Unit 2813: Comprehensive Quantity Surveying

1. Introduction to Quantity Surveying

1.1 History of Quantity Surveying

• Origins and evolution
• Key milestones in the profession

1.2 Role and Importance in Construction

• Responsibilities of quantity surveyors
• Impact on project success

1.3 Skills and Competencies

• Technical skills (measurement, estimation)
• Soft skills (communication, negotiation)
• Professional qualifications

2. Ethics and Professional Conduct in Quantity Surveying

2.1 Ethical Principles

• Integrity, honesty, fairness
• Confidentiality and trust

2.2 Codes of Conduct

• Overview of major professional bodies' codes
• Application in daily practice

2.3 Managing Conflicts of Interest

• Identifying conflicts
• Procedures to mitigate

2.4 Maintaining Professional Integrity

• Reporting unethical behavior
• Whistleblowing and accountability

3. Tendering and Procurement Processes

3.1 Tendering Methods

• Traditional tendering
• Competitive and negotiated tendering

3.2 Procurement Routes

• Traditional procurement
• Design and Build
• Management Contracting

3.3 Quantity Surveyor’s Role

• Preparing tender documents
• Evaluating tenders
• Advising clients

4. Cost Planning and Estimation

4.1 Cost Planning Techniques

• Elemental cost planning
• Cost budgeting

4.2 Measurement and Pricing

• Standard methods of measurement
• Pricing strategies and databases

4.3 Cost Forecasting and Control

• Techniques for forecasting costs
• Monitoring and controlling budgets

5. Contract Administration

5.1 Types of Construction Contracts

• JCT, NEC, FIDIC overview
• Key contract provisions

5.2 Responsibilities of Quantity Surveyors

• Managing contract documentation
• Handling variations and claims

5.3 Dispute Resolution

• Common causes of disputes
• Resolution methods (mediation, arbitration, litigation)

6. Value Engineering and Value Management

6.1 Concepts and Objectives

• Definition and purpose
• Difference between value engineering and management

6.2 Methods and Techniques

• Function analysis
• Cost-benefit analysis

6.3 Implementation in Projects

• Case studies
• Optimizing cost, quality, and performance

7. Risk Management in Construction

7.1 Risk Identification

• Types of risks (financial, operational, environmental)

7.2 Risk Assessment and Analysis

• Qualitative and quantitative techniques

7.3 Risk Mitigation Strategies

• Contractual risk allocation
• Contingency planning

7.4 Quantity Surveyor’s Role in Risk Management

• Advising on risk exposures
• Monitoring risk throughout project lifecycle

8. Sustainability and Green Building Practices

8.1 Sustainable Construction Principles

• Environmental, economic, and social considerations

8.2 Green Building Certifications

• LEED, BREEAM, others

8.3 Integration into Quantity Surveying

• Life cycle costing
• Sustainable materials and methods

9. Technology and Building Information Modelling (BIM) in Quantity Surveying

9.1 Introduction to BIM

• Definition and levels of BIM
• Benefits for quantity surveying

9.2 Applications of Technology

• Cost estimating software
• Digital measurement tools

9.3 Enhancing Project Coordination and Decision-Making

• Clash detection
• Real-time cost updates

10. Professional Development and Continuing Education

10.1 Importance of Lifelong Learning

• Industry changes and trends

10.2 Certifications and Qualifications

• RICS, CIOB, other relevant bodies

10.3 Planning Personal Career Growth

• Setting goals
• Networking and mentorship