Master of Science
Overview
This coursework degree is designed for candidates who wish
to extend their grounding in a particular science discipline
beyond the undergraduate level. It also provides an alternative
route to subsequent PhD studies for students who do not possess
a BSc (Honours) degree.
Specialisations available are:
- Biotechnology
- Environmental Biology
- Forest Conservation and Management
- Chemistry
- Medicinal Chemistry
- Medical Radiation Physics (Refer to the Faculty of Engineering)
- Geography
- Geology
Entry Requirements / Assumed Knowledge
Normally a pass Bachelors degree of at least 3 years duration
in the relevant discipline (with at least three third year
level subjects in the discipline) or a similar tertiary qualification,
with relevant work experience, as approved by the relevant
Masters Coordinator or Head of Department or School.
Additional specific entry requirements for Biotechnology:
A relevant undergraduate degree of at least four years duration,
or a similar tertiary qualification with relevant work experience.
The degree must have included components dealing with one
or more of the following areas: biology, biochemistry, cell
biology, molecular biology, or microbiology. In addition,
the student must have completed the equivalent of at least
one year of academic study in chemistry.
Course Requirements
Candidates must complete 48 credit points of 900-level subjects
as determined for the disciplinary specialisation, as set
out below, and approved by the Course Coordinator. Students
may be required to complete additional credit points if their
disciplinary background is deemed not satisfactory.
Areas of Specialisation
Biotechnology
The Master of Science (Biotechnology) is designed for graduates
who seek knowledge and technological expertise in specific
areas of cell and molecular biology, which are the basis for
modern biotechnological research and development.
Students complete 48 credit points of subjects as listed
below chosen in consultation with the Biotechnology Masters
Coordinator.
Note: Spring Session start is not advised unless the student
has a very strong academic background.
| Subjects |
|
Credit Points |
| BIOL980 |
Biotechnology |
12 |
| BIOL981 |
Molecular Cell Biology |
12 |
| BIOL982 |
Cellular and Molecular Immunology |
12 |
| BIOL984 |
Applied Bioinformatics |
12 |
| Optional Subjects |
|
| One of the following subjects may be
substituted for one of the core subjects after consultation
with the Biotechnology Masters Coordinator. |
|
| BIOL972 |
Ecological and Evolutionary Physiology |
12 |
| BIOL983 |
Research Methods in Biotechnology |
12 |
| BIOL992 |
Literature review |
12 |
| BIOL993 |
Research Project |
12 |
Forest Conservation and Management
This 48 credit point program provides candidates with the
concepts and techniques of conservation ecology that are fundamental
to effective forest management.
This program includes the Graduate Certificate in Forest
Conservation and Management (32 credit points), plus a major
project (16 credit points) examined by thesis, as set out
below. The Graduate Certificate is a 6-month on-campus program
plus field work study tour in Eastern Australia.
| BIOL951 |
Research Techniques in Conservation |
16 |
| BIOL952 |
Sustainable Forest Management |
16 |
| BIOL995 |
Forest Management Research Project |
16 |
Chemistry
This program is designed for applicants from industry or education
who wish to extend their grounding in chemistry theory beyond
the undergraduate level. It also provides an alternative route
to subsequent PhD studies for students who do not possess
a BSc(Honours) degree.
Candidates complete 48 credit points of coursework consisting
of the following four subjects.
| CHEM910 |
Research Skills Training |
12 |
| Plus 3 subjects selected from: |
|
| CHEM915 |
Advanced Chemistry Laboratory Project |
12 |
| CHEM919 |
Literature Report in Chemistry |
12 |
| CHEM940 |
Contemporary Topics in Biomolecular Chemistry |
12 |
| CHEM950 |
Contemporary Topics in Analytical and Environmental
Chemistry |
12 |
Medicinal Chemistry
This coursework program provides vocational training in medicinal
chemistry, an area where there is currently a high demand
for graduates. The program consists of special coursework
in medicinal chemistry and a small research project
Students complete 48 credit points of coursework over one
year (or equivalent part time) by enrolling in the following
subjects, as approved by the Course Coordinator.
| CHEM910 |
Research Skills Training |
12 |
| CHEM930 |
Selected Topics in Medicinal Chemistry |
12 |
| Plus two subjects selected from: |
|
| CHEM915 |
Advanced Chemistry Laboratory |
12 |
| CHEM919 |
Literature Report in Chemistry |
12 |
| CHEM940 |
Contemporary Topics in Biomolecular Chemistry |
12 |
| CHEM950 |
Contemporary Topics in Analytical and Environmental
Chemistry |
12 |
Geography or Geology
The following coursework subjects have been devised by the
School of Earth and Environmental Sciences to meet the needs
of students who wish to proceed to the postgraduate level
in Geography or Geology to enhance their qualifications in
an area without undertaking a research project. The subjects
have been grouped in three strands which reflect the major
research strengths within the School of Earth and Environmental
Sciences.
- Physical Geography and Environments
- Human Geography and Environments
- Geology
Students with a satisfactory background in Earth and Environmental
Sciences complete subjects to the value of 48 credit points
chosen from either of the two programs in consultation with
the Course Coordinator. Other students may be required to
complete subjects to a value of 72 credit points.
| Physical Geography and Environments
|
|
| EESC901 |
Advanced Plate Tectonics, Macrotopography
and Earth History |
12 |
| EESC902 |
Advanced Coastal Environments: Processes and Management |
12 |
| EESC903 |
Advanced Fluvial Geomorphology and Sedimentology |
12 |
| EESC904 |
Advanced Geographic Information Science |
12 |
| EESC905 |
Advanced Remote Sensing |
12 |
| EESC912 |
Advanced Soils, Landscape and Hydrology |
12 |
| EESC950 |
Advanced Topic A |
12 |
| EESC951 |
Advanced Topic B |
8 |
| Human Geography and Environments
|
|
| EESC904 |
Advanced Geographic Information Science |
12 |
| EESC905 |
Advanced Remote Sensing |
12 |
| EESC910 |
Advanced Social Spaces: Rural and Urban |
12 |
| EESC917 |
dvanced Spaces, Places and Identities |
12 |
| EESC918 |
Advanced Environmental and Heritage Management |
12 |
| EESC950 |
Advanced Topic A |
12 |
| EESC951 |
Advanced Topic B |
8 |
| Geology |
|
|
| EESC901 |
Advanced Plate Tectonics, Macrotopography and Earth
History |
12 |
| EESC903 |
Advanced Fluvial Geomorphology and Sedimentology |
12 |
| EESC904 |
Advanced Geographic Information Science |
12 |
| EESC905 |
Advanced Remote Sensing |
12 |
| EESC911 |
Isotope Geochemistry |
12 |
| EESC921 |
Environmental Geology |
12 |
| EESC950 |
Advanced Topic A |
12 |
| EESC951 |
Advanced Topic B |
8 |
|