Master of Engineering Practice
Testamur Title of Degree: |
Master of Engineering Practice |
Abbreviation: |
MEngPrac |
Home Faculty: |
Faculty of Engineering |
Engineering Discipline: |
Refer to Engineering streams below |
Duration: |
1 year full-time or part-time equivalent |
Total Credit Points: |
48 (single major); 72 (double major) |
Entry Requirements: |
A 4 year Bachelor of Engineering degree |
Delivery Mode: |
On campus |
Starting Session(s): |
Autumn/Spring |
Location: |
Wollongong |
UOW Course Code: |
590 (single major); 590A (double major) |
CRICOS Code: |
020204M (single major); 053563D (double major) |
Overview
The Master of Engineering Practice has been designed to meet the needs of engineering leaders of the future. This program allows practicing engineers to build on, update and acquire additional knowledge in areas not covered in their first degree.
This is a 48 credit point program. The core program comprises four, 6 credit point subjects. The remaining 24 credit points can be selected from the Engineering Postgraduate subject list; or for students wishing to have a specialisation recorded on their degree, 24 credit points of approved elective subjects from one of the engineering streams listed below.
Students can apply to undertake the Master of Engineering Practice in two streams. Students would complete the core program and two 24 credit point programs of elective subjects. This is a 72 credit point program and would normally take 1.5 to 2 years to complete. Both specialisations would be recorded on the testamur.
With approval of the Course Advisor, students can undertake a 12 credit point dissertation as part of the elective subjects. The dissertation, ENGG940 Dissertation, is a research project allowing students to pursue a particular area in depth. The dissertation develops skills in information retrieval, project planning and organisation analysis, problem solving, and effective communication of results.
Where insufficient subjects are offered in a particular stream and/or where students are not able to provide assumed knowledge for available electives, the course advisor may substitute ENGG subjects, providing at least three subjects are taken from the stream under consideration.
Course Program
Subjects |
Credit Points | |
Core Subjects |
||
ENGG950 |
Innovation and Design |
6 |
ENGG951 |
Engineering Project Management |
6 |
ENGG952 |
Engineering Computing |
6 |
ENGG954 |
Strategic Management for Engineers and Technologists |
6 |
Elective Subjects - Asset Management |
||
ENGG953 |
Modelling of Engineering Management Systems |
6 |
ENGG956 |
Financial Management for Engineered Assets |
6 |
ENGG957 |
Project Implementation and Outsourcing |
6 |
ENGG958 |
Life-Cycle and Risk Management |
6 |
ENGG960 |
Maintenance Requirements Analysis |
6 |
ENGG961 |
Systems Reliability Engineering |
6 |
Elective Subjects - Civil Engineering |
||
CIVL904 |
Highway Materials |
6 |
CIVL909 |
Advanced Foundation Engineering |
6 |
CIVL912 |
Engineering Hydrology |
6 |
CIVL916 |
Research Topics in Civil Engineering |
6 |
CIVL980 |
Advanced Computer Applications |
6 |
CIVL981 |
Special Topic A |
6 |
ENVE929 |
Site Contamination and Remediation Technologies |
6 |
Elective Subjects - Environmental Engineering |
||
ENGG953 |
Modelling of Engineering Management Systems |
6 |
ENGG956 |
Financial Management for Engineered Assets |
6 |
ENVE923 |
Industrial Waste Engineering and Cleaner Production |
6 |
ENVE924 |
Solid and Hazardous Waste Management |
6 |
ENVE925 |
Water Quality Engineering and Management |
6 |
ENVE926 |
Air and Noise Pollution Management |
6 |
ENVE927 |
Environmental Engineering Processes Design |
6 |
ENVE928 |
Design or Urban Water Systems |
6 |
ENVE929 |
Site Contamination and Remediation Technologies |
6 |
ENVE930 |
Coastal, River and Groundwater Engineering |
6 |
ENVE931 |
Membrane Processes and Applications |
6 |
MECH979 |
Sustainable Transport and Engine Technology |
6 |
Elective Subjects - Manufacturing Engineering |
||
ENGG953 |
Modelling of Engineering Management Systems |
6 |
ENGG956 |
Financial Management for Engineered Assets |
6 |
MATL901 |
Special Topic in Materials 1 |
6 |
MECH934 |
Advanced Manufacturing Processes |
6 |
MECH935 |
Integrated Manufacturing Systems |
6 |
MECH949 |
Advanced Computer Control of Machines and Processes |
6 |
MECH950 |
Advanced Robotics |
6 |
TBS908 |
Supply Chain Management |
6 |
TBS926 |
Manufacturing Management |
6 |
Elective Subjects - Materials Engineering |
||
ENGG953 |
Modelling of Engineering Management Systems |
6 |
ENGG956 |
Financial Management for Engineered Assets |
6 |
MATL901 |
Special Topic in Materials 1 |
6 |
MATL902 |
Special Topic B |
6 |
MATL903 |
Recent Developments in Materials |
6 |
MATL905 |
Metallic Materials |
6 |
MATL906 |
Ceramic Materials |
6 |
MATL907 |
Polymeric Materials |
6 |
MATL952 |
Performance of Materials B |
6 |
MATL972 |
Selection and Design of Materials |
6 |
Elective Subjects - Mechanical Engineering |
||
ENGG953 |
Modelling of Engineering Management Systems |
6 |
ENGG956 |
Financial Management for Engineered Assets |
6 |
MECH913 |
Pneumatic Transport of Bulk Solids |
6 |
MECH918 |
Sustainable Energy in Buildings |
6 |
MECH919 |
Advanced Topics in Mechanical Engineering 1 |
6 |
MECH928 |
Finite Element Techniques in Mechanical Engineering |
6 |
MECH934 |
Advanced Manufacturing Processes |
6 |
MECH935 |
Integrated Manufacturing Systems |
6 |
MECH948 |
Sustainable Energy Technologies |
6 |
MECH949 |
Advanced Computer Control of Machines and Processes |
6 |
MECH950 |
Advanced Robotics |
6 |
MECH979 |
Sustainable Transport and Engine Technology |
6 |
Elective Subjects - Mechatronics |
||
ECTE912 |
DC-Sourced Power Electronics |
6 |
ECTE925 |
Industrial Drives and Actuators |
6 |
ECTE931 |
Real-time Computing |
6 |
ECTE941 |
Intelligent Control |
6 |
ENGG953 |
Modelling of Engineering Management Systems |
6 |
ENGG956 |
Financial Management for Engineered Assets |
6 |
MATL901 |
Special Topic in Materials 1 |
6 |
MECH935 |
Integrated Manufacturing Systems |
6 |
MECH939 |
Advanced Topics in Mechatronic Engineering |
6 |
MECH941 |
Micro/Nano Robotic Systems |
6 |
MECH949 |
Advanced Computer Control of Machines and Processes |
6 |
MECH950 |
Advanced Robotics |
6 |
Elective Subjects - Mining Engineering |
||
MINE902 |
Advanced Studies in Mining Engineering |
6 |
MINE903 |
Simulation of Mining Operations and Problems |
6 |
MINE904 |
Rock Mechanics |
6 |
MINE905 |
Environmental Control in Mines |
6 |
MINE906 |
Mining Engineering Techniques |
6 |
Elective Subjects - Resource Management* |
||
MINE916 |
Mineral Valuation, Risk Analysis |
6 |
MINE917 |
Mineral Economics |
6 |
MINE918 |
Commodity Analysis |
6 |
MINE919 |
Natural Resource Policy |
6 |
Elective Subjects - Steel Processing and Products* |
||
ENGG931 |
Steel Products and their Production |
6 |
ENGG932 |
Rolling Technology |
6 |
ENGG933 |
Coating Technology |
6 |
ENGG934 |
Steelmaking |
6 |
ENGG935 |
Casting |
6 |
Note: Not all subjects available in any one year - refer Subject Listing.
*Only available on a part-time basis