Intelligent radiation dose monitoring

One or more non-transitory computer-readable media having executable instructions embodied thereon that, when executed by a processor of a computer device, perform a method, the method comprising:

• identifying a request to generate an exposure tracking graphical user interface (GUI) for a first clinician for a first exam;
• identifying whether a dosimeter for the first clinician is operational to access a dosimeter exposure value identified for the first exam;
• upon determining that the dosimeter is not operational, providing an alert to the first clinician that the dosimeter is not operational;
• identifying a variable dose value for the first exam, wherein the variable dose value is identified based on one or more of an output of the radiation system used for the first exam and an exposure value associated with one or more other personnel present during the first exam;
• identifying a net dose value, wherein the net dose value is a sum of the dosimeter value and the variable dose value;
• indicating a remaining exposure value based on an exposure threshold value and the net dose value;
• and
• generating the GUI including at least an indication of the remaining exposure value and at least one indication of a second exam the first clinician is eligible to perform based on the remaining exposure value.

A system for intelligent radiation dose exposure monitoring, the system comprising:

• one or more processors configured to:
• receive an indication to schedule a first clinician for a first exam;
• identify an estimated exposure associated with the first exam, wherein the estimated exposure for the first exam is based on one or more of a historical dose associated with the first exam and a historical dose associated with the first clinician for the first exam;
• identify a remaining exposure value for the first clinician, wherein the remaining exposure value is an amount of radiation exposure permitted prior to meeting or exceeding an exposure threshold value;
• determine that the remaining exposure value for the first clinician is less than the estimated exposure associated with the first exam;
• and
• generate an alert that the first clinician will exceed the exposure threshold value if scheduled to perform the first exam.