This subject is designed to assist students to become successful independent and reflective learners. It introduces students to a range of theories and concepts to facilitate the development of practical skills and personal attitudes necessary for success in tertiary study. The subject also develops basic competencies in using computers and application software for the Building Design Management and Construction Management industries. The subject covers the use of word-processing software and spreadsheets. Students are also introduced to project management and design software.

This subject is designed to assist students to become competent in the field of introductory senior mathematics. It introduces and reinforces mathematical skills in the areas of scale, application of scale, Pythagoras theory, trigonometry, sine and cosine, application of sine and cosine, building volumes, application of building volumes, gradients, application of gradients and thermal flow. Emphasis is placed on developing key competencies in building calculations.

This subject has been replaced by equivalanet subject 700305 from Term 3, 2021. The aim of this subject is to provide students with an overview of the design, classification, applicable Australian Standards, structural systems, construction techniques, materials handling systems, building services, fit-out and finishes for larger scale buildings.

This introductory subject describes the context of safety management in the Australian construction industry. The topics covered include: The poor long-term record in the construction industry on Workplace Health and Safety (WHS); Strategies for improving the industry performance; Introduction to hazard identification and risk management; and Individual safety awareness and personal responsibility.

This subject describes the context of safety management in the Australian construction industry. The topics covered include: The poor long-term record in the construction industry on Workplace Health and Safety (WHS); Strategies for improving the industry performance; Introduction to hazard identification and risk management; and Individual safety awareness and personal responsibility.

This subject explores the important parameters that are used to facilitate sustainable change in the built environment. Building design is a tool to minimise the use of scarce resources and reduce the impact on the natural Australian landscape. Improving the standard of liveability in urban and peri-urban communities is addressed through the development of holistic building design solutions.

This subject explores the important parameters that are used to facilitate sustainable change in the built environment. Building design is a tool to minimise the use of scarce resources and reduce the impact on the natural Australian landscape. Improving the standard of liveability in urban and peri-urban communities is addressed through the development of holistic building design solutions.

This subject provides students with an overview of regulations and construction techniques with an emphasis on low-rise residential buildings in the Australian context. It covers general process; building regulations; environmental issues; surveying techniques; structural elements (footings, framing and bracing); envelope; services; fit-out and finishes.

Property Development Controls provides students with an understanding of the property planning process from both a State government and Local government perspective. The subject will cover the areas of planning instruments, planning process, property development control issues and planning applications. The subject will also address the areas of the valuation and development impact of planning and environment regulations, with specific reference to the regulatory framework that regulates planning and development in NSW and the impact on the property industry in Australia.

This subject provides students with an introductory overview of the way in which scientific principles impact on the structure, fabric and performance of the built environment. Areas covered will include the concepts of force, energy and work in building structures; properties of common building materials; and significant aspects of heat, light and sound in buildings. All the theoretical content will be contextualised within examples drawn from the construction industry. Students will be able to recognise the critical data required for practical decision-making in the area of building technology.

The aim of this subject is to provide students with an introduction to the design, classification, applicable Australian Standards, structural systems, construction techniques, materials handling systems, building services, fit-out and finishes for larger scale buildings. The subject focusses on non-residential building projects such as shopping centres, factories, warehouses, office buildings and associated facilities.

This subject provides students with an overview of regulations and construction techniques with an emphasis on low-rise residential buildings in the Australian context. It covers general process, building regulations, environmental issues, surveying techniques, structural elements (footings, framing and bracing), envelope, services, fit-out and finishes.

This subject provides students with an introductory overview of the way in which scientific principles impact on the structure, fabric and performance of the built environment. Areas covered will include the concepts of force, energy and work in building structures; properties of common building materials; and significant aspects of heat, light and sound in buildings. All the theoretical content will be contextualised within examples drawn from the construction industry. Students will be able to recognise the critical data required for practical decision-making in the area of building technology.

This subject provides students with an introduction to the design, classification, applicable Australian Standards, structural systems, construction techniques, materials handling systems, building services, fit-out and finishes for larger scale buildings. The subject focusses on non-residential building projects such as shopping centres, factories, warehouses, office buildings and associated facilities.

This subject provides students with an overview of regulations and construction techniques with an emphasis on low-rise residential buildings in the Australian context. It covers general process, building regulations, environmental issues, surveying techniques, structural elements (footings, framing and bracing), envelope, services, fit-out and finishes.

This subject delves into the roles and challenges confronting professionals in construction site management and administration. Through the lens of real-world case studies and project scenarios, students gain an introductory understanding of the diverse responsibilities involved in construction management and site administration. The subject features a specialised task focused on research and problem-solving, targeting sustainability challenges in the construction industry. Alongside developing fundamental research and communication skills, the subject places a strong emphasis on academic and business literacy. Skills in project management and teamwork are also cultivated, preparing students for future academic pursuits and professional engagements in construction site administration and beyond.

This subject provides students with an overview of domestic construction regulations and techniques with an emphasis on low-rise residential buildings in the Australian context. It covers general processes, building regulations, environmental issues, surveying techniques, structural elements (footings, framing and bracing), envelopes, services, fit-outs, and finishes.

This subject provides students with an introduction to the design, classification, applicable Australian Standards, structural systems, construction techniques, materials handling systems, building services, fit-out and finishes for larger scale buildings. The subject focusses on commercial construction projects such as shopping centres, factories, warehouses, office buildings and associated facilities.

This subject describes the context of safety management within the Australian construction industry. Covering a range of topics, the subject addresses the sector's historically subpar performance in Workplace Health and Safety (WHS) while exploring avenues for improvement. The subject extends beyond basic hazard identification and risk management to encompass an in-depth look at workplace safety responsibilities, causes of accidents, WHS legal frameworks, and individual accountability. It also covers the specific hazards and controls related to WHS, techniques for thorough accident investigation, and the economic and ethical considerations affecting construction safety. Finally, the subject outlines effective principles and strategies for promoting a culture of safety within the industry.

This subject will provide students with an understanding of the principles of design economics and the factors that affect the cost of buildings. Students will learn cost planning process and will be introduced to a range of estimating techniques that could be used at various stages of a building project. A particular focus would be to understand the tendering process and how to prepare detailed estimates using unit rate method.

This subject is designed to develop the techniques required to measure, quantify and prepare bills of quantities for residential construction using standard method of building measurements. It will help students to appreciate basic role of a quantity surveyor.

This subject develops an awareness of the regulations used to control risk in buildings. Major sources of risk, such as fire and public health, are identified and controlled. Building regulations of high risk regions, such as cyclonic, seismic and bushfire-prone areas, are also discussed. The subject emphasises the safety of vulnerable occupants, such as young children, disabled people and the elderly. The subject also explores recent developments in the National Construction Code (NCC: formerly BCA) concerning energy efficiency.

This subject explores the history of building design in Australia and applies this contextual knowledge to the design of additions to existing buildings, as well as, to infill development in heritage areas. Built form, scale, materials, finishes and streetscape are considered so that new structures complement rather than detract from existing heritage buildings. The appropriateness of preservation, restoration, renovation, retrofit and adaptation strategies for older buildings is examined in the context of market and regulatory constraints on built heritage.

This subject presents the principles of construction contracts and how the contracts are managed in a construction contract at an introductory level. Key project parties, project life cycle, procurement approaches, payment contracts and contract documents are also introduced. Students will complete a range of tutorials and assessments that aim to build understanding of the administration of a contract while further developing the communication skills and basic ability to read, review and interpret contract

This subject presents the principles of construction contracts and how the contracts are managed in a construction contract at an introductory level. Key project parties, project life cycle, procurement approaches, payment contracts and contract documents are also introduced. Students will complete a range of tutorials and assessments that aim to build understanding of the administration of a contract while further developing the communication skills and basic ability to read, review and interpret contract documentation.

In this subject, students will engage in project-based learning related to Sustainable Construction to practice sustainable approaches in real construction projects. Students will select a project with an agreed industry partner, which will involve sustainable construction practices, for example: sustainability assessments, managing green building projects, carbon emission assessments, cost-benefit analysis and the circular economy. This subject contributes towards the skills required for a work-ready graduate and allows the student to plan, undertake and report on a specific aspect of practice in the context of work.

This subject provides students with the fundamental knowledge for project leadership and team management. Through the application of their developing skill sets to real-world, industry based scenarios, students will develop their capabilities for managing different teams and stakeholders in construction projects to achieve positive project outcomes. Students will explore complex construction project environments and recognise the role of emotional intelligence and project leadership in successful construction project delivery across a diverse range of career paths in the construction and building industries.

Building design is an iterative process. In this subject students will gain experience in generating design proposals and responding to simulated client and stakeholder feedback. Holistic designsolutions that address economic, environmental and social issues (triple bottom line assessment) will be generated for realistic building projects.

This subject is designed to provide skills and knowledge for information management technology and practice as it relates to the building industry. The subject gives and overview of information management, data collection and storage, information classification systems, communications, specialist computer applications and artificial intelligence.

This subject explores the process of formulating the quantitative and qualitative requirements for a complex construction project. Students will analyse and evaluate competing parameters for a specific building project which contains residential, commercial and community facilities.

Construction and Property development is the most complex activity in the Australian economy. There are many professional groups involved in the sector. This subject will train students in the negotiation skills required to successfully complete projects from the perspective of a construction manager, building surveyor, planner, civil engineer, construction lawyer and property developer.

Introduces students to the concepts of quality systems value management techniques and their application to the built environment. Students will gain knowledge of quality assurance and value management theories, techniques and principles so that they can apply as they enter into their professional careers.

This Subject provides students with advanced quantity surveying techniques for the evaluation of construction costs in the construction management and built environment context. Students learn to perform various cost studies, consider sustainability issues and make whole life cost choices that contribute to cost effective construction projects. The tools and techniques students learn are essential in dealing with increasing complexity in the industry.

This subject is centred around the dynamics of managing a construction contracting enterprise. Student groups act as a Board of Directors to plan, communicate, execute, and adjust strategy as they pursue to optimise their firm's outcomes in an online competitive game. Knowledge areas of staffing, finance, labour management, risk management and tendering are challenged. Each week, student groups are scored objectively and given feedback. This shows the team the strengths and weaknesses of the prior week's decision making. Academic staff will work with each student group to refine and improve understanding of the complex dynamics involved. Assessments will be based on decision-making improvement and mastery of strategic and operational principles.

In this subject, students will engage in project-based learning related to Global Construction practices in the industry. Students will select a project with an agreed industry partner on construction and management of mega or complex projects to study aspects such as stakeholder management and communication, modern construction methods, productivity and quality assurance. This subject contributes towards the skills required for a work-ready graduate and allows the student to plan, undertake and report on a specific aspect of practice in the context of work.

This subject provides the foundations in fire safety engineering principles and the techniques and tools used in building fire safety design. Students learn the key principles of fire and heat transfer, building material and cladding systems’ behaviours in fire, fire testing methods, fire-damage assessment methods, and concepts of performance-based building fire safety design. Using examples of fire engineering briefs and reports, students expand their knowledge and skills in real-world contexts. It also builds the skills required for a work-ready graduate and allows the student to plan, undertake and report on a specific aspect of practice in the context of their work.

This subject provides students with the knowledge and skills to manage building contracts, expanding on knowledge gained in the first year core subject Contract Administration. Students learn the professional practice skills for quantity surveying and contract administration services during construction. Knowledge gained in this subject will benefit students aspiring to careers such as Contract Managers and Quantity Surveyors.

As increased digitalisation drives the construction industry, this unit engages students in industry project-based learning related to Advanced Digital Construction. Students will select a project with an agreed industry partner, which involves or anticipates involvement in any of the following advanced digital construction applications: BIM, e-procurement and tendering, smart contracts, robotics, drones, artificial intelligence, virtual reality, IoT, additive manufacturing (3D) and digital twins. This subject contributes towards the skills required for a work-ready graduate and allows the student to plan, undertake and report on a specific aspect of practice in the context of work.

The subject provides an overview of the ideal ethical standards for construction services incorporating the concept of trustworthiness as the only reliable indicator of ethical building and design practices. The concept of an ethical construction industry that causes no harm to end-user, client, the public or environment is explained. Students explore ethical challenges in the quality assurance mechanisms for building materials and components and reflect on their professional practice that contributes to the protection of end-users through trustworthy buildings.

In this subject students will source a suitable design project to complete as a capstone work which illustrates the skills they have developed throughout their study program. The project will contain a level of complexity exceeding that of previous building designs produced in the program. Diverse stakeholder input on the projects impact will be gathered and assessed.

In this subject students will develop the design solution they created in Building Design Project 1 into a fully resolved CAD model suitable for costing, scheduling and contracting. Construction Certificate documentation will be generated.

This subject is designed to provide students with: an understanding of economic principles, national and international economic issues; general investment issues; how the national and international economy functions; how the building industry and the building firm relates to the national and international economy; and how economic reasoning may be applied to various problems in the building industry.

This subject will enhance the ability of students to investigate a selected topic with a construction industry focus and involves preparation of a literature review. Content includes mechanics of a literature review, use of research (or strategic planning) in the construction industry, development of high-value competencies in terms of marketing, organisational structure and project management.

In this subject the pace of change in the construction industry will be addressed. Particular emphasis is placed on the ways in which construction businesses need to adapt their practices to deal with increased digitisation, industrialisation and globalisation. The impact of disruptive innovation on 'back of house' operations in construction enterprises will be studied and trends identified.

In this unit, accelerating changes in the way construction projects are procured and delivered will be studied. Innovations relating to pre-site construction and to productivity measurement will be evaluated. Quality assurance and risk management will be considered in the light of new project delivery systems. Ways to improve end user satisfaction with construction project delivery will be addressed.

This subject offers knowledge and skills essential for a successful application of Building Information Modelling (BIM) in the context of the built environment. BIM has the potential to improve integration between design and construction processes, reduce design discrepancies and rework, optimise project time and cost performance, and manage risks. Students will develop an understanding of the generation, reviewing and application of 3D, 4D and 5D BIM models in building projects including aspects of BIM execution plans, cost and schedule integration, and document management. This subject will be taught through intensive practice-based workshops and computing labs, enabling students to build skills in virtual design and construction processes.

This subject is designed to allow students to gain experience with the complexity of the construction industry by integrating knowledge from earlier subjects. The subject involves group work on construction planning and management, regulatory control and client liaison required for initiating and completing a complex residential construction project.

This subject introduces students to various research methods that are applicable for research in the Built Environment and also guides students on how to carry out a literature review leading to identifying a clear research question. Students will be required to submit a research proposal for an identified research problem within a chosen research topic, under the supervision of an assigned research academic.

In this subject, students continue their research based on the literature review and research design submitted as part of the Construction Research Methods, under the close guidance of the same research supervisor. The research will be extended using appropriate research methods to perform data collection, data analysis and research conclusions. The students will submit an original thesis report on a research endeavour (continued from the research report in subject Construction Research Methods). In addition to the specialist knowledge on the chosen research topic, students will learn a range of skills including academic writing, project management, critical thinking and analytical skills.

Students are required to undertake 1200 hours of industry based experience as required by course and professional accreditation bodies.

In this subject, students will engage in project-based learning related to Construction Leadership within an industry framework. Students will select a project with an agreed industry partner to develop any of the following managerial and leadership skills in construction settings: organisation management and applications, strategic management, change management, corporate social responsibility, human resource management, knowledge management and organisational resilience. This subject contributes towards the skills required for a work-ready graduate and allows the student to plan, undertake and report on a specific aspect of practice in the context of work.

This is a capstone subject, where students will source a suitable design project at their own initiative to illustrate the skills they have developed throughout their program. The project will contain a high level of complexity exceeding that of previous building designs produced in the program. Diverse stakeholder input on the project's impact will be gathered and assessed. The design solution generated will show mastery of resolving complex design problems which integrate technical knowledge with economic and social responsibility based on extensive justifying research. These skills are highly sought after by employers in the building design industry.

In this subject, students will continue to develop the design solution they created in Building Design Project 1 (Development Application) into a fully resolved CAD model suitable for costing, scheduling, and contracting. Students apply technical and critical thinking skills to address the project constraints, and present project documentation (site plans, floor plans, elevations, sections, details, and specifications) of a quality suitable to apply for a Construction Certificate. Complex constraints relating to buildability and efficient project delivery will be resolved based on extensive justifying research. Strict budgetary constraints will be imposed, and students will be expected to demonstrate a capacity to use lateral thinking and generate creative solutions in response to problematic situations which arise during project delivery but which were unknown at project commencement. Knowledge gained in this subject will benefit students aspiring to roles in the integrated building design industry and the delivery of building design solutions.

In this subject, students will engage in project-based learning related to Construction Procurement to gain practical skills in managing complex and dynamic construction industry procurement practices. Students will select a project with an agreed industry partner on any of the following suggested topics: new procurement systems, commercial and business management implementations, ethics and trust-based relationships, risk management, sustainable and lean construction. This subject contributes towards the skills required for a work-ready graduate and allows the student to plan, undertake and report on a specific aspect of practice in the context of work.

This subject extends upon the knowledge and skills in BLDG4008 Digital Construction to develop greater understanding and capability in the innovative application of Building Information Modelling (BIM) in the context of built environment. Students will develop an understanding of the generation, reviewing and application of 6D and 7D BIM models in building projects. Virtual and augmented reality, spatial information and reality capture technologies, and performance management systems will also be introduced. This subject will be taught through intensive practice based workshops and computing labs, enabling students to build skills in virtual design and construction processes.

This subject introduces contractual procedures and legal principles relating to construction claims. Students develop cognitive and technical skills to construct and assess construction claims through practical and real world activities. In addition, students examine delay analysis and quantum determination in extension of time (EoT) claims with real work examples. An important component of this subject is understanding the role and responsibility of an expert witness, managing expert appointments effectively, acquiring skills when compiling comprehensive expert reports and delivering expert evidence to tribunals. Students will have opportunities to expand their skills through professional practice tasks.

This subject introduces various contract types and risks involved in construction project management. The subject extends to examining contractual claims management and procedures together with alternative dispute resolution methods. The subject will further help students to understand change management process and develop a change management plan.

This subject introduces the role and functions of the building surveyor and the National Construction Code of Australia (NCCA). The topics include building legislation, NCCA general provisions, structure and philosophy. Students are required to understand the objectives, the function statements and the performance requirements of various sections of Volume One of NCCA. The concept of performance based approach is discussed and compared with the prescriptive approach. The content covers the relationship between research in the development of building codes and the role played by approval/certifying authorities in building assessment and approval. Legal obligations of building surveyors, their tasks of assessment, enforcement and documentation are also explained.

This subject describes and analyses the technological, socio-economic and sustainability factors that influence the building industry. The topics include advances in contemporary issues affecting sustainability and energy conservation, access and adaptable housing, safety in special areas and building design in accordance with the relevant legislative requirements. Use of assessment tools for sustainability is covered. Discussions are also made on development management, the roles and the relationship between building owners /occupiers, developers and building surveyors.

This subject describes the basis for the design and construction of buildings to withstand bushfire attack, the measures that can be incorporated into building design to achieve this and the legislative building requirements affecting bushfire environments. The subject examines the mechanisms of bushfire attack on structures, the role of landscaping on building survival and how materials perform in the presence of a bushfire event. The subject describes the role of the Building Code of Australia (BCA) and Australian Standards in the construction of various building types and the legislative and regulatory environment in which this operates.

This subject introduces the concept of risk assessment for fire safety systems relevant to life safety and property protection. The subject helps students develop an understanding of building occupant characteristics and human behaviour during fire emergencies. Parameters, methods and criteria for risk and economic assessments are covered in this subject.

Financing infrastructure to keep cities running and growing at a time when governments face new financial constraints is a key challenge for urban managers. In order to be able to contribute to the debate about financing cities it is important for future urban managers to develop a basic financial literacy, understand and draw on the options for financing essential urban functions in Australia cities and elsewhere, and assess the tensions involved in public and private financing pathways. This subject addresses these needs through both theoretical and practical approaches to the city as a set of flows within a wider urban network of relations. Students develop their understanding via interactive lectures, case studies, fieldwork exercises and assignments.

The basis of this subject is to ensure students become accustomed to reading and interpreting laws that specifically relate to building legislation. The subject provides students with an introduction to and sound working knowledge of the prescriptive provisions of the National Construction Code (BCA) Volume 1 & 2, associated Standards, codes and statutory interpretation as it applies to residential buildings. This subject will develop a sound knowledge of the National Construction Code (BCA) - Volume 2 and an introduction to rise in storeys, types of construction and the fire requirement for building elements in the National Construction Code (BCA) Vol. 1, Building Profession Act 2005 and other associated legislation. Residential building work includes work under the Home Building Act 1989, which involves the construction of a dwelling, and alterations or additions to a dwelling. It also will relate to repairing, renovating, decorating or applying protective treatment to a dwelling. The subject applies to residential buildings and associated structures and includes the evaluation and interpretation of performance requirements, classification of buildings according to National Construction Code (BCA) criteria, limitations of the referenced documents (National Construction Code (BCA) - Volume 2) and strategies for compliance. Students will need to relate the objectives of the National Construction Code (BCA) and the purpose of its respective provisions in relation to construction of residential buildings and the evaluation of associated documentation.

The basis of this subject is to ensure students become accustomed to reading and interpreting building and related laws. The subject provides students with background knowledge of the negligence, administrative law, life safety, proportional liability, contracts and statutory interpretation as it applies to architecture, building surveying, fire engineering and bushfire protection. The subject studies the codes of professional conduct, ethics, conflict of interest and the rules of evidence within the legal constraints when acting as certifiers and or experts. The jurisdictional requirements for certification are considered and assessed. These professions can act as expert witnesses and consequently need to understand codes of professional conduct, ethics, conflict of interest and the rules of providing expert evidence. In doing so, they are potentially required to brief solicitors or other legal professionals and will ultimately have a duty to the court or tribunal.

This subject examines contemporary practice in relation to procurement strategies such as traditional procurement, relational contracting, strategic project alliancing, and public-private partnerships / private finance initiatives within project environments. The subject will challenge students to examine built environment business ecologies which underpin strategic procurement decision making. Unique procurement environments will be explored, allowing the students to examine key themes of procurement management.

This work integrated learning subject will provide students enrolled in the Master of Project Management with an opportunity to undertake work placement focusing on project management (PM) in a professional organisation within an industry relevant to students' specialisation or generic option. The placement will allow students to observe and develop PM professional skills and behaviour, integrate theoretical and practical PM knowledge and conventions into a real world setting, and establish project management competency, all in line with recognised world standard in project management. This subject aims to promote greater engagement with career planning and progression and hence improve job readiness.

This WIL subject builds on its predecessor, Work-Integrated Learning in Project Management A and will provide students enrolled in the Master of Project Management with an opportunity to undertake work placement focusing on project management (PM) in a professional organisation within an industry relevant to students' specialisation or generic option. The placement will allow students to further develop PM professional skills and behaviour, integrate theoretical and practical PM knowledge and conventions into a real world setting, and establish project management competency, all in line with recognized world standard in project management. The subject aims to further promote greater engagement with career planning and progression and hence improve job readiness.

This subject examines contemporary practice in relation to procurement strategies such as traditional procurement, relational contracting, strategic project alliancing, and public-private partnerships / private finance initiatives within project environments. The subject will challenge students to examine built environment business ecologies which underpin strategic procurement decision making. Unique procurement environments will be explored, allowing the students to examine key themes of procurement management.

In this subject, students are placed with relevant employers to work on a variety of industry related tasks. Placements are structured for student engagement in professional work in their relevant field of study. Placement agencies ensure students are supervised by experienced practitioners, are mentored through site visits and work on projects in a professional capacity. Agreements with supervisors and clear communication lines are set to clarify student engagement and their involvement in meaningful professional tasks that contribute to an authentic learning experience. This subject aims to promote greater engagement with career planning and progression and hence improve job readiness.

In this subject students are placed with relevant employers to work on a variety of industry related tasks. Placements are structured for student engagement in professional work in their relevant field of study. Placement agencies ensure students are supervised by experienced practitioners, are mentored through site visits and work on projects in a professional capacity. Agreements with supervisors and clear communication lines are set to clarify student engagement and their involvement in meaningful professional tasks that contribute to an authentic learning experience. This subject aims to promote greater engagement with career planning and progression and hence improve job readiness.