MSc Quantity Surveying

The MSc Quantity Surveying is a specialised postgraduate programme that develops advanced expertise in construction cost control and the built environment. It focuses on key areas such as construction economics, procurement strategies, contract administration, cost planning, and commercial project management, preparing students for in-demand roles within the global construction industry.

Designed for graduates and working professionals aiming to enter or advance in the construction and infrastructure sectors, the course blends academic theory with practical, industry-focused learning. Students gain the skills to manage project finances, assess commercial risks, and ensure construction projects are completed on time, within budget, and in compliance with legal and contractual requirements.

Throughout the programme, learners engage in case studies, real-world projects, and research-led assignments that strengthen analytical thinking, problem-solving, and decision-making abilities in complex construction environments.

With an emphasis on sustainability, innovation, and global industry practices, the MSc Quantity Surveying opens pathways to careers such as quantity surveyor, cost consultant, commercial manager, and project manager, offering strong global employment prospects in the growing built environment sector.

Overview

Course category

Degree Program

Course Duration

16 months

Evaluation

Assignment Based

Study Units

7

Learning Mode

Online | E-Learning

Qualification Structure

To achieve the,MSc Quantity Surveying; Candidates must complete the following Modules,

  • Applied Research Project
  • Built Environment Economics and Finance
  • Construction Design and Technology
  • Managing Risk and Uncertainty
  • Procurement and Contract Practice
  • Quantity Surveying Practice
  • Sustainable Built Environments
  • Applied Research Project
  • Create a considered, topical, applied research project.
  • Evaluate complex ideas and analysis in their area of study.
  • Formulate a complex argument within a theoretical and practical framework.
  • Demonstrate self-direction, confidence, resilience, ambition, and creativity in carrying out independent and evidence informed study in an area of the built environment.
  • Communicate research findings through writing clear, comprehensible narrative in accordance with academic conventions.
  • Built Environment Economics and Finance
  • analyse the impact of global markets and government economic policies on the Built Environment sector.
  • appraise how business planning activities contribute to the achievement of corporate objectives.
  • evaluate management and company accounts, including profit and loss statements, cash flow statements and balance sheets to determine the financial health of a company.
  • analyse big data and make decisions to achieve positive outcomes.
  • effectively communicate solutions at levels of detail appropriate to your audience.
  • Construction Design and Technology
  • demonstrate a detailed knowledge and understanding of the stages of project design and delivery, from strategic definition to building operation.
  • propose appropriate construction technologies for the construction of residential, low-rise, and framed building types.
  • appraise the structural, fire, and other performance characteristics of different materials and construction technology solutions against relevant legislation and regulations.
  • interpret a project brief and propose and justify appropriate construction-technology, structural, and building-services solutions.
  • generate construction solutions based on their contribution towards a sustainable Built Environment.
  • Managing Risk and Uncertainty
  • Utilise advanced techniques to identify and categorise risks considering their potential impact on project and organisational value. 
  • Evaluate and monitor the selected risk response strategies and consider their implications for value delivery and optimisation.
  • Apply advanced quantitative risk analysis techniques while recognising their role in value driven decision making.
  • Distinguish between risk and uncertainty and understand their implications for value management.
  • Procurement and Contract Practice
  • distinguish between procurement methods with consideration of client requirements and the project governance when selecting an appropriate approach to procuring a construction project.
  • demonstrate a systematic understanding of the key stages and processes in procuring services and works for various types of construction projects or programmes.
  • propose project supply chain strategies, supported by cogent arguments considering a client organisation’s requirements, ESG goals, the project approach to risk, and other influencing factors.
  • examine and appraise the legal context of Construction and Real Estate.
  • appraise, select, and manage construction contracts, and the application of dispute resolution techniques, within a complex Built-Environment context.
  • Quantity Surveying Practice
  • Apply measurement rules and cost planning methods to develop accurate order of cost estimates in construction projects.
  • Apply Value Engineering (VE) and design economics principles to enhance cost-efficiency and sustainability in project design and execution.
  • Demonstrate proficiency in estimating techniques, cost control, and reporting for effective project finance management.
  • Evaluate and manage valuations, payments, contract variations, delay claims, within construction projects.
  • Apply ethical principles, client care procedures, and professional conduct to ensure accountability and transparency in financial management.
  • Critically appraise QS and CM software for measurement, cost planning, and contract administration while fostering collaboration, diversity, and inclusion in professional practice.
  • Sustainable Built Environments
  • articulate the key drivers behind the need to move towards a Sustainable Built Environment
  • propose responses that can be made, at different scales, to move towards a sustainable Built Environment.
  • evaluate the instruments through which Sustainable Built Environments are promoted and measured around the globe, including accreditation schemes and legislation.
  • appraise the contributions the Built Environment professionals and Professional Bodies make towards Sustainable Built Environments.
  • formulate responses based on evidence from research and practice.
Entry Requirements

Entry Requirements

  • Applicants must be at least 21 years old at the time of enrollment.
  • A recognised Bachelor’s degree (or equivalent) in Quantity Surveying, Construction Management, Civil Engineering, Architecture, or a related discipline is usually required.
  • Relevant work experience in construction, infrastructure, or project management is advantageous but not mandatory.
  • Applicants whose first language is not English must demonstrate proficiency to ensure they can meet the academic and professional demands of the programme.

Inspire Institute of Technologies is  an approved partner to deliver this program.

What You Need to Know

This course is ideal for graduates in Quantity Surveying, Construction Management, Civil Engineering, Architecture, or related fields, as well as professionals seeking to advance their careers in the construction and infrastructure industry.

Yes, Quantity Surveyors are in strong demand globally due to continuous growth in construction, infrastructure, and real estate development.

It develops strong analytical skills, teaches tools like Python and R, and improves ability to work with data for economic and business insights.

It is a balanced mix of both, with a strong focus on practical, industry-based learning through case studies, projects, and real-world applications.

Graduates may progress into senior management roles in construction or pursue professional accreditation and memberships such as RICS.

Yes, MSc Quantity Surveying is widely recognised internationally, especially when awarded by accredited and reputable universities, and is highly valued in the global construction and infrastructure industry.

Apply for This Course

Similar Posts