MSc Quantity Surveying

The module aims to develop students’ knowledge and understanding of the design process and construction technologies. Professionals working in the Built Environment must possess a comprehensive understanding and expertise in sustainable design, manufacturing processes, construction technology, building services, and the application and benefits of Building Information Modelling (BIM).

This module introduces you to the various stages of design, from strategic definition through to technical design. Alongside this, it will examine various traditional and modern construction technologies, beginning with residential and low-rise construction types before progressing to more complex commercial, industrial, and multi-storey construction typologies. Additionally, you will explore the integration of building services such as water, heating, drainage, energy, and data in a sustainable manner, aiming to minimise the environmental impact of construction projects and building operation.

You will consider the impact of factors such as climate change, urbanisation, carbon reduction targets, skills shortages, and material availability on the design and manufacturing processes, construction technologies, and structural forms adopted within the Built Environment sector. Furthermore, you will examine the role of Government legislation and regulation in construction, with particular focus on workforce safety and the safety of building occupants during the construction phase and handover.

By the end of the module, you will have a solid understanding and appreciation of various construction technologies and building services, as well as their contribution to a sustainable Built Environment. Moreover, you will have developed valuable technical, research, and critical thinking skills, including proficiency in interpreting construction information. Upon completion of this module, you will be able to understand and evaluate the role and impact of design and construction technology in fostering a sustainable Built Environment.

This module examines the Built Environment sector, markets, and organisations at a local, national, and international level, as well as the impact of government economic policy and globalisation on the sector. It examines the principles underlying the relationship between economic theory and the Built Environment sector.

You will study how the sector makes effective use of resources and how, in the move towards decarbonising our economies, the environment can be afforded protection through embedding sustainable principles in our practice.

The relationship between business planning activities and corporate objectives will be explored to gain an understanding of the essential elements of a business plan and methods for financial benchmarking. Following on from this, the module will explore accounting concepts and principles and you will gain an understanding of the format of management and company accounts as well as how they are prepared, including balance sheets, profit and loss, and cashflow statements.

Throughout the module, you will consider how we can leverage big data for businesses’ decision making in the Built Environment. With the abundance of available data and analytical tools, organisations recognise the importance of effectively using it to gain a competitive edge. Through utilising data analytics and data visualisation tools, you will develop solutions to scenario-based problems and present them effectively.

The module aims to provide students with a critical awareness of the processes behind successful procurement and contract management of a construction project. It aims to develop their knowledge and understanding of the legal and contractual context within which construction projects operate and the project contexts that influence the procurement strategy.

The module will explain the fundamental concepts of procurement and contracting as well as examining the project procurement management knowledge area processes: plan procurements, conduct procurements, administer procurements, and close procurements. It also covers project outsourcing techniques and tools including soliciting, selecting, and managing subcontractors.

It will examine the construction project procurement cycle and the statutory and legal frameworks that need to be accounted for. Particular attention will be given towards sustainable procurement and the influence of an organisation’s Environment, Social, and Governance (ESG) Strategy on project finance and procurement.

The knowledge gained will enable the student to propose project contract and procurement strategies for planning, decision making, and control.

By the end of the module, students should be able to critically evaluate the following:

• The principles of Contract Law
• The roles and responsibilities of the contract parties
• Contract selection and procurement routes
• Procurement strategies available for different project types
• The impact of governance on a project procurement strategy for public and private projects
• How a procurement method contributes to an organisation and/or projects ESG goals
• The use of digital tools to aid procurement
• Standard form of contracts and their procurement terms
• Techniques to manage disputes towards resolution

This module will focus on the practice of Quantity Surveying and will draw upon the knowledge and understanding gained from other modules on the course. The aim of the module is to provide you with a comprehensive understanding of Quantity Surveying Practice in the context of a complete construction project, from both client and contractor perspectives.The objective of the module is to develop the skills necessary to practice as a Quantity Surveyor in a consultancy or commercial management role.

You will evaluate the factors which affect design economics across the whole building lifecycle, including both capital and lifecycle costs. You will study how a Quantity Surveyor needs to be expert in cost planning and through doing so gain a detailed knowledge as to how cost planning during the design development stage of a project can assist with the financial control of a project.

This will involve you studying aspects of practice which include the rules under which order of cost estimates and elemental cost plans are produced and how value engineering can be used to control project costs. You will gain an understanding of how construction works are quantified and costed, including the use of standard methods of measurement at different stages of the project and the production of pricing documents such as schedules of works and bills of quantities.

The aim of this module is to provide the student with knowledge and understanding of risk and uncertainty theories and an appreciation of the differences between risks found on different project types.

Responding to today’s highly complex project landscapes, the module looks at risk management in a contemporary way, including complex projects which involve an unusual degree of uncertainty and unpredictability.

The module will introduce students to risk analysis techniques and how they can help the project team in making decisions under a highly dynamic project landscape. It will provide students with the tools to identify and assess risk and make informed decisions including how to manage risks within the context of a changing project environment. The module looks at “managing change” from the perspective of the risks involved.

By the end of the module students should be able to critically evaluate the following:

The level of individual element and overall project risk

• Project complexity and risk
• Tools available to manage qualitative and quantitative project risks
• Appropriate means to manage risk
• The links between project change and risks

The module aims to develop a critical awareness of the background and drivers for sustainable development. It will explore the development of the sustainability agenda, different approaches to sustainable development, and the key trends in society that affect, and are affected by, the Built Environment.

It will consider how climate change, urbanisation, and other factors are placing pressure on the Built Environment across the globe to deliver agile and appropriate responses to challenges, such as accelerated climate change, extreme weather, and societal change.

The knowledge gained will enable students to understand the impact of the Built Environment sector on the sustainability agenda.

By the end of the module, students should be able to critically evaluate the following:

• The background behind the sustainability in the Built Environment agenda
• Drivers for change and appropriate responses
• The role of development in maintaining and sustaining the wider environment
• Techniques that can be adopted to reduce our Built Environment operational energy demand
• The different types of infrastructure and their role in achieving Sustainable Built Environments
• Strategies to ensure energy security, positioned within a low-carbon energy-mix

The module will provide you with the opportunity to undertake an in-depth study of a subject that is of personal and academic interest within your field. You should focus your research on a topic or problem relevant to your current programme of study, based on an academic subject of interest, your current work practice, or recent work experience or placement. The submission will take the form of a dissertation.

You are encouraged to develop your critical thinking skills and undertake rigorous, theoretically-informed research. The module will deepen your understanding of the links between conceptual issues, the subject area, and research methods.

The module will introduce you to research methods and strategies that are appropriate to your area of study. It will provide you with experience in the planning and implementation of a research project, as well as the subsequent writing up of research findings in a dissertation, while encouraging you to engage in critical thinking throughout the process.