GraduateEngineering

Master of Offshore and Coastal Engineering

University of Western Australia, Perth, WA, Australia

About this program

The University of Western Australia's Master of Offshore and Coastal Engineering degree. Offshore and coastal engineering underpin much of global prosperity associated with the Blue Economy, including ocean energy infrastructure, aquaculture industry, shipping and trade activities, and coastal development to support population growth and services in coastal regions. In a world of ever-increasing energy and food demand, the challenges resulting from coastal hazards and climate change, and the need for more environmentally sustainable coastal development, there is increasing demand for offshore and coastal engineering expertise around the world. The Master of Offshore Coastal Engineering provides a pathway for students with undergraduate engineering degrees in areas such as Civil, Environmental and Mechanical Engineering, to undertake advanced study for careers in the offshore and coastal marine sectors. Building on the existing foundational engineering skills and knowledge, The Master of Offshore Coastal Engineering has core units that will ensure graduates have strong experiential learning opportunities whilst building interdisciplinary knowledge and technical skills to analyse, design and develop innovative ocean engineering solutions. These units span across coastal and offshore engineering, ocean engineering and technology, design of coastal structures and advanced design of offshore systems. Elective units provide additional breadth and allow students to gain additional relevant technical capabilities and professional competencies, while research project or capstone units provide specific advanced disciplinary knowledge and skills.

Cost & duration

Duration2 yr
Tuition (international)A$52,600
Application feeA$100

English test scores

IELTS6.5 overall (W6)
PTE64 overall

Verified uwa.edu.au

Course structure

1 term of coursework

  • Conversion: GENG2004 Solid Mechanics, GENG2009 Principles of Geomechanics, GENG2010 Principles of Hydraulics, GENG2012 Data Collection and Analysis Core: GENG5501 Coastal and Offshore Engineering, OCEN4008 Physical Oceanography, OCEN4010 Ocean Observational Methods and Modelling, OCEN5002 Ocean Engineering and Technology, OCEN5004 Design of Coastal Structures, OCEN5005 Designing Offshore Structures Option - Group A: CIVL4401 Applied Geomechanics, CIVL5501 Structural Dynamics, CIVL5504 Offshore Geomechanics, EART4415 Coastal Hazards and Adaptation, ENVT4411 Geographic Information Systems Applications, GENG5505 Project Management and Engineering Practice, GENG5507 Risk, Reliability and Safety, GEOS4413 Climate Geoscience, GEOS5514 Marine Geoscience, GEOS5515 Coastal Dynamics, OCEN4007 Renewable Ocean Energy, OCEN5411 Offshore and Coastal Engineering Research Project Part 1, OCEN5412 Offshore and Coastal Engineering Research Project Part 2, SCIE5505 Global Change and the Marine Environment

Career & PR pathway

Occupations this degree typically leads to, and their skilled-migration list status

Civil EngineerANZSCO 233211

Primary outcomeMLTSSLCSOL

On both MLTSSL and CSOL, supporting 189/190/491 and the employer-sponsored 482/186. A degree accredited by Engineers Australia makes the skills assessment close to a formality; a non-accredited degree instead needs a Competency Demonstration Report.

Assessed by Engineers Australia

Mechanical EngineerANZSCO 233512

Primary outcomeMLTSSLCSOL

On both MLTSSL and CSOL, supporting 189/190/491 and the employer-sponsored 482/186.

Assessed by Engineers Australia

Electrical EngineerANZSCO 233311

MLTSSLCSOL

On both MLTSSL and CSOL, supporting 189/190/491 and the employer-sponsored 482/186.

Assessed by Engineers Australia

Electronics EngineerANZSCO 233411

MLTSSLCSOL

On MLTSSL, supporting the 189, 190, and 491, via Engineers Australia assessment. Also on CSOL, additionally supporting the employer-sponsored 482 and 186.

Assessed by Engineers Australia

Chemical EngineerANZSCO 233111

MLTSSLCSOL

On both MLTSSL and CSOL, supporting 189/190/491 and the employer-sponsored 482/186.

Assessed by Engineers Australia

Structural EngineerANZSCO 233214

MLTSSLCSOL

On MLTSSL, supporting the 189, 190, and 491, via Engineers Australia assessment. Also on CSOL, additionally supporting the employer-sponsored 482 and 186.

Assessed by Engineers Australia

Environmental EngineerANZSCO 233915

MLTSSLCSOL

On both MLTSSL and CSOL, supporting 189/190/491 and the employer-sponsored 482/186.

Assessed by Engineers Australia

Mining Engineer (excluding Petroleum)ANZSCO 233611

MLTSSLCSOL

On MLTSSL, supporting the 189, 190, and 491, via Engineers Australia assessment. Also on CSOL, additionally supporting the employer-sponsored 482 and 186.

Assessed by Engineers Australia

Biomedical EngineerANZSCO 233913

MLTSSLCSOL

On MLTSSL, supporting the 189, 190, and 491, via Engineers Australia assessment. Also on CSOL, additionally supporting the employer-sponsored 482 and 186.

Assessed by Engineers Australia

Agricultural EngineerANZSCO 233912

MLTSSLCSOL

On MLTSSL and CSOL, supporting the points-tested 189, 190, and 491 as well as the employer-sponsored 482 and 186, via an Engineers Australia skills assessment.

Assessed by Engineers Australia

List membership changes over time and does not guarantee an invitation. See the skilled occupation lists guide and the points calculator before relying on this for a visa decision.

Admissions

To be considered for admission to this course an applicant must have- (a) a Master of Professional Engineering; or (b) a Bachelor of Engineering (Honours) degree, or an equivalent qualification, as recognised by UWA; and (b) the equivalent of a UWA weighted average mark of at least 65 per cent; and (c) prior studies in Civil Engineering; or Chemical Engineering or Environmental Engineering; or Mechanical Engineering; or Mining Engineering.

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