Bachelor of Applied Science (Medical Radiation Technology/Medical Imaging Technology) - Queensland University of TechnologyTEL: 0207 193 7932
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| QTAC code: | | 418182 | | | Domestic entry: | | February | | | Past OP cut-off: | | 4 | | | Past rank cut-off: | | 94 | | | Assumed knowledge: | | English (4, SA), Maths B (4, SA) and Physics (4, SA) | | | Preparatory studies: | | MATHS: QUT unit Preparatory Mathematics as a visiting student or QUT Continuing Professional Education course Mathematics Bridging. PHYSICS: QUT unit Introductory Physics 1H as a visiting student or QUT Continuing Professional Education course Physics Bridging. ENGLISH: Successful completion of a year of full-time vocational or tertiary study. | | | CRICOS code: | | 037588F | | | International fees: | | 2009: $10,250 (indicative) per semester (per semester, subject to annual review) | | | International entry: | | February | | | Course duration (full-time): | | 3 Years | | | Total credit points: | | 288 | | | Standard credit points/full-time semester: | | 48 | | | Campus: | | Gardens Point | |
Career Opportunities After graduating from the Medical Imaging Technology major, you may be employed as a medical imaging technologist or diagnostic radiographer. As a radiographer you will play a key role within the health care industry by providing referring medical practitioners with additional diagnostic information to assist in patient management and treatment. You may become a team member in a radiology department in a hospital, private radiology practice or health department, or you may be employed in medical equipment sales. OP Guarantee The OP Guarantee does not apply to this program. Other Majors See also the separate entry for the following major in this course: Bachelor of Applied Science - Medical Radiation Technology (Radiotherapy Technology). Special Requirements Students are required to undertake clinical experience in hospital departments and private practices during the course and, as a result, will have direct patient contact during their clinical placement, and may be exposed to blood and body fluids of patients. Students must be vaccinated for Hepatitis B and must provide a post-vaccination pathological report or similar certification showing proof of immunity, prior to undertaking their first clinical placement. CPR certification is also required to undertake clinical placements. Other Course Requirements Students in this course should satisfy criteria related to health status. Students must declare height, physical disabilities, treatment of nervous condition and/or drug/alcohol disorder, and a current immunisation status (specifically Hepatitis B) as part of the online enrolment process. Professional Recognition On graduation, students will be eligible for provisional accreditation by the Australian Institute of Radiography. Full membership requires the completion of an additional professional development year of clinical experience.
The Medical Radiation Technologists Board of Queensland (MRTBQ) has introduced English language proficiency requirements for applicants for whom English is not the primary language who wish to be registered in Queensland.
The Australian Institute of Radiography (AIR) has specific language requirements for international students seeking accreditation in Australia. Why Choose this Course? QUT is the only university to offer a Medical Imaging Technology degree in Queensland. Excellent employment prospects can be expected as QUT works closely with the health industry to ensure that the number of graduates is in line with industry demand. In recent years, over 95 per cent of graduates have been employed within four months of graduation.
This course is designed in consultation with clinical staff from radiology departments, so you'll gain advanced knowledge of new diagnostic techniques and equipment used in the workplace. QUT's well equipped X-ray laboratories allow you to graduate with experience using equipment and techniques similar to those used in industry. Clinical placements in hospitals and private practices provide an opportunity to use your skills in a real workplace. Course Structure
| Code | Title | | Year 1, Semester 1 | | LSB145 | Anatomy 1 | | PCB007 | Patient Care in Professional Practice | | PCB107 | Physics and Quantitative Techniques | | PCB178 | Principles of Medical Radiations | | Year 1, Semester 2 | | LSB245 | Anatomy 2 and Introductory Pathology | | PCB272 | Radiation Physics | | PCB276 | General Radiography 1 | | PCB277 | Radiographic Practice | | Year 2, Semester 1 | | LSB321 | Systematic Pathology | | LSB345 | Regional & Imaging Anatomy 1 | | PCB375-1 | Radiographic Equipment | | PCB377 | General Radiography 2 | | PCB379 | Clinical Radiography 1 | | Year 2, Semester 2 | | LSB445 | Regional and Imaging Anatomy 2 | | PCB375-2 | Radiographic Equipment | | PCB476 | Special Procedures | | PCB477 | Complementary Imaging Techniques | | PCB479 | Clinical Radiography 2 | | Year 3, Semester 1 | | PCB567 | Advanced Radiographic Technique 1 | | PCB580-1 | Clinical Radiography 3 | | PCB593 | Digital Image Processing | | PCB672-1 | Project | | PCB681 | Computed Tomography Imaging | | Year 3, Semester 2 | | PCB580-2 | Clinical Radiography 3 | | PCB667 | Advanced Radiographic Technique 2 | | PCB672-2 | Project | | PCB675 | Radiation Safety and Biology | | PCB682 | Magnetic Resonance Imaging | Potential careers Medical Imaging Technologist Radiographer
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