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Graduate Diploma of Climatology (GDCL) - GradDipClim
This program is offered only to continuing students.
No new admissions will be accepted. Students who are interested in
this study area should contact us.
| | On-campus | Distance education |
| Campus: | Toowoomba | - |
| Fees: | Domestic full fee paying place International full fee paying place
| Domestic full fee paying place International full fee paying place
|
| Standard duration: | 1 year full-time, 2 years part-time |

Contact us
Current students
Contact the Senior Administration Officer (Biological and Physical
Sciences), telephone +61 7 4631 1540, email sciences.enrolment@usq.edu.au or submit a question via USQAssist.

Program focus
This program provides students with a thorough, sound knowledge
of the concepts of climatology which are fundamental for any professional
interested in pursuing a career in climatology or climatological forecasting.

Program aims
This program provides students with a thorough, sound knowledge
of the concepts of climatology that are fundamental for any professional
interested in pursuing a career in climatology or climatological forecasting.

Program objectives
On completion of this program graduates will:
-
possess more than a basic competence in climatology and at least
one of physics, statistics and mathematics
-
possess a detailed knowledge of key climate mechanisms and be
able to apply this knowledge in appropriate situations
-
be able to apply principles of Physics to Climate Studies and/or
be able to describe and appropriately apply climate forecasting models
and/or be able to apply statistical and mathematical techniques to
modelling climatogical and meteorological data
-
have a good comprehension of the social, political and environmental
implications of global climate changes
-
be aware of the major social and moral responsibilities of climatologists
-
be able to communicate to others the basic concepts of climatology
and the results of climatology-based deliberations.

Admission requirements
To be eligible for a place in this program, applicants must
have:
-
good written and verbal communication skills based on a good
command of the English language, and
-
a background in mathematics and either Physics or Statistics
that enables them to have a reasonable chance of successfully completing
the courses they plan to study. In particular, successful completion
of the courses:
-
a three-year degree or an appropriate three-year Diploma from
an Australian or other recognised University.
Assessment of applicants' qualifications, communication and
mathematical skills will be on a case-by-case basis and will be undertaken
by the Program Coordinator.
International Applicants
International applicants must have met the University's
English language requirements or have completed the University's
ELICOS/UNIPREP programs .

Program fees
Domestic full fee paying place
Domestic full fee paying places are funded entirely through
the full fees paid by the student. Full
fees vary depending on the courses that are taken. You are
able to calculate the fees for a particular course via the Course Fee Finder.
Domestic full fee paying students may be eligible to defer their
fees through a Government loan called FEE-HELP.
International full fee paying place
International students pay full
fees. Full fees vary depending on the courses that are taken
and whether they are studied on-campus, via distance education/online.
You are able to calculate the fees for a particular course via the Course Fee Finder.

Program structure
This program consists of eight units of study. To be eligible
for the award, candidates must complete the following courses. No
exemptions will be granted. Students who have completed one or more
of the compulsory courses, as part of another program of study, must
replace such courses by one or more of the other listed courses.
| Course |
Sem |
Class |
| PHY1102 Remote Sensing and Meteorology |
2 |
ONC, EXT |
| CLI1110 Introductory Climatology |
1 |
EXT |
| CLI2110 Physics of Climate |
1 |
EXT |
| CLI2120 Climates of the Past, Present and Future |
2 |
ONC, EXT |
| CLI3110 Advanced Climatology |
1 |
EXT |
| STA3303 |
2 |
ONC,EXT |
| Plus either: |
|
|
| STA3300 Experimental Design |
1 |
ONC, EXT |
| and |
|
|
| STA3301 Statistical Models |
2 |
ONC, EXT |
| or at least two of: |
|
|
| MAT3103 Mathematical Modelling for Dynamics* |
1 |
ONC, EXT |
| MAT3104 Random Processes to Financial Mathematics* |
2 |
ONC, EXT |
| MAT3105 Harmony of Partial Differential Equations# |
1 |
ONC, EXT |
| MAT3106 Vector Calculus and
the Mathematical Modelling of Fluid Flows# |
2 |
ONC, EXT |
| PHY2201 Electromagnetics |
1 |
ONC |
| or |
|
|
| PHY2205 Electromagnetic Concepts |
1 |
EXT |
| PHY2203 Atomic Physics |
2 |
ONC |
| PHY3302 Advanced Topics in Physics |
2 |
ONC |
| PHY1911 Physics and Instrumentation |
2 |
ONC, EXT |
Not all courses will be available by external study in 2007.
See Course Synopses section of this Handbook.

Required time limits
Students have a maximum of 3 years to complete this program.

IT requirements
Students should visit the USQ Recommended
Hardware and Recommended Software sites to check that their computers are
capable of running the appropriate software and versions of Internet
web browsers and to check the minimum and recommended standards for
software.

Recommended enrolment pattern
There is no recommended enrolment pattern for this program.
Students should select their own. If unsure about a suitable enrolment
pattern, students should contact the Program Coordinator.