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Module 1 – Introduction to High-Rise Construction Projects
1-Construction-Projects-Planning-and-Scheduling-for-High-Rise-Building-Projects-G45-Towers
1.1 Definition, Characteristics & Challenges of G+45 Towers
1.2 Importance of Planning & Scheduling in High-Rise Projects
1.3 Stakeholders in High-Rise Construction (Owner, Contractor, PMC, Consultant)
1.4 Case Studies of Global & Indian High-Rise Buildings
Module 2 – Project Initiation & Feasibility
2-Construction-Projects-Planning-and-Scheduling-for-High-Rise-Building-Projects-G45-Towers
2.1 Land Acquisition, Approvals & Permissions
2.2 Preliminary Planning & Budgeting
2.3 Risk Assessment at Pre-Construction Stage
2.4 Feasibility Study Report (FSR) Preparation
Module 3 – Work Breakdown Structure (WBS) for High-Rise Buildings
3-Construction-Projects-Planning-and-Scheduling-for-High-Rise-Building-Projects-G45-Towers
3.1 Concept of WBS in Construction Projects
3.2 WBS Development for G+45 Towers (Substructure, Superstructure, Finishes)
3.3 Coding System for WBS in Scheduling Software
3.4 Linking WBS to Cost, Time & Resources
Module 4 – Planning Techniques & Tools
4-Construction-Projects-Planning-and-Scheduling-for-High-Rise-Building-Projects-G45-Towers
4.1 Bar Chart & Gantt Chart Planning
4.2 Critical Path Method (CPM)
4.3 Program Evaluation & Review Technique (PERT)
4.4 Application of Primavera/MS Project for High-Rise Projects
Module 5 – Construction Sequencing for High-Rise Towers
5-Construction-Projects-Planning-and-Scheduling-for-High-Rise-Building-Projects-G45-Towers
5.1 Substructure Construction Sequence (Excavation to Raft)
5.2 Superstructure Construction Sequence (Core, Columns, Slabs)
5.3 MEP & Services Integration in High-Rise Scheduling
5.4 Vertical Transportation, Hoists & Tower Crane Sequencing
Module 6 – Resource Planning & Allocation
6-Construction-Projects-Planning-and-Scheduling-for-High-Rise-Building-Projects-G45-Towers
6.1 Manpower Planning for High-Rise Projects
6.2 Plant & Equipment Scheduling (Tower Cranes, Pumps, Hoists)
6.3 Material Procurement & Delivery Planning
6.4 Resource Optimization Techniques
Module 7 – Cost & Time Integration (Cost Loading & Cash Flow)
7-Construction-Projects-Planning-and-Scheduling-for-High-Rise-Building-Projects-G45-Towers
7.1 Linking Schedule with BOQ & Cost Estimates
7.2 Earned Value Management (EVM) for High-Rise Projects
7.3 Cost-Loaded Schedules in Primavera/MSP
7.4 Cash Flow Forecasting & S-Curves
Module 8 – Construction Methods & Scheduling Impact
8-Construction-Projects-Planning-and-Scheduling-for-High-Rise-Building-Projects-G45-Towers
8.1 Conventional vs. Modular Methods in High-Rise Towers
8.2 Slipform, Jumpform & Climbing Formwork Scheduling
8.3 High-Strength Concrete Pour Scheduling (Pumps & Logistics)
8.4 Prefabrication & Precast Elements in High-Rise Projects
Module 9 – Risk Management in High-Rise Construction
9-Construction-Projects-Planning-and-Scheduling-for-High-Rise-Building-Projects-G45-Towers-Risk-Mana
9.1 Identifying Risks in G+45 Projects (Delays, Safety, Quality)
9.2 Quantitative vs. Qualitative Risk Analysis
9.3 Risk Response Planning & Contingency Schedules
9.4 Monitoring & Controlling Risks During Execution
Module 10 – Quality & Safety Integration with Schedule
10-Construction-Projects-Planning-and-Scheduling-for-High-Rise-Building-Projects-G45-Towers
10.1 Construction Quality Control Plans & Scheduling
10.2 Safety Regulations in High-Rise Construction
10.3 Linking Safety Milestones in Project Schedule
10.4 Quality & Safety Audits vs. Project Progress
Module 11 – Monitoring & Controlling Project Progress
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11.1 Progress Tracking Techniques (Daily, Weekly, Monthly)
11.2 Updating Baseline Schedules in Primavera/MS Project
11.3 Performance Measurement – SPI, CPI, Delays
11.4 Corrective & Preventive Measures for Delays
Module 12 – Coordination & Communication in High-Rise Projects
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12.1 Role of Project Coordination Meetings
12.2 Communication Matrix & Responsibility Assignment
12.3 Clash Detection of Activities (Civil, MEP, Interiors)
12.4 Digital Reporting & Dashboards
Module 13 – Delay Analysis & Claims in High-Rise Projects
13-Construction-Projects-Planning-and-Scheduling-for-High-Rise-Building-Projects-G45-Towers
13.1 Types of Delays (Excusable, Non-Excusable, Compensable)
13.2 Techniques for Delay Analysis (As-Planned vs. As-Built, Window Analysis)
13.3 Claim Preparation Linked with Schedule
13.4 Case Studies of Delay Claims in High-Rise Towers
Module 14 – Advanced Scheduling Techniques
14-Construction-Projects-Planning-and-Scheduling-for-High-Rise-Building-Projects-G45-Towers
14.1 Resource-Leveling & Resource-Smoothing
14.2 Line of Balance (LOB) for Repetitive High-Rise Activities
14.3 Acceleration & Fast-Tracking in High-Rise Construction
Module 15 – Project Closeout & Lessons Learned
15-Construction-Projects-Planning-and-Scheduling-for-High-Rise-Building-Projects-G45-Towers
15.1 Handover Schedules & Testing/Commissioning Milestones
15.2 Defect Liability Period & Maintenance Scheduling
15.3 Preparation of As-Built Schedules
15.4 Capturing Lessons Learned for Future High-Rise Projects