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Bachelor Of Physical Science
The Bachelor of Physical Sciences program is designed to
produce physics graduates with a broad background in physics
and applied sciences along with advanced skills in electronics,
detector and instrumentation physics, computing and data analysis.
Such multi-skilled graduates would be expected to find employment
in industrial, government and university research laboratories.
The Degree program is built around existing subjects from
the Informatics, Science and Engineering Schedules. The core
of the program is built around a Physics Single Major which
is based on 24 cp a year of Physics and Mathematics subjects
(currently part of the single major). This core program was
accredited by the Australian Institute of Physics in late
1997.
Within the degree students are able to take the following
specialisations:
- Computational Physics
- Engineering Physics
- Instrumentation Physics
- Physics and Electronics
There will be a strong accent on practical laboratory work,
with relevance to applied physics.
The Honours Year will have a substantial project component
along with coursework selected from 300 and 400 level subjects
in the relevant areas. This project may be carried out in
collaboration with community, local, state and federal organisations.
The choice of project will be made after discussion with the
course coordinator.
THE FOLLOWING SUBJECTS MUST BE COMPLETED IN ORDER TO QUALIFY
FOR THE BACHELOR OF PHYSICAL SCIENCE.
Core Subjects
| Year 1 |
| PHYS141 |
Fundamental Physics A |
| PHYS142 |
Fundamental Physics B |
| MATH187 |
Engineering Mathematics 1A Part 1 |
| MATH188 |
Engineering Mathematics 1A Part 2 |
| Year 2 |
| MATH283 |
Mathematics IIE for Engineers Part 1 |
| PHYS230 |
Intermediate Physics |
| PHYS235 |
Mechanics and Thermodynamics |
| Year 4 Honours |
| PHYS457 |
Research Project |
plus 24 credit points to be selected in conjunction with the
Director of Studies
Specialisations: In addition to the core subjects the following
subjects must be completed to qualify for the relevant specialisation.
Computational Physics
| Year 1 |
| CSCI111 |
Computing Science 1A |
| CSCI121 |
Computing Science 1B |
| plus 12 credit points of electives |
| Year 2 |
| CSCI204 |
Programming: The C Family and Unis |
| CSCI203 |
Data Structures, Algorithms, Systems |
| CSCI205 |
Program Design Implementation |
| plus one 6 credit point 200-level CSCI subject |
| Year 3 |
| CSCI313 |
Object-Oriented Programming |
| CSCI321 |
Project |
| CSCI323 |
Artificial Intelligence |
| MATH284 |
Mathematics IIE for Engineers Part 2 |
| or |
| PHYS306 |
Intermediate Project in Physics |
Engineering Physics
| Year 1 |
| ENGG153 |
Engineering Materials |
| ENGG154 |
Introduction to Design and Innovation |
| plus 12 credit points of electives; ENGG151
recommended |
| Year 2 |
| MATE201 |
Structure and Properties of Materials |
| MATE203 |
Phase Transformations |
| MATE291 |
Engineering Computing and Laboratory Skills |
| plus 6 credit points of electives |
| Year 3 |
|
| MATE301 |
Engineering Alloys |
| MATE302 |
Polymeric Materials |
| MATE303 |
Ceramics, Glass and Refractories |
| PHYS396 |
Electronic Materials |
| plus 6 credit points of electives |
Instrumentation Physics
| Year 1 |
| CSCI111 |
Computing Science 1A |
| CSCI121 |
Computing Science 1B |
| ELEC101 |
Electrical Engineering 1 |
| ELEC192 |
Introductory Electronics |
| Year 2 |
| CSCI204 |
Programming: The C Family and Unix |
| ELEC212 |
Electronics and Communications |
| ELEC233 |
Digital Hardware 1 |
| ELEC290 |
Fundamentals of Electrical Engineering |
| Year 3 |
| PHYS399 |
Instrumentation |
| or |
| PHYS456 |
Imaging Physics and |
| PHYS306 |
Intermediate Project in Physics |
| STAT231 |
Statistics IIA |
| plus 2 electives from |
| CSCI334 |
Interfacing and Real Time Programming |
| MATE391 |
Materials Testing Techniques |
| PHYS295 |
Concepts of the Modern Universe |
| PHYS255 |
Radiation Physics |
Physics and Electronics
Note: Electives should be chosen in conjunction with the Director
of Studies. |
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