A Bachelor qualification in one of the following allied fields: Engineering (civil or construction); Building; Architecture; Quantity surveying; Construction management; Property or real estate; Other cognate engineering/technology disciplines assessed to be appropriate, or
A qualification deemed to be equivalent (in the opinion of the selection officer) to any of the above.
IELTS (Academic Module), Overall 6.5 No individual band below 6.0 ***
PTE Academic, 58 (no communicative skill less than 50)
TOEFL iBT, 79 (no less than 13 in reading, 12 in listening, 18 in speaking 21 in writing)
TOEFL iBT Home Edition Test^, 79 (no less than 13 in reading, 12 in listening, 18 in speaking 21 in writing)
C1 Advanced*, 176, no band less than 169
Common European Framework, B2
The Master of Construction and Infrastructure Management aims to prepare graduates for future roles in managing people, equipment, materials, technological processes and funds in the construction, management and maintenance of buildings and assets in the civil infrastructure. This aim is facilitated by the study of advanced management and engineering techniques in the fields of construction, building and maintenance.
Students gain significant knowledge and skills in procurement and project delivery, resource planning and management, project costing, health and safety, and risk management. They also learn about the environmental, financial, legal and contractual considerations associated with project-based industries.
CRICOS code: 088131F
More info: click here
COURSE STRUCTURE
Foundation units
Complete three units (37.5 credit points):
·CSM80001 Project Costing (also offered by distance)
·CSM80003 Construction Law and Contract Management (also offered by distance)
·CSM80006 Engineering Project Management
·CSM80007 Construction Site Operations
·RSK80004 Introduction to Risk and Due Diligence
Technical units
Complete five units (62.5 credit points):
·CSM80002 Environmental Sustainability in Construction * (also offered by distance)
·CSM80004 International Construction * (distance only)
·CSM80005 Engineering Project Control * (also offered by distance)
·CSM80008 Location-based Management for Construction *
·CSM80009 Procurement and Risk Management in Projects *
·MME80001 Resource Planning and Management *
·CVE80006 Infrastructure Deterioration Modelling
Elective units
Complete four units (50 credit points):
·CVE80010 Principles of Sustainability
·MME80003 Maintenance Management of Engineering Assets
·RSK80003 Risk Perception and Analysis
·RSK80006 Risk Management
·RSK80007 Quantitative Risk Modelling
·EDU80011 Professional Masters Career Management
Research Methods Option Choose 1 unit (12.5 credit points)
·CSM80010 Research Design and Methodology *
·ICT80011 Research Methods *
Research Units Complete 2 units (37.5 credit points)
·CVE80001 Research Paper *
·CVE80001 Research Paper * (25 credit points)
* Outcome units - matched exemptions are generally not granted for higher education outcome units.
These programs will provide graduates with an opportunity to gain advanced theoretical and practical knowledge of construction and infrastructure management principles, procurement and cost analysis. Graduates can pursue careers as construction managers, project engineers/managers, civil engineers and asset management engineers in a range of industries including consulting engineering, construction, research organisations, private sector, local and other government authorities.
OSHC: 530 ($) AUD per year
