University of Technology SydneyHandbook 2007

C04167v5 Master of Science in Hydrogeology and Groundwater Management

Award(s): Master of Science in Hydrogeology and Groundwater Management (MSc)
CRICOS code: 014253G
Load credit points: 60
Course EFTSL: 1.25
Faculty/institute responsible: Science
Collaborating faculty/institute: Engineering
Location: City campus or distance

Overview
Course aims
Career options
Additional admission requirements
Course duration and attendance
Course structure
Course completion requirements
Course program
Other information

Overview

This course is offered through the National Centre for Groundwater Management in collaboration with the Faculties of Engineering and Science. It is designed to enable students to develop specialist skills in the area of groundwater management, including aspects of geology, hydrology, hydraulics and resource management.

The course provides a multidisciplinary perspective to issues of groundwater management for students working in this area or recent graduates who would like to specialise in the field.

Course aims

Groundwater studies provide students with industry-desired skills in managing groundwater resources and contaminated sites. This course covers all aspects of fundamental hydrogeology, geochemistry, groundwater modelling, geostatistics and site characterisation that allow students to contribute immediately to the groundwater industry.

Career options

Career options include groundwater consultant, groundwater modeller, hydrogeologist and hydrologist.

Additional admission requirements

Applicants should possess an Honours degree in the earth sciences from UTS or an equivalent qualification from another recognised tertiary institution. Applicants must also submit a curriculum vitae.

Course duration and attendance

The course may be completed in one year of full-time study, or two-and-a-half to three years of part-time study.

It may be taken in block attendance or distance mode. Both block and distance modes are available in Autumn semester, however, only distance mode is available in Spring semester.

Course structure

Students must complete 60 credit points of study made up of four core subjects, two electives (an approved postgraduate subject may replace one of the electives) and a groundwater science project.

Course completion requirements

66014 Hydrogeology 6cp
66015 Hydrogeochemistry 6cp
49555 Groundwater Modelling 6cp
49551 Surface Hydrology and Groundwater 6cp
Select one of the following: 24cp
      66021 Groundwater Science Project FT (M)24cp 
      STM90145 Project (two semesters)24cp 
Select 12 credit points from the following options: 12cp
49554 Groundwater Computing6cp 
66018 Groundwater Geophysics6cp 
66025 Contaminated Site Management6cp 
66038 Policy and Management for Groundwater Dependent Ecosystems6cp 
66039 Professional Practice (Environmental)6cp 
Total 60cp

Course program

The course commences in Autumn semester. Two example programs are shown, one for full-time and the other for part-time attendance.

 
One of the following subjects may replace one optional subject
66039 Professional Practice (Environmental) 6cp
66038 Policy and Management for Groundwater Dependent Ecosystems 6cp
Year 1
Autumn or Spring semester
Spring semester
 
Full time
49551 Surface Hydrology and Groundwater 6cp
49555 Groundwater Modelling 6cp
66014 Hydrogeology 6cp
66015 Hydrogeochemistry 6cp
Select one of the following: 24cp
      66021 Groundwater Science Project FT (M)24cp 
      STM90145 Project (two semesters)24cp 
Select 12 credit points from the following options: 12cp
66018 Groundwater Geophysics6cp 
66025 Contaminated Site Management6cp 
49554 Groundwater Computing6cp 
 
Part time
49551 Surface Hydrology and Groundwater 6cp
49555 Groundwater Modelling 6cp
66014 Hydrogeology 6cp
66015 Hydrogeochemistry 6cp
66046 Groundwater Science Project PT M (Part A) 12cp
66047 Groundwater Science Project PT M (Part B) 12cp
Select 12 credit points from the following options: 12cp
66018 Groundwater Geophysics6cp 
66025 Contaminated Site Management6cp 
49554 Groundwater Computing6cp 

Other information

Further information is available from: