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Pipeline and Reservoir Design, QA/QC, Project Management, Estimation & BOQ Preparation Online Course

Pipeline and Reservoir Design, QA/QC, Project Management, Estimation & BOQ Preparation Online Course

Language: ENGLISH

Instructors: BHADANIS QUANTITY SURVEYING & ESTIMATION TRAINING INSTITUTE SINCE 2016

Validity Period: 365 days

₹30500 16.39% OFF

₹25500

PREVIEW

Why this course?

Description

Course Title: Pipeline and Reservoir Design, QA/QC, Project Management, Estimation & BOQ Preparation


Module 1: Fundamentals of Reservoirs and Pipelines

1.1 Types of Reservoirs and Pipelines (gravity, pumping, pressure systems)
1.2 Functional Requirements for Water Supply Reservoirs and Pipelines
1.3 Key Components in Reservoir and Pipeline Systems


Module 2: Hydrological and Geological Considerations

2.1 Reservoir Capacity Determination using Hydrology Data
2.2 Geological Investigations for Reservoir Foundations
2.3 Pipeline Alignment, Soil Characteristics, and Geotechnical Data


Module 3: Structural Design Principles for Reservoirs

3.1 Design of Circular and Rectangular Water Tanks
3.2 Structural Load Considerations (dead, live, hydrostatic, seismic)
3.3 Design Criteria for Roof Slabs, Walls, and Base Slabs


Module 4: Hydraulic Design of Pipelines

4.1 Flow Calculations: Hazen-Williams & Darcy-Weisbach Approach
4.2 Hydraulic Gradient Line & Pressure Losses in Pipelines
4.3 Pumping Requirements and Head Loss Adjustments


Module 5: Material Selection for Reservoirs and Pipelines

5.1 Concrete, Reinforcement, and Waterproofing for Reservoirs
5.2 Pipeline Materials: DI, MS, HDPE, PVC, GRP, and Prestressed Concrete
5.3 Comparative Cost and Service Life Analysis of Materials


Module 6: Standards and Codes for Design

6.1 Indian Standards (IS), CPHEEO Manual, and IRC Codes
6.2 International Standards: AWWA, ASME, EN, BS
6.3 Safety Factors and Design Checks as per Standards


Module 7: QA/QC in Reservoir Construction

7.1 Material Quality Testing for Concrete, Steel, and Waterproofing
7.2 Construction Tolerances and Inspection Procedures
7.3 Non-Destructive Testing for Reservoir Structures


Module 8: QA/QC in Pipeline Construction

8.1 Pipe Manufacturing Quality Standards and Site Inspection
8.2 Testing of Welds, Joints, and Coatings
8.3 Hydrostatic & Pressure Testing of Laid Pipelines


Module 9: Project Planning & Scheduling

9.1 Work Breakdown Structure (WBS) for Reservoir and Pipeline Projects
9.2 Activity Scheduling and Critical Path Method (CPM)
9.3 Resource Allocation and Manpower Planning


Module 10: Construction Methods for Reservoirs

10.1 Formwork and Staging in Reservoir Construction
10.2 Placement of Reinforcement and Concreting
10.3 Waterproofing Systems and Finishing Works


Module 11: Construction Methods for Pipelines

11.1 Trenching, Bedding, and Backfilling Practices
11.2 Pipe Laying, Welding, and Jointing Techniques
11.3 Testing and Commissioning of Pipelines


Module 12: Safety Management in Reservoir and Pipeline Projects

12.1 Site Safety Regulations and Work Permit Systems
12.2 Excavation and Confined Space Safety in Pipelines
12.3 Emergency Planning and Hazard Risk Management


Module 13: Cost Estimation for Reservoirs

13.1 Preliminary Costing based on Capacity and Dimensions
13.2 Rate Analysis of Major Reservoir Components
13.3 Factors Affecting Cost Variations in Reservoir Projects


Module 14: Cost Estimation for Pipelines

14.1 Cost of Materials, Transportation, and Handling
14.2 Excavation, Laying, Testing, and Backfilling Costs
14.3 Comparative Cost Estimation for Different Pipe Materials


Module 15: BOQ Preparation for Reservoir Projects

15.1 Item Classification and Measurement Principles
15.2 BOQ for Structural Components of Reservoirs
15.3 Abstract of Cost and Final BOQ Presentation


Module 16: BOQ Preparation for Pipeline Projects

16.1 BOQ for Excavation, Pipe Laying, and Backfilling
16.2 Inclusion of Fittings, Valves, and Appurtenances
16.3 Preparation of Abstract Estimate for Pipeline Work


Module 17: Contract Management in Water Projects

17.1 Tendering Procedures and Bid Documents
17.2 Contract Conditions and Dispute Resolution
17.3 Variations, Escalations, and Time Extensions


Module 18: Quality Assurance Documentation

18.1 QA Plans and Inspection Test Plans (ITPs)
18.2 Checklists for Reservoir and Pipeline Works
18.3 Documentation and Reporting System for QA/QC


Module 19: Environmental and Sustainability Aspects

19.1 Environmental Impact Assessment (EIA) for Reservoirs
19.2 Sustainable Materials for Pipelines and Reservoirs
19.3 Water Loss Reduction and Energy-Efficient Design


Module 20: Case Studies of Reservoir Projects

20.1 Design and Construction of a Major Urban Water Reservoir
20.2 Challenges Faced in Foundation Treatment and Waterproofing
20.3 Lessons Learned in Operation and Maintenance


Module 21: Case Studies of Pipeline Projects

21.1 Long-Distance Water Transmission Pipeline Projects
21.2 Issues in Jointing, Leakage, and Testing Failures
21.3 Best Practices from Successful Pipeline Projects


Module 22: Billing and Payment in Reservoir Projects

22.1 Interim Payment Certificates for Reservoir Construction
22.2 Measurement and Certification of Works Completed
22.3 Dispute Cases in Billing and Their Settlement


Module 23: Billing and Payment in Pipeline Projects

23.1 Running Account Bills for Pipeline Works
23.2 Measurement of Lengths, Fittings, and Special Items
23.3 Certification and Final Bill Submission


Module 24: Operation and Maintenance Planning

24.1 Routine Inspection and Repair of Reservoir Structures
24.2 Leakage Control, Pipe Rehabilitation, and Relining
24.3 SCADA and Monitoring Systems for Water Supply


Module 25: Integrated Project Delivery Approach

25.1 Coordination Between Design, QA/QC, and Execution Teams
25.2 Importance of Estimation & BOQ in Project Decision-Making
25.3 Lifecycle Costing and Long-Term Asset Management

Course Curriculum

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