-ray, to understand the operation of the equipment.
  • Knowledge and skill in positioning of patients for a wide variety of highly complex imaging (CT, MRI, IR, ultrasound, mammography) studies.
  • Knowledge of basic physics including concepts of energy, electric power, magnetic fields, and properties of x-ray, to understand the operation of the equipment.
  • Knowledge and skill in positioning of patients for a wide variety of highly complex imaging (CT, MRI, IR, ultrasound, mammography) studies.
  • Knowledge of basic physics including concepts of energy, electric power, magnetic fields, and properties of x-ray, to understand the operation of the equipment.
  • Knowledge and skill in positioning of patients for a wide variety of highly complex imaging (CT, MRI, IR, ultrasound, mammography) studies.
  • Knowledge of basic physics including concepts of energy, electric power, magnetic fields, and properties of x-ray, to understand the operation of the equipment.
  • Knowledge and skill in positioning of patients for a wide variety of highly complex imaging (CT, MRI, IR, ultrasound, mammography) studies.
  • Knowledge of basic physics including concepts of energy, electric power, magnetic fields, and properties of x-ray, to understand the operation of the equipment.
  • Knowledge and skill in positioning of patients for a