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Module 1: Introduction to Bridge Project Data
1-Bridge-Construction-Project-Data-Analytics
Types of data generated in bridge construction
Why bridge data behaves differently from buildings
Common data mistakes seen in bridge projects
Module 2: Project Drawings and Data Flow
2-Project-Drawings-and-Data-Flow
Reading bridge drawings for data extraction
Linking drawings with quantities and progress
Controlling revisions and drawing changes
Module 3: Survey and Geotechnical Data
3-Survey-and-Geotechnical-Data-in-Bridge-Construction-Projects
Alignment, chainage, and level data
Bore log and soil investigation records
Impact of ground data on design and execution
Module 4: Foundation and Substructure Data
4-Foundation-and-Substructure-Data-Management
Pile, well, and open foundation records
Depth, diameter, and concrete volume tracking
Daily foundation execution data
Module 5: Pier and Abutment Construction Data
5-Pier-and-Abutment-Construction-Data
Pier geometry and reinforcement quantities
Concrete pour sequence data
Cycle time analysis for pier construction
Module 6: Superstructure Configuration Data
6-Superstructure-Configuration-Data
Span length, girder type, and deck layout
Segment-wise quantity breakdown
Casting yard versus site execution data
Module 7: Reinforcement Data Management
7-Reinforcement-Data-Management
Bar bending schedule data logic
Steel consumption versus theoretical quantity
Wastage and reconciliation analysis
Module 8: Concrete Production and Placement Data
8-Concrete-Production-and-Placement-Data
Batch-wise concrete quantity records
Pour location and volume tracking
Variation between planned and actual pours
Module 9: Formwork and Staging Data
9-Formwork-and-Staging-Data-Management
Shuttering quantity measurement logic
Reuse cycle tracking
Productivity analysis of formwork operations
Module 10: Equipment and Plant Utilization Data
10-Equipment-and-Plant-Utilisation-Data
Crane, batching plant, and launching equipment records
Idle time and breakdown tracking
Output versus capacity comparison
Module 11: Segment Casting and Erection Data
11-Segment-Casting-and-Erection-Data
Segment identification and numbering logic
Casting cycle and curing duration data
Erection sequence and alignment records
Module 12: Prestressing and Post-Tensioning Data
12-Prestressing-and-Post-Tensioning-Data-Management
Cable profile and stressing records
Jacking force and elongation data
Loss monitoring and reconciliation
Module 13: Construction Planning Data
13-Construction-Planning-Data-for-Bridge-Projects
Activity sequencing data for bridge works
Duration norms for each bridge component
Slippage and delay pattern identification
Module 14: Resource Deployment Data
14-Resource-Deployment-Data
Manpower category-wise tracking
Crew productivity comparison
Resource imbalance identification
Module 15: Cost and Quantity Tracking
15-Cost-and-Quantity-Tracking-in-Bridge-Construction-Projects
Item-wise quantity progress data
Cost consumption versus physical progress
Overrun indicators in bridge projects
Module 16: Quality Control Data
16-Quality-Control-Data-Analytics-for-Bridge-Construction-Projects
Cube test and material test records
Acceptance and rejection trends
Linking quality failures to cost and time
Module 17: Safety and Compliance Data
17-Safety-and-Compliance-Data-in-Bridge-Construction-Projects
Incident and near-miss records
Work-at-height and lifting data
Safety trends specific to bridge works
Module 18: Billing and Measurement Data
18-Billing-and-Measurement-Data
Measurement book data structure
Item-wise certification tracking
Difference between site data and billing data
Module 19: Risk and Variation Data
19-Risk-and-Variation-Data-in-Bridge-Construction-Projects
Design change and variation records
Extra item and deviation analysis
Risk patterns unique to bridge projects
Module 20: Decision Making Using Bridge Project Data
20-Decision-Making-Using-Bridge-Project-Data
Identifying early warning signals
Corrective actions based on site data
Using past bridge data for future projects