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Engineering Physics
COURSES OFFERED
Doctor of Philosophy
Master of Science - Research
Master of Science (Medical Radiation Physics)
Graduate Diploma in Science
CURRENT RESEARCH AREAS
The following areas of research are available to candidates undertaking
the Master of Science - Research degree and the Doctor of Philosophy
degree:
- Astronomy - visible and infrared, planetary surfaces
- Experimental nuclear physics
- Laser spectroscopy
- Medical Radiation Physics
- Scattering of light by solids
- Solid state spectroscopy of impurities in semi-conductors
- Studies of electronic wave functions in solids
- Theoretical astrophysics - galaxy formation, gas dynamics
DOCTOR OF PHILOSOPHY
Candidates for this degree enrol in PHYS999
- 48cp.
MASTER OF SCIENCE - RESEARCH
The course will be made up of subjects selected from those described
below, in accordance with the Masters by Research Degree Rules together
with the following conditions:
- entry to the degree program will normally be from an Honours
degree in Physics or the Graduate Diploma in Science (Physics)
or from a pass degree with an appropriate three year sequence
in Physics;
- students entering with a degree below Honours Class II, Division
2 will complete the 48 credit point PHYS999
and 24 credit point combination of subjects chosen from the remaining
Graduate Subjects below and the list of undergraduate Physics
subjects. These subjects will be chosen in consultation with and
approved by the Director of Studies.
Advanced standing will be given for some or all of the coursework
component based on demonstrated research skills.
| Graduate Subjects |
| PHYS401 |
Theoretical Mechanics and Electromagnetism |
8 |
| PHYS441 |
Astro- and Nuclear Physics |
8 |
| PHYS444 |
Quantum Mechanics |
8 |
| PHYS446 |
Solid State Physics |
8 |
| PHYS910 |
Advanced Project in Physics A |
6 |
| PHYS946 |
Advanced Solid State Physics |
6 |
| PHYS947 |
Special Topics in Physics A |
6 |
| PHYS948 |
The Physics of Imaging |
6 |
| PHYS960 |
Advanced Project in Physics B |
6 |
| PHYS997 |
Special Topic in Physics B |
6 |
| PHYS999 |
Major Thesis |
48 |
MASTER OF SCIENCE (MEDICAL RADIATION
PHYSICS)
This is a one year full-time or two year part-time course. The
normal entry to this degree requires the completion of an Honours
BSc or equivalent with Physics as a major study. Candidates who
have completed a bachelors degree which does not include a relevant
major study will be required to complete additional subjects in
Physics as outlined in the Masters Degree regulations. Students
who have completed the Bachelor of Medical Radiation Physics from
the University of Wollongong, or equivalent specialist course, would
be advised to enrol in a Medical Radiation Physics research program.
The course consists of a research project and four subjects:
| PHYS951 |
Medical Physics Research Project |
18 |
| PHYS952 |
Radiation and Radiotherapy Physics |
8 |
| PHYS953 |
Medical Imaging and Nuclear Medicine |
8 |
| PHYS954 |
Radiobiology and Radiation Protection |
8 |
| GHMB927 |
An Introduction to Human Anatomy and Physiology |
6 |
GRADUATE DIPLOMA IN SCIENCE (PHYSICS)
Introduction and Objectives
This one year full-time or two year part-time course is designed
to provide:
- a Masters qualifying course for students who have inadequate
preparation for direct entry into the Masters by Research program;
- an opportunity for Science teachers who have a degree but have
taken Physics to first or second year level only, to improve their
understanding and horizons in Physics;
- an opportunity for International students and students without
a full major in Physics to update their knowledge of Physics.
Entry to the Course
Students must consult the Director of Studies for admission to
the course. Forty eight (48) credit points to be chosen from the
following list in consultation with the Director of Studies.
| PHYS205 |
Advanced Modern Physics |
6 |
| PHYS230 |
Intermediate Physics |
6 |
| PHYS233 |
Introduction to Environmental Physics |
6 |
| PHYS255 |
Radiation Physics |
6 |
| PHYS295 |
Astronomy - Concepts of the Universe |
6 |
| PHYS235 |
Mechanics and Thermodynamics |
6 |
| MATH201* |
Multivariate and Vector Calculus |
6 |
| MATH202* |
Applied Differential Equations |
6 |
| MATH283 |
Mathematics 2E for Engineers Part 1 |
6 |
| PHYS305* |
Quantum Mechanics |
6 |
| PHYS325* |
Electromagnetism |
6 |
| PHYS335* |
Classic Mechanics |
6 |
| PHYS365 |
Detection of Radiation: Neutrons, Electrons and
X-Rays |
6 |
| PHYS375 |
Nuclear Physics |
6 |
| PHYS385* |
Statistical Mechanics |
6 |
| PHYS390 |
Astrophysics |
6 |
| PHYS401 |
Theoretical Mechanics and Electromagnetism |
8 |
| PHYS441 |
Astro- and Nuclear Physics |
8 |
| PHYS444 |
Quantum Mechanics |
8 |
| PHYS446 |
Solid State Physics |
8 |
| PHYS452 |
Medical Imaging |
8 |
| PHYS453 |
Radiobiology & Radiation Protection |
8 |
| PHYS454 |
Physics of Diagnostic Radiology |
8 |
| PHYS455 |
Basic and Applied Pathology |
8 |
| PHYS456 |
Imaging Physics |
8 |
| PHYS910 |
Advanced Project in Physics A |
6 |
| PHYS947 |
Special Topics in Physics A |
6 |
| PHYS948 |
The Physics of Imaging |
6 |
| PHYS960 |
Advanced Project in Physics B |
6 |
| PHYS990 |
Applied Physics Project |
24 |
| PHYS997 |
Special Topics in Physics B |
6 |
* These subjects are pre and co-requisites of some of the physics
subjects.
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