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Course Criteria
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3.00 Credits
Nature and description of the structure of matter and energy. Radioactive decay schemes and interaction of photons and gamma radiation. Instrumentation involved in measurement of ionizing radiation, beam quality, and dose. Laboratory.
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3.00 Credits
Calibration techniques of photon, particulate, and electron beams. Percentage depth dose, tissue-air ratios, treatment planning, scatter functions, field flatness, and symmetry. Field shaping, arc therapy, and tissue inhomogeneities. Clinical dosimetric considerations. Laboratory.
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9.00 Credits
Practical application of the theoretical knowledge of dosimetry. Includes external beam-treatment planning, monitor-unit calculations, brachytherapy, and quality-assurance procedures as they pertain to dosimetry practice. Students integrated into the dosimetry and physics team, with opportunity to work with various kinds of treatments and treatment beams. Per week: 24 hours.
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8.00 Credits
Practical application of the theoretical knowledge of dosimetry. Includes external beam-treatment planning, monitor-unit calculations, brachytherapy, and quality-assurance procedures as they pertain to dosimetry practice. Students integrated into the dosimetry and physics team, with opportunity to work with various kinds of treatments and treatment beams. Per week: 24 hours.
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8.00 Credits
Practical application of the theoretical knowledge of dosimetry. Includes external beam-treatment planning, monitor-unit calculations, brachytherapy, and quality-assurance procedures as they pertain to dosimetry practice. Students integrated into the dosimetry and physics team, with opportunity to work with various kinds of treatments and treatment beams. Per week: 24 hours.
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8.00 Credits
Practical application of the theoretical knowledge of dosimetry. Includes external beam-treatment planning, monitor-unit calculations, brachytherapy, and quality-assurance procedures as they pertain to dosimetry practice. Students integrated into the dosimetry and physics team, with opportunity to work with various kinds of treatments and treatment beams. Per week: 24 hours.
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8.00 Credits
Practical application of the theoretical knowledge of dosimetry. Includes external beam-treatment planning, monitor-unit calculations, brachytherapy, and quality-assurance procedures as they pertain to dosimetry practice. Students integrated into the dosimetry and physics team, with opportunity to work with various kinds of treatments and treatment beams. Per week: 24 hours.
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10.00 Credits
Practical application of the theoretical knowledge of dosimetry. Includes external beam-treatment planning, monitor-unit calculations, brachytherapy, and quality-assurance procedures as they pertain to dosimetry practice. Students integrated into the dosimetry and physics team, with opportunity to work with various kinds of treatments and treatment beams. Per week: 30 hours.
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10.00 Credits
Practical application of the theoretical knowledge of dosimetry. Includes external beam-treatment planning, monitor-unit calculations, brachytherapy, and quality-assurance procedures as they pertain to dosimetry practice. Students integrated into the dosimetry and physics team, with opportunity to work with various kinds of treatments and treatment beams. Per week: 30 hours.
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10.00 Credits
Practical application of the theoretical knowledge of dosimetry. Includes external beam-treatment planning, monitor-unit calculations, brachytherapy, and quality-assurance procedures as they pertain to dosimetry practice. Students integrated into the dosimetry and physics team, with opportunity to work with various kinds of treatments and treatment beams. Per week: 30 hours.
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