Training course

Overview

Quantity Surveying Fundamentals is a comprehensive professional training course designed to provide participants with a strong foundation in quantity surveying principles, construction measurement, cost estimating, tendering, procurement, contract administration, and commercial management. The course introduces the essential knowledge and practical techniques required to measure construction work, prepare bills of quantities, develop cost estimates, analyze rates, monitor project expenditure, and support effective financial decision-making throughout the construction project lifecycle. It is suitable for professionals seeking structured knowledge of modern quantity surveying practice and construction cost management.

This Quantity Surveying Fundamentals training course covers the core processes used to establish, control, and manage construction costs from feasibility and preliminary design through procurement, construction, valuation, final accounts, and project closeout. Participants explore construction drawings and specifications, measurement principles, standard methods of measurement, quantity take-off, bills of quantities, schedules of rates, cost planning, elemental estimating, resource-based rate analysis, tender documentation, bid evaluation, and interim valuations. Practical tools such as measurement sheets, dimension paper, take-off templates, rate build-ups, cost plans, cash-flow forecasts, valuation certificates, variation registers, and cost-control reports are integrated throughout the program.

The program also develops practical understanding of construction procurement, contracts, variations, claims, extensions of time, provisional sums, prime cost items, fluctuations, subcontractor accounts, and final account procedures. Participants examine relevant professional and industry frameworks, including internationally recognized measurement practices, applicable standard methods of measurement, FIDIC contract concepts, construction cost-control principles, and professional ethics and governance requirements. Through exercises, case studies, tender simulations, measurement workshops, and real-world commercial scenarios, participants develop the ability to identify cost risks, evaluate contractor submissions, maintain reliable cost records, and support transparent commercial administration.

By the end of the Quantity Surveying Fundamentals course, participants will be able to apply fundamental quantity surveying techniques across the construction project lifecycle and contribute effectively to cost planning, measurement, procurement, valuation, contract administration, and financial control. The course progresses from foundational measurement and estimating principles to more advanced applications involving cost forecasting, value engineering, variations, claims, risk, digital quantity surveying, BIM-based measurement, lifecycle costing, and final account management. The integrated capstone enables participants to combine measurement, estimating, tendering, cost control, valuation, and contract-administration skills in a realistic construction project scenario.

Course Duration

10 Days (80 Hours)

Target Participants

·         Quantity surveying professionals and assistant quantity surveyors

·         Graduate quantity surveyors and construction professionals

·         Civil engineering and construction professionals seeking cost-management skills

·         Construction project managers and project coordinators

·         Estimators and cost engineers

·         Commercial managers and contract administrators

·         Procurement and tendering professionals

·         Contractors and subcontractor commercial personnel

·         Architects and design professionals requiring stronger cost-management knowledge

·         Building and construction managers

·         Property development and real estate professionals

·         Finance professionals working with construction projects

·         Government and institutional professionals responsible for construction procurement

·         Professionals transitioning into quantity surveying and construction commercial roles

Course Objectives

By the end of the training, participants will be able to:

·         Explain the role, principles, functions, and professional responsibilities of quantity surveying.

·         Understand the construction project lifecycle and the quantity surveyor's role at each stage.

·         Interpret architectural, structural, civil, MEP, and specialist construction drawings for measurement purposes.

·         Apply standard measurement principles and appropriate methods of measurement to construction work.

·         Perform quantity take-offs and prepare accurate measurement documentation.

·         Prepare bills of quantities, schedules of works, schedules of rates, and other tender pricing documents.

·         Develop preliminary estimates, elemental cost plans, detailed estimates, and resource-based unit rates.

·         Apply cost planning, benchmarking, value engineering, and cost-control techniques.

·         Prepare and evaluate tender documentation, tender returns, bid comparisons, and commercial recommendations.

·         Administer interim valuations, payment applications, variations, provisional sums, and prime cost items.

·         Monitor project costs, commitments, forecasts, cash flow, and cost-to-complete information.

·         Understand contract administration, claims, extensions of time, and commercial risk management.

·         Apply FIDIC contract concepts and other relevant construction contract principles.

·         Use Excel, digital measurement tools, BIM information, and construction cost-management systems effectively.

·         Prepare final accounts and support commercial project closeout.

·         Apply professional ethics, documentation controls, auditability, and transparent commercial practices.

·         Demonstrate integrated quantity surveying competence through practical exercises, case studies, and a final capstone project.

Course Content

Day 1: Quantity Surveying Foundations, Construction Economics, and Professional Practice

Module 1: Quantity Surveying Foundations, Construction Economics, and Professional Practice

1.      Introduction to Quantity Surveying and the Role of the Quantity Surveyor

2.      Construction Project Lifecycle and Quantity Surveying Functions

3.      Pre-Contract and Post-Contract Quantity Surveying Services

4.      Construction Economics, Cost Drivers, and Market Influences

5.      Project Briefs, Client Requirements, Scope, and Cost Objectives

6.      Professional Ethics, Competence, Confidentiality, and Commercial Integrity

7.      Construction Documentation, Drawing Registers, Specifications, and Information Control

8.      Construction Cost Classifications, Direct Costs, Indirect Costs, and Overheads

9.      Quantity Surveying Workflow, Deliverables, Quality Checks, and Audit Trails

10.  Practical Exercise: Develop a Quantity Surveying Work Plan for a Building Project

Day 2: Construction Drawings, Measurement Principles, and Quantity Take-Off

Module 2: Construction Drawings, Measurement Principles, and Quantity Take-Off

1.      Reading Architectural Drawings for Quantity Measurement

2.      Interpreting Structural Drawings, Reinforcement Details, and Schedules

3.      Reading Civil, MEP, and Specialist Services Drawings

4.      Specifications, Scope Descriptions, Notes, and Measurement Implications

5.      Measurement Units, Rules, Descriptions, and Dimensioning Principles

6.      Standard Methods of Measurement and Measurement Classification

7.      Taking-Off Procedures, Dimension Sheets, Squaring, and Abstracting

8.      Measurement of Excavation, Earthworks, Foundations, and Concrete

9.      Measurement of Masonry, Finishes, Structural Elements, and Building Services

10.  Practical Exercise: Complete a Quantity Take-Off from a Building Drawing Package

Day 3: Bills of Quantities, Estimating, Rate Analysis, and Cost Planning

Module 3: Bills of Quantities, Estimating, Rate Analysis, and Cost Planning

1.      Purpose, Structure, and Preparation of Bills of Quantities

2.      Preliminaries, General Items, Preambles, and Pricing Requirements

3.      Measurement and Description of Building Work Items

4.      Civil, Structural, MEP, and Specialist Works in Bills of Quantities

5.      Schedules of Works, Schedules of Rates, and Activity-Based Pricing

6.      Preliminary Estimates and Order-of-Cost Estimating

7.      Elemental Cost Planning and Cost Benchmarking

8.      Resource-Based Rate Analysis for Labour, Materials, Plant, and Subcontractors

9.      Overheads, Profit, Risk Allowances, Escalation, and Pricing Assumptions

10.  Practical Exercise: Prepare Selected Bills of Quantities and Build Up Unit Rates

Day 4: Cost Planning, Value Engineering, Procurement, and Tender Documentation

Module 4: Cost Planning, Value Engineering, Procurement, and Tender Documentation

1.      Cost Planning Throughout Design Development

2.      Cost Checks, Cost Reports, Budget Reconciliation, and Cost Limits

3.      Cost Benchmarking, Historical Data, Market Testing, and Cost Databases

4.      Value Engineering Principles, Functional Analysis, and Cost Optimization

5.      Life-Cycle Cost Considerations in Design and Procurement Decisions

6.      Construction Procurement Methods and Their Commercial Implications

7.      Tender Strategy, Packaging, Work Sections, and Procurement Planning

8.      Tender Documentation, Instructions to Tenderers, Pricing Schedules, and Conditions

9.      Tender Queries, Addenda, Clarifications, and Commercial Information Management

10.  Case Study: Develop a Cost Plan and Value-Engineering Proposal for a Building Project

Day 5: Tendering, Bid Evaluation, Contract Formation, and Commercial Risk

Module 5: Tendering, Bid Evaluation, Contract Formation, and Commercial Risk

1.      Tender Administration and Tender Receipt Procedures

2.      Tender Compliance Checks and Commercial Review

3.      Analysis of Tender Rates, Pricing Patterns, and Abnormally High or Low Rates

4.      Tender Comparison Statements and Commercial Evaluation

5.      Contractor Financial and Commercial Capability Assessment

6.      Negotiation Principles, Tender Clarifications, and Commercial Recommendations

7.      Contract Award, Letters of Acceptance, Bonds, Guarantees, and Insurance

8.      FIDIC Contract Concepts and Key Commercial Administration Principles

9.      Construction Commercial Risk Identification, Allocation, and Risk Registers

10.  Tender Evaluation Simulation: Analyze Tender Returns and Prepare a Commercial Recommendation

Day 6: Contract Administration, Interim Valuations, Payments, and Cost Control

Module 6: Contract Administration, Interim Valuations, Payments, and Cost Control

1.      Quantity Surveyor Responsibilities During Construction

2.      Contract Documents, Instructions, Notices, and Commercial Correspondence

3.      Interim Valuations and Measurement of Work Executed

4.      Payment Applications, Valuation Certificates, Retention, and Deductions

5.      Materials on Site, Advance Payments, and Supporting Documentation

6.      Variations, Instructions, Valuation Principles, and Variation Registers

7.      Provisional Sums, Prime Cost Items, Dayworks, and Allowances

8.      Project Cost Reports, Commitments, Actual Costs, and Cost Forecasting

9.      Cash Flow Forecasting, Cost-to-Complete, and Final Cost Projection

10.  Practical Exercise: Prepare an Interim Valuation, Cost Report, and Updated Project Forecast

Day 7: Variations, Claims, Delays, Risk, and Commercial Management

Module 7: Variations, Claims, Delays, Risk, and Commercial Management

1.      Construction Variations and Change-Control Procedures

2.      Pricing Variations Using Contract Rates, Star Rates, and New Rates

3.      Extension of Time Concepts and Commercial Implications

4.      Delay, Disruption, Acceleration, and Associated Cost Considerations

5.      Claims Identification, Notification, Substantiation, and Evaluation

6.      Contractual Records, Contemporary Evidence, and Commercial Documentation

7.      Subcontractor Measurement, Valuation, Payment, and Account Management

8.      Commercial Risk Registers, Contingencies, and Exposure Monitoring

9.      Dispute Avoidance, Negotiation, Mediation, Adjudication, and Dispute Resolution Concepts

10.  Case Study: Evaluate a Complex Variation and Delay Claim Using Contractual and Cost Evidence

Day 8: Project Cost Control, Digital Quantity Surveying, BIM, and Data Analytics

Module 8: Project Cost Control, Digital Quantity Surveying, BIM, and Data Analytics

1.      Construction Cost-Control Systems and Commercial Performance Monitoring

2.      Budget Structures, Cost Codes, Commitments, Actual Costs, and Forecasts

3.      Cost-Value Reconciliation and Earned Value Concepts

4.      Cost Variance, Trend Analysis, Forecasting, and Corrective Action

5.      Excel for Quantity Surveying: Measurement, Pricing, Cost Plans, and Reporting

6.      Digital Measurement, Estimating Software, and Construction Cost Databases

7.      BIM-Based Quantity Take-Off and Model-Based Measurement

8.      4D and 5D BIM for Schedule, Quantity, and Cost Integration

9.      Digital Dashboards, Data Validation, Commercial Analytics, and Reporting

10.  Practical Exercise: Develop a Digital Cost-Control Dashboard and BIM-Based Measurement Workflow

Day 9: Advanced Cost Management, Lifecycle Economics, Sustainability, and Strategic Commercial Practice

Module 9: Advanced Cost Management, Lifecycle Economics, Sustainability, and Strategic Commercial Practice

1.      Advanced Cost Forecasting and Estimate-at-Completion Techniques

2.      Cost Risk Analysis, Sensitivity Analysis, and Scenario Planning

3.      Whole-Life Costing and Total Cost of Ownership

4.      Lifecycle Cost Analysis for Building Materials, Systems, and Equipment

5.      Sustainable Construction Costing and Environmental Performance Considerations

6.      Green Building Technologies, Energy Efficiency, and Investment Appraisal

7.      Procurement Risk, Supply Chain Volatility, Inflation, and Price Escalation

8.      Value Management, Cost Optimization, and Strategic Commercial Decision-Making

9.      Construction Cost Intelligence, Benchmarking, Lessons Learned, and Knowledge Management

10.  Strategic Case Study: Develop a Lifecycle Cost and Commercial Optimization Strategy for a Major Building Asset

Day 10: Final Accounts, Commercial Closeout, Professional Reporting, and Capstone

Module 10: Final Accounts, Commercial Closeout, Professional Reporting, and Capstone

1.      Final Measurement and Preparation of the Final Account

2.      Variation Reconciliation, Claims Settlement, and Outstanding Commercial Issues

3.      Final Account Negotiation, Agreement, Certification, and Closeout

4.      Release of Retention, Bonds, Guarantees, and Final Payment Procedures

5.      Defects Liability, Warranties, Completion Certificates, and Commercial Follow-Up

6.      Final Cost Reporting, Project Financial Performance, and Lessons Learned

7.      Quantity Surveying Reports, Management Dashboards, and Professional Presentations

8.      Commercial Records, Document Control, Audit Trails, and Knowledge Retention

9.      Professional Development, Emerging Quantity Surveying Technologies, and Future Practice

10.  Integrated Capstone Exercise: Prepare and Present a Complete Quantity Surveying Commercial Package Covering Measurement, Bills of Quantities, Estimating, Cost Planning, Tender Evaluation, Contract Administration, Interim Valuation, Variations, Claims, Cost Control, Lifecycle Costing, Final Account, and Project Closeout