MasterLink Training - Herzing University

Medical Technology Management InstituteSeminars and Cross-Training3D/2D Linac Beam Scanning Hands-On WorkshopDefining the two- and three-dimensional attenuation profilesof radiation beams from a medical linear accelerator (Linac) isextremely important to the accurate delivery of radiation dosedistributions for the treatment of cancer. These data are usuallycollected upon commissioning of a Linac and after replacementof certain major parts. Data must be collected for all beamenergies and beam types for which the machine will be used,including multiple photon and electron energies, multi-leafcollimators, small fields, and any beam-shaping accessoriesthat may be used. Proper procedures for collecting thesedata have been defined in task group report 106 from theAmerican Association of Physicists in Medicine. This workshopwill provide a training opportunity for medical physicistsfollowing recommendations of the TG106 report. Beamscanningsystems from multiple vendors will be used in thetraining. Hands-on demonstrations of 3D and 2D beam datacollection will be done on linacs from several different vendors.Analysis and preparation of beam data for transfer to fivedifferent treatment planning systems will be demonstrated ina laboratory format.Who Should Attend: This hands-on workshop is for medicalphysicists interested in training on the collection of linacbeam data following TG106-recommended procedures andpreparation of beam data for treatment planning.• Course Code: MTMI 0040• Contact Hours: 20.0• Course Length: 3 days• Prerequisite: NoneAnnual Mammography Update for PhysicistsMammography continues to be the most effective line of defenseagainst breast cancer. Survival is significantly enhanced by theearly detection and treatment of malignant breast lesions. TheMammography Quality Standards Act (MQSA) was enacted toensure high-quality mammography by all facilities offering thisservice. Medical physicists play an important role in assistingfacilities in complying with these regulations. We are pleasedto have Penny Butler, Senior Director of Breast ImagingAccreditation at the ACR, serve on our faculty this year. Shewill have the latest updates on ACR accreditation and give usthe status of efforts to develop coordinated testing proceduresfor all FFDM equipment. Also, this years’ program places moreemphasis on digital mammography—we will review currenttesting procedures and requirements and update participantswith the latest state-of-the-art technology in the field.Attendance at this seminar will meet the MQSA continuingeducation requirements for medical physicists in digital andfilm-screen mammography. Three hours on stereotactic breastbiopsy is also included.Who Should Attend: This seminar is for medical physicistswanting to review and learn more about the technicalaspects of mammography as well as obtain the continuingeducation credits required by the MQSA regulations and ACRmammography facility accreditation. It is also appropriatefor state and federal mammography facility inspectors,medical physics assistants, medical physics students, residentsand fellows, biomedical engineers, vendor personnel,experienced technologists, and others interested in the physicsof mammography.• Course Code: MTMI 0001• Contact Hours: 15.0• Course Length: 2 days• Prerequisite: NoneAnnual State-of-the-ArtVascular Ultrasound SeminarUltrasound is a valuable tool for diagnosing vascularabnormalities. The technology continues to be refined to expandits applications. A very experienced and knowledgeable facultywill address areas of appropriate utilization for this imagingtechnique. Practical applications, scanning techniques, anddiagnostic interpretation will be stressed, with faculty-audiencediscussion encouraged throughout the seminar. This stimulatingand convenient two-day program always receives high marksand will update your skills in this important diagnostic area.Who Should Attend: This program is designed for radiologists,vascular surgeons, physicians, residents, fellows, sonographers,and other healthcare professionals wanting to enhance theirskills in vascular ultrasound.• Course Code: MTMI 0002• Contact Hours: 12.0• Course Length: 1.5 days• Prerequisite: NoneBone Densitometry Training Coursefor Technologists (2.5 Day)This 2½-day course is a comprehensive review of the roleof bone densitometry in the diagnosis and treatment ofosteoporosis. The course will cover the technology, clinicalapplications, interpretation of results, clinical procedures,handling of problem cases, safety, quality assurance, and theestablishment and operation of a bone densitometry service. ASummer 2012• 95Visit our website at www.herzing.edu