Introduction
The principle undergraduate coursework program offered by the School of Mining Engineering at UNSW is an engineering degree leading to a Bachelor of Engineering (BE).
The program has one of
the largest numbers of undergraduate students studying
mining engineering in the Western World. It is recognised
by the Minerals Council of Australia as one of the three
best programs on offer in Australia and the report from
the last accreditation by Engineers Australia found
the program to be exemplary.
UNSW is located in Sydney's eastern suburbs near its famous beaches
and adjoining cosmopolitan Randwick
|
The program is one of many disciplines within the Faculty of Engineering; the largest and most highly acclaimed engineering faculties in Australia.
The Faculty is successful in terms of the number of engineering disciplines on offer, the number and calibre of students enrolled in the various engineering programs and the scale of research activities undertaken.
Program Description
The Mining Engineering program is offered on a full-time basis at the Kensington campus in Sydney. It entails four years of full-time, on-campus study.
Courses include a mixture of lectures, tutorials, laboratory exercises and demonstrations and field trips. Industrial training is also a component of the course where the student gets a closer view of the various processes at a mine site.
The program is also making increasing use of alternate technologies to improve the educational process, such as web-based resources and distance learning.
Periodically, the program is reviewed and accredited by the relevant professional associations to ensure it remains relevant to the expectations of students and to the needs of the future employers of its graduates. The last major program review was conducted in 2004/05 which lead to introduction of a new program in 2006/7.

The focus in the program changes through the four years as illustrated in the diagram.
In the first year the emphasis is in establishing a fundamental understanding of the sciences. This is then built upon in subsequent years, first covering the general principles of engineering and then applying this knowledge to the various activities, processes and systems that support mining and associated industries.
The nature of assessment also changes as the student progresses through the program. While initially, this is predominately quizzes and exams, assessment gradually changes to projects undertaken in some cases individually or in teams involving engineering design and analysis that further promotes learning by the student and applying the principles covered in the program to real-life problems.
Back to top of page
Single and Combined degree options
In addition to the degree in Mining Engineering there are also available a number of combined degree offerings as shown in the table below.
|
3140 Mining Engineering |
Bachelor of Engineering |
BE |
4 years |
|
3142 Mining Engineering / Science |
Bachelor of Engineering / Bachelor of Science |
BE BSc |
5 years |
3142 Mining Engineering / Science |
Bachelor of Engineering / Bachelor of Science (Honours) |
BE BSc (Hons) |
6 years |
3144 Mining Engineering / Arts |
Bachelor of Engineering / Bachelor of Arts |
BE BA |
5 years |
3144 Mining Engineering / Arts |
Bachelor of Engineering / Bachelor of Arts (Honours) |
BE BA (Hons) |
6 years |
3146 Civil Engineering and Mining Engineering |
Bachelor of Engineering / Bachelor of Engineering |
BE BE |
5 years |
3715 Mining Engineering / Commerce |
Bachelor of Engineering / Bachelor of Commerce |
BE BE |
5.5 years |
4776 Mining Engineering / Law |
Bachelor of Engineering / Bachelor of Laws |
BE / LLB |
6 years |
3140 Mining Engineering / Master of Engineering Science |
Bachelor of Engineering / Master of Engineering Science |
BE MEngSc |
5 years |
Back to top of page
Program Outline
Detailed information for each of the single and combined mining degree programs is available in the Program Outline.
Back to top of page
How do I apply?
Details on applying for entry
into the undergraduate program can be found at FAQ.
Back to top of page
|