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Module 1: Introduction to Precast & Modular Construction
1-Precast-Modular-and-Fast-Track-Construction-Systems
Overview of precast and modular systems
Evolution and global trends in fast-track construction
Advantages, limitations, and applicability
Module 2: Structural Concepts & Design Philosophy
2-Structural-Concepts-and-Design-Philosophy
Load transfer mechanism in precast and modular elements
Structural stability and joint behavior
Design coordination between factory and site
Module 3: Components of Precast Concrete Construction
3-Components-of-Precast-Concrete-Construction
Precast slabs, beams, and columns
Wall panels and staircases
Connection details and embedments
Module 4: Modular Building Units & Volumetric Construction
4-Modular-Building-Units-and-Volumetric-Construction
Volumetric modules and hybrid systems
Inter-module connection and stability design
Integration of MEP in modular structures
Module 5: Planning & Scheduling for Fast-Track Projects
5-Planning-and-Scheduling-for-Fast-Track-Projects
Overlapping design, production, and erection phases
Time optimization techniques
Critical path analysis for modular execution
Module 6: Production Process of Precast Elements
6-Production-Process-of-Precast-Elements
Mould preparation and reinforcement fixing
Concrete casting, curing, and demoulding
Quality control during production
Module 7: Factory Setup & Workflow Management
7-Factory-Setup-and-Workflow-Management
Layout planning of precast yards
Storage and stacking methods
Production cycle optimization
Module 8: Transportation & Handling of Precast Units
8-Transportation-and-Handling-of-Precast-Units
Handling equipment and lifting design
Transportation planning and route assessment
Site logistics and sequencing
Module 9: Site Installation & Erection Techniques
9-Site-Installation-and-Erection-Techniques
Crane selection and lifting operations
Alignment, leveling, and grouting procedures
Tolerances and adjustments during installation
Module 10: Jointing, Grouting & Post-Erection Works
10-Jointing-Grouting-and-Post-Erection-Works-in-Precast-Construction
Dry and wet joints in precast systems
Sealing compounds and grout materials
Finishing and surface treatment post-installation
Module 11: Fast-Track Project Delivery Framework
11-Fast-Track-Project-Delivery-Framework
Design–manufacture–assembly coordination
Parallel procurement and construction models
Decision-making under accelerated timelines
Module 12: Quality Control & Assurance
12-Quality-Control-and-Assurance-in-Precast-Construction
Inspection protocols for precast components
Dimensional and material tests
Pre-delivery and post-installation QA procedures
Module 13: Cost Estimation & BOQ Preparation
13-Cost-Estimation-and-BOQ-Preparation
Item breakdown for precast and modular works
Costing of moulds, reinforcement, and logistics
Comparative costing vs. conventional construction
Module 14: Health, Safety & Environmental Management
14-Health-Safety-and-Environmental-Management-in-Precast-Construction
Safety during lifting and installation
Hazard identification and risk mitigation
Waste minimization and eco-friendly practices
Module 15: Standards, Codes & Specifications
15-Standards-Codes-and-Specifications
Indian Standards (IS) and International references (EN, ACI, BS)
Factory certification and performance standards
Contractual requirements and compliance
Module 16: Integration with Services & Finishes
Coordination of MEP, HVAC, and fire systems
Internal and external finishes compatibility
Waterproofing and joint sealing considerations
Module 17: Case Studies of Fast-Track Projects
High-rise modular buildings
Infrastructure projects using precast systems
Industrial sheds and mass housing examples
Module 18: Risk Management in Precast & Modular Projects
Common risks in design, production, and logistics
Mitigation strategies and contingency planning
Insurance and warranty aspects
Module 19: Sustainability & Green Construction Approaches
Reduction in embodied carbon through precast
Reuse and recyclability of modular components
Sustainable design and factory operations
Module 20: Future Innovations & Emerging Practices
Composite precast–steel systems
Advanced curing and lightweight materials
Smart design coordination and digital workflows
