This course will give an overview of the radiation treatment planning process for a Breast radiation therapy treatment. We will use 3D treatment planning techniques setup tangential field arrangements and use field in field planning. We will also walk through some of the fundamentals of planning and evaluate the plan's dose distribution.

This course will give an overview of the radiation treatment planning process for a C-Spine radiation therapy treatment. We will use 3D treatment planning techniques and compare a Lateral Opposed fields with modifications using couch kicks and work with wedges. We will also walk through some of the fundamentals of planning techniques and evaluate the plan's dose distribution.

This course will give an overview of the radiation treatment planning process for a Chestwall radiation therapy treatment. We will use 3D treatment planning techniques setup tangential field arrangements and use field in field planning. In addition we'll place a mono-isocentric isocenter and treat the Supraclav. We will also walk through some of the fundamentals of planning and evaluate the plan's dose distribution.

This course will give an overview of the radiation treatment planning process for an esophagus radiation therapy treatment. We will use 3D treatment planning techniques with multiple beam arrangement and conformal arc techniques to smooth out our dose distribution. We will also walk through some of the fundamentals of 3D treatment planning and we'll evaluate the plan's dose distribution.

This course will give an overview of the radiation treatment planning process for a Hip radiation therapy treatment. We will use 3D treatment planning techniques and compare an AP/PA beam arrangement with possible use of a wedge. We will also walk through some of the fundamentals of planning techniques and evaluate the plans dose distribution.

This course will give an overview of the radiation treatment planning process for a humerus bone radiation therapy treatment. We will use 3D treatment planning techniques an APPA field arrangement and compare the use of wedges vs field in field planning. We will also walk through some of the fundamentals of planning techniques and evaluate the plan's dose distribution.

This course will give an overview of the radiation treatment planning process for a lung radiation therapy treatment. We will use 3D treatment planning techniques with multiple beam arrangement and use wedges & Field in Field to smooth out our dose distribution. We will also walk through some of the fundamentals of 3D treatment planning and we'll evaluate the plan's dose distribution.

This course will give an overview of the radiation treatment planning process for a prone rectum radiation therapy treatment. We will use 3D treatment planning techniques with multi-field arrangement and compare the use of wedges vs field in field planning. We will also walk through some of the fundamentals of planning techniques and evaluate the plan's dose distribution.

This course will give an overview of the radiation treatment planning process for a prostate pelvis radiation therapy treatment. We will use 3D treatment planning techniques with multi-field arrangement and create our first multi course plan (Initial + Boost). We will also walk through some of the fundamentals of planning techniques and evaluate the plan's dose distribution.

This course will give an overview of the radiation treatment planning process for a T-spine radiation therapy treatment. We will use 3D treatment planning techniques and compare an AP/PA beam arrangement with a 3-field wedge pair. We will also walk through some of the fundamentals of We'll evaluate the plans dose distribution and explore some planning options.

This course will give an overview of the radiation treatment planning process for a True Vocal Cord radiation therapy treatment. We will use 3D treatment planning techniques and compare a Lateral Opposed fields with multi field beam arrangements and work with wedges. We will also walk through some of the fundamentals of planning techniques and evaluate the plan's dose distribution.

This course will give an overview of the radiation planning process for a whole brain radiation therapy treatment. We will use 3D treatment planning techniques and a simple lateral opposed beam arrangements. We'll evaluate the plans dose distribution and explore some planning options.

This course will give an overview of the radiation treatment planning process for a T-spine radiation therapy treatment. We will use 3D treatment planning techniques and compare an AP/PA beam arrangement with a 3-field wedge pair. We will also walk through some of the fundamentals of We'll evaluate the plans dose distribution and explore some planning options.

This course will give an overview of the radiation planning process for a whole brain radiation therapy treatment. We will use 3D treatment planning techniques and a simple lateral opposed beam arrangements. We'll evaluate the plans dose distribution and explore some planning options.

This course will give an overview of the radiation treatment planning process for a T-spine radiation therapy treatment. We will use 3D treatment planning techniques and compare an AP/PA beam arrangement with a 3-field wedge pair. We will also walk through some of the fundamentals of We'll evaluate the plans dose distribution and explore some planning options.

This course will give an overview of the radiation planning process for a whole brain radiation therapy treatment. We will use 3D treatment planning techniques and a simple lateral opposed beam arrangements. We'll evaluate the plans dose distribution and explore some planning options.

ARRT Exam: The primary purpose of ARRT examinations is to assess the knowledge and cognitive skills that entry-level technologists typically need to perform their jobs. Our content specifications identify the topics our exams cover. We only include topics in our content specifications if they’re directly related to one or more activities on the task inventory.

CMD Exam: The primary purpose of CMD examinations is to assess the knowledge and cognitive skills that entry-level technologists typically need to perform their jobs. Our content specifications identify the topics our exams cover. We only include topics in our content specifications if they’re directly related to one or more activities on the task inventory.