Entry requires a 4 year (Honours) degree in Mining Engineering or a cognate discipline from a recognised institution, or satisfying the requirements of the UNSW Graduate Diploma in Mining Engineering (MINE5040FS and from 2015: MINE5335) with a minimum 70% average and no course fails. The UNSW School of Mining Engineering defines a cognate discipline as Engineering Geology, Civil Engineering or Geotechnical Engineering. Performance that is equivalent to Honours (I or II Division 1) is required over the final two (2) years of the degree. Professional experience in the mining industry will be highly regarded.
IELTS (International English Language Testing System): 6.5 overall (min. 6.0 in each subtest)
TOEFL IBT (Test of English as a Foreign Language – Internet-Based Test): 90 overall (min. 23 in writing, 22 in reading, listening and speaking)
TOEFL PBT (Test of English as a Foreign Language – Paper-based Test): 577 overall (min. 5.0 in TWE)
PTE (Pearson Test of English – Academic): 64 overall (min. 54 in each subtest)
C1 Advanced Cambridge (formerly known as CAE – Cambridge Advanced English): 176 overall (min. 169 in each subtest)
C2 Proficiency Cambridge (formerly known CPE – Cambridge Proficiency English): 180 overall (min. 180 in each subtest)
ANU Access Program: Successful completion with a minimum of 70% overallChung
Mining engineering develops and executes the processes used to extract minerals from below and above ground. As a mining engineer you’ll work in the planning and management of engineering the extraction of mineral, petroleum and gas resources from the earth. Mining Engineers evaluate, plan and oversee the construction of a mine. They’re involved in a project through all phases of mining operations.
This degree is designed for mining engineering graduates and minerals industry professionals who want to continue their professional development. In this degree you’ll learn the fundamentals of mining engineering, mining processes, systems and analysis, and risk and safety management, as well as undertaking a research project in the mining industry. Building on your four-year undergraduate degree in mining engineering or a related discipline you’ll develop the advanced knowledge for a successful career in mining engineering.
Whether you’re interested in civil engineering, underground mining or geomechanics, you’ll advance your career in the mining industry with a Master of Mining Engineering. This course will arm you with the latest skills, trends and knowledge to get ahead.
You’ll develop your research skills by planning and executing an enquiry-based or mining industry research project or capstone project. Through this degree you’ll be able to investigate, generate and synthesise complex ideas and concepts in mining engineering. Develop a detailed understanding of the many facets of the mining industry, preparing you for your future career through practical assignments and field trips.
CRICOS Code: 084284K
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Full program structure
Degree structures can vary depending on your specialisation, the number of courses you choose and timetabling, to give you an indication you can consider the below.
In your first year you’ll study the Fundamentals of Mining Engineering and other core subjects including:
Mine Processes, Systems and Analysis
Hazard Identification, Risk and Safety Management in Mining
A Mining Industry Research Project
In this full or part time degree you’ll choose one of two specialisations:
Mine Geomechanics
Mine Management
Electives in these specialisations include:
Mining and Resource Law
Environmental Management for the Mining Industry
Technology Management in Mining
Mine Ventilation
Mine Design and Feasibility
Drilling, Blasting and Machine Excavation
Geotechnical Data Collection and Analysis
Your future career awaits, with potential roles including:
Mining Engineer
Engineering Geologist
Petroleum Engineer
Geotechnical Engineer
OSHC: 530 ($) AUD per year
