Subjects overview
This program can be completed in 8 months (2 semesters)
This program is only available to domestic students. Your preference is currently set to international.
This program is only available to domestic students. Your preference is currently set to international.
Required subjects
Students must complete the following eighty credit points (80CP) of subjects.
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SDCM70-301: BIM and Big Data (5CP)
This subject covers the use of geo-demographic data to inform BIM in application to urban design and planning, and architectural master planning. This is important to establish accurate working bases for particular buildings design and delivery using BIM/Lean/IPD following the project phases of the buildingSMART Australasia BIM Framework. The subject provides another opportunity for observing and using BIM software platforms in extended applications. It is dedicated to aspects of utilising BIM software in GIS application and introduces students to GIS applications via a specific practical exercise with a focus on the use of data in the broader application of urban design and architectural master planning.
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SDCM70-302: Cost Modelling (5CP)
This subject addresses cost planning, estimating, lifecycle costing and cost management using BIM-related Lean Construction and Integrated Project Delivery techniques. It is dedicated to aspects of interrogating BIM IT platforms in a manner that informs students how to utilise available BIM information better, to prepare accurate project cost plans and estimates during the project phases defined by the buildingSMART Australasia BIM framework. The subject allows students the opportunity to prepare and refine project estimates/cost plans that align with the BIM framework phases, and with a focus on Lean approaches to construction.
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SDCM70-303: Environment Sustainability Assessment (5CP)
This subject addresses the importance of using BIM/ Lean/IPD techniques, working in a collaborative project delivery environment, to not only ensure long term operational phase high-quality energy performance of a facility, but also to consider energy performance aspects of design and construction. Embedded energy impacts of various design decisions are also considered. It is dedicated to aspects of utilising BIM IT platforms to make energy-smart decisions during all project phases defined by the buildingSMART Australasia BIM framework. The subject allows students the opportunity to engage in a practical exercise, using the BIM framework phases. This exercise focuses on Lean construction and IPD principles, to minimise energy wastage during construction and operational phases of a building project.
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SDCM70-304: Schedule Optimisation (5CP)
This subject addresses schedule preparation and management using BIM-related Lean Construction and Integrated Project Delivery techniques. It is dedicated to aspects of interrogating BIM IT platforms in a manner that informs students how to utilise available BIM information better, to prepare useful project schedules that align with and include all aspects of the project phases as defined by the buildingSMART Australasia BIM framework. The subject allows students the opportunity to prepare and refine a project schedule that aligns with the BIM framework phases, and respects Lean approaches to construction.
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SDCM71-301: Process Evaluation and Change Management in BIM (10CP)
This subject addresses the importance of using BIM/Lean/IPD to optimise both the processes used to deliver complex projects and the management of the project changes that inevitably occur during major complex projects with multiple stakeholders. The principle of using 3D BIM models and Lean/IPD principles to identify coordination and other design problem areas collaboratively and to rectify them at a time when change has minimum impact on project budgets will be explored in-depth and at a practical as well as conceptual level. The project phases of the buildingSMART Australasia BIM framework will be used to inform the frequency of design and pricing evaluation to ensure change is initiated swiftly when analysis of the BIM model indicates it to be necessary. The subject provides another opportunity for observing and using BIM software platforms in extended practical applications. The subject introduces students to using BIM/Lean/IPD principles to ensure project processes ensure minimisation of waste and optimum timeliness of making necessary change.
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SDCM71-302: Continuous Process Improvement (Quality and Safety Standards) (10CP)
This subject addresses the importance of using BIM/Lean/IPD to optimise design quality to ensure it meets client brief standards. It also covers the management of quality during the construction phase by early identification and design rectification of potential coordination clashes and the like, thereby ensuring delivery on two fundamental Lean Construction principles - eliminating defects and eliminating waiting time on-site during construction. The subject also addresses how BIM models and Lean construction approaches in a collaborative IPD approach can significantly enhance the ability to identify and facilitate elimination/management of potential safety risks that might otherwise manifest during construction of the project. The subject is taught in a highly interactive environment dedicated to aspects of utilising BIM technology platforms to identify opportunities for design quality improvement and identification of potential construction and operation period safety concerns, and elimination of those concerns. The subject introduces students to using BIM/Lean/IPD principles to ensure project processes ensure minimisation of waste and optimum timeliness of making the necessary change concerning design adjustments and safety risk elimination.
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SDCM71-303: Productivity and Off-site Fabrication (Minimising Waste) (10CP)
This subject addresses the importance of using modern BIM/Lean/IPD manufacturing and construction principles to minimise waste from all aspects of project productivity. The subject involves a critical review of standard approaches to onsite progress and productivity compared with the potential advantages of using BIM principles and processes integrated with Lean/IPD based practices, in the integration with off-site fabrication where appropriate and viable. The underlying focus of the subject ties all concepts back to information management, delivering minimum waste to the contractor and client. The subject is taught in a highly interactive environment and covers a range of topics relating to the opportunities and methods employed by contractors to leverage BIM during construction. This subject introduces students to applying BIM/Lean/IPD principles to utilising BIM technology in determining work to be ‘manufactured’ on-site and work to be ‘manufactured’ in pre-fabrication factories to ensure project processes minimise waste in all aspects of design and project delivery.
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SDCM71-304: Managing Complexity in Construction (Maximising Value) (10CP)
This subject addresses the importance of using BIM/Lean/IPD principles and digital transformation to maximise value in all aspects of design and project delivery of complex projects. The strategic management of digital information using 3D BIM models, digital tools and Lean/IPD principles to collect, analyse and communicate data collaboratively is the driving force for future delivery of major complex projects with multiple stakeholders. The subject extends the discussion and practical applications of BIM best practice with decision-making processes based on robust, accessible data-driven information from digital design concept to operation of a building over its lifespan. This subject involves a critical review of BIM principles and processes integrated with Lean/IPD based practices. The underlying focus of the subject ties all concepts back to information management, delivering value not only to the contractor but to the ultimate client. The subject is taught in a highly interactive environment and covers a range of topics relating to the opportunities and methods employed by contractors to leverage BIM during construction.
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Study plan
Take the guess work out of planning your study schedule. Your program's study plan has been carefully curated to provide a clear guide on the sequential subjects to be studied in each semester of your program. Your study plan is designed around connected subject themes to equip you with the fundamental knowledge required as you progress through your course.
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Program not available for international students
Your preference is currently set to international. If you’re a domestic student, return to the program.