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Bachelor of Engineering in Mining Engineering
The normal course in Mining Engineering is aimed at providing
broad based knowledge, training, skills and experience in
the areas required in mining engineering. The normal period
of full time study is four years. However, the course can
be taken on a part-time basis over a longer period of time,
normally six years.
Upon satisfactory completion of the course students should
be able to practise in areas requiring skills for mine planning
and design, rock excavation, water and gas drainage and mine
environment control. Graduates, therefore, will be able to
integrate technical, planning, organisational, management
and financial skills with an emphasis on those areas as their
talents allow.
The structure of the course is such that the first year largely
concerns basic subjects, such as mathematics, physics, chemistry,
computing, and introductory engineering subjects. The second
year is primarily devoted to engineering science subjects,
but areas such as surveying, mining and design are introduced.
The latter subjects are developed further in third year, where
more time is devoted to engineering subjects, such as mining
methods, both surface and underground methods, geology and
mine transport and mine ventilation.
At the end of the third year, students are required, as a
condition for graduation; to undertake at least twelve weeks
of approved work in industry, whether for mining, or mining
related companies, mining consultants, state or federal government
agencies. For part-time students, each year of appropriate
full time employment may be credited as one professional option
elective.
In the final year, emphasis is given to professional orientation,
with subjects covering project management, mine planning,
mine geomechanics and minerals beneficiation. Some elective
subjects are available for those students wishing to specialise
further. Attention is given to a teamwork approach in a design
that requires integration of all aspects of the course. Each
student must prepare a substantial project thesis on a research
or design topic under the supervision of a staff member.
The course has been fully recognised by both The Institution
of Engineers, Australia, and the Australasian Institute on
Mining and Metallurgy which are the professional accrediting
bodies. This recognition ensures that graduates from this
course are admitted, on application, to the grade of Graduate
for both professional bodies.
Honours are awarded at the end of the course on the basis
of overall performance throughout the course.
All students must take particular notice of the Course Rules
regarding minimum rate of progress.
Students should attend all classes including lectures, tutorials
and laboratory classes. The Director of Studies in Mining
Engineering may refuse to certify that students have satisfactorily
completed a subject unless they have attended at least 80
percent of the classes scheduled.
THE FOLLOWING SUBJECTS MUST BE COMPLETED TO QUALIFY FOR THE
MINING ENGINEERING SPECIALISATION.
| 100-Level |
| CHEM103 |
Chemistry for Engineers |
| CIVL196 |
Engineering Computing 1 |
| ENGG151 |
Professional Engineers and the Management of Technology |
| ENGG152 |
Engineering Mechanics |
| ENGG153 |
Engineering Materials |
| ENGG154 |
Introduction to Design and Innovation |
| PHYS143 |
Principles of Physics for Engineers |
| MATH141 |
Engineering Mathematics 1C Part 1 and |
| MATH142 |
Engineering Mathematics 1C Part 2 |
| or |
| MATH187 |
Engineering Mathematics 1A Part 1 and |
| MATH188 |
Engineering Mathematics 1A Part 2 |
| 200-Level |
| CIVL272 |
Surveying |
| ELEC290 |
Fundamentals of Electrical Engineering |
| ENGG251 |
Mechanics of Solids |
| ENGG252 |
Engineering Fluid Mechanics |
| GEOS251 |
Geology for Engineers 1 |
| GEOS252 |
Geology for Engineers 2 |
| MATH283 |
Mathematics IIE for Engineers Part I |
| MINE221 |
Underground Coal Mining Methods |
| 300-Level |
| CIVL361 |
Geomechanics 1 |
| CIVL392 |
Engineering Computing 2 |
| ENGG351 |
Engineering Management |
| MINE311 |
Surface Mining and Blasting |
| MINE312 |
Environmental Engineering in Mines |
| MINE321 |
Underground Metal Mining Methods |
| MINE323 |
Mining Geomechanics |
| 400-Level |
| ENGG451 |
Project Management and Human Factors in Engineering |
| ENGG452 |
Thesis A (12cp) or |
| ENGG453 |
Thesis B (18cp) |
| ENGG454 |
Professional Experience |
| ENGG456 |
Thesis (6cp) and |
| ENGG457 |
Thesis (6cp) |
| or |
| ENGG458 |
Thesis (9cp) and |
| ENGG459 |
Thesis (9cp) |
| MINE411 |
Health and Safety in Mines |
| MINE412 |
Mining Economics |
| MINE421 |
Minerals Beneficiation |
| MINE422 |
Mine Planning and Development |
| Electives: ONE ELECTIVE FROM THE FOLLOWING
LIST |
| ECON101 |
Introductory Macroeconomics |
| ECON111 |
Introductory Microeconomics |
| ECON215 |
Microeconomic Theory and Policy |
| GEOS302 |
Basin Resources |
| MINE431 |
Mine Water |
| MINE433 |
Geostatistical Ore Reserve Estimation |
| MINE434 |
Special Topics in Mining Engineering |
| MINE438 |
Environmental Impact of Mineral Operations |
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