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2006 Course Handbook

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Bachelor of Medical & Radiation Physics Advanced (Honours)

Overview / Course Aims

The Bachelor of Medical and Radiation Physics Advanced (Honours) degree is designed to produce graduates with a strong background in physics and with the specialist skills in Medical Radiation Physics necessary to find employment in hospitals, research or industry.

Students will gain knowledge in areas relating to nuclear medicine, radiation physics, detector and instrumentation physics and data analysis.  Graduates working in the area require both a theoretical background and practical skills in physics, with an emphasis on advanced knowledge and practice in specialist areas applicable to medical physics.

Professional medical physicists from major hospitals in the State will deliver key lectures and practical work as well as co-supervising thesis work.  Students will find that they will move easily into employment and/or postgraduate work in this specialised area.

Course Requirements

All students must complete the required number of credit points and satisfy all course requirements for the degree – refer to course structure below.  The Bachelor of Medical and Radiation Physics Advanced (Honours) normally takes four years to complete.  All students must take particular notice of the Course Rules regarding minimum rate of progress.

The formal contact hours, methods of teaching and learning and forms of assessment vary from subject to subject.  Details will be provided to students at the commencement of each subject by the subject coordinator.  Students should attend all classes including lectures, tutorials and laboratory classes.

Honours

This four-year degree will be awarded at either Pass or Honours level, depending on the student's performance throughout the degree.

Professional Recognition

The Bachelor of Medical and Radiation Physics Advanced (Honours) degree conforms to the requirements for membership of the Australian Institute of Physics.

Further Studies Options

Graduates can apply for entry to the Master of Science – Research or PhD.

Career Opportunities

Opportunities exist as medical physicists, researchers, occupational health and safety work and in radiation research and development.

Course Program

Subjects   Sessions Credit Points
Year 1
BMS101 Systemic Anatomy Autumn 6
MATH187 Mathematics 1A Part 1 Autumn 6
PHYS141 Fundamental Physics A Autumn 6
BMS112 Human Physiology 1: Principles and Systems Spring 6
MATH188 Mathematics 1A Part 2 Spring 6
PHYS142 Fundamental Physics B Spring 6
plus 2 Electives (6cp each)   12
Year 2
MATH201 Multivariate and Vector Calculus Autumn 6
MATH253 Linear Algebra Autumn 4
or
MATH203 Linear Algebra Autumn 6
PHYS205 Advanced Modern Physics Autumn 6
PHYS235 Mechanics and Thermodynamics Autumn 6
MATH291 Differential Equations Spring 3
PHYS215 Vibrations, Waves and Optics Spring 6
PHYS225 Electromagnetism and Optoelectronics Spring 6
PHYS255 Radiation Physics Spring 6
plus 1 Elective if needed   6
or (highly recommended)    
MATH203 Complex Variables Spring 4
Year 3
PHYS305 Quantum Mechanics Autumn 6
PHYS325 Electromagnetism Autumn 6
PHYS365 Detection of Radiation: Neutrons, Electrons and X-Rays Autumn 6
PHYS366 Physics of Radiotheraphy Autumn 6
PHYS375 Nuclear Physics Spring 6
PHYS385 Statistical Mechanics Spring 6
PHYS396 Electronic Materials Spring 6
plus 1 Elective   6
Year 4 - Annual
PHYS451 Nuclear Medicine Annual 8
PHYS452 Medical Imaging Annual 8
PHYS457 Research Project Annual 24
PHYS453 Radiobiology and Radiation Protection Spring 8
 
 
 

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