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Module 1: Introduction to PEB Structures
• Overview of Pre-Engineered Buildings (PEB): Definition, advantages, and key features.
Historical Evolution of PEB: The growth of PEB technology and its relevance in modern construction.
Applications of PEB: Industries where PEBs are commonly used such as warehouses, factories, commercial buildings.
Module 2: Components of a PEB Structure
Primary Frame: Explanation of rigid frames, columns, rafters, and their roles.
Secondary Members: Understanding purlins, girts, and eave struts.
Cladding and Roofing Systems: Types of sheets (metal, sandwich panels), insulation techniques
Accessories: Ventilators, windows, doors, canopies, and mezzanines.
Module 3: Design Process of PEB Structures
• Basics of Structural Design: Introduction to steel design principles, load considerations, and member design.
• Load Calculations: Understanding dead loads, live loads, wind loads, and seismic considerations in PEB design.
• Structural Analysis: Using software like STAAD Pro or Tekla to model and analyze PEB structures.
• Design Codes and Standards: IS codes, international standards (AISC, AISI), and their application in PEB design.
Module 4: Estimation Techniques for PEB Structures
• Material Estimation: How to estimate quantities of steel, roofing sheets, cladding, and fasteners.
• Cost Estimation: Techniques to calculate total project cost including materials, labor, transportation, and erection.
• Budgeting and Tendering: Preparation of estimates for tender submission, cost optimization strategies.
Module 5: Fabrication of PEB Components
• Fabrication Process: Overview of manufacturing steel frames, cutting, welding, and assembly of components.
• Quality Control in Fabrication: Standards and checks required during fabrication for ensuring quality.
• Factory Visits and Case Studies: Practical insights from PEB manufacturing facilities.
Module 6: Site Preparation and Foundation Design
• Site Evaluation: Checking soil conditions, load-bearing capacity, and environmental considerations.
• Foundation Design for PEB Structures: Different types of foundations used in PEB structures (isolated footing, raft foundations).
• Surveying Techniques: How to mark the foundation and align the structure properly.
Module 7: Erection and Installation of PEB Structures
• Erection Sequence: Step-by-step guide to lifting, aligning, and bolting of structural members.
• Safety Measures During Erection: Guidelines on safety equipment, procedures for workers, and site safety practices.
• Installation of Roofing and Cladding: Techniques for proper fixing of roofing panels and wall cladding.
Module 8: Project Management in PEB Construction
• Planning and Scheduling: Using project management software (MS Project, Primavera) for planning PEB projects.
• Procurement and Material Management: Sourcing materials, tracking orders, and ensuring timely delivery to the site.
• Labor Management: Managing labor teams, skill levels, and productivity on-site.
Module 9: Cost Control and Optimization
• Monitoring Construction Costs: How to track and manage costs during the construction phase.
Construction_Cost_Tracking
• Reducing Wastage: Techniques to reduce material waste during construction and fabrication.
• Cost-Saving Tips: Negotiation with suppliers, bulk purchases, and alternative materials to optimize budget.
Construction_Cost_Tracking
Module 10: Quality Assurance in PEB Projects
• Quality Control in Design and Execution: Implementing QA/QC procedures in both design and construction phases.
• Testing and Inspections: On-site inspection, welding tests, non-destructive testing (NDT) for steel members.
• Documentation: Maintaining records, reports, and certifications related to quality.
Module 11: Maintenance of PEB Structures
• Regular Inspection and Maintenance: How to inspect PEB structures post-completion and during service life.
• Repair Techniques: Common issues in PEBs such as corrosion, leaks, and how to address them.
• Preventive Maintenance Strategies: Tips on prolonging the lifespan of PEB components.
Module 12: Case Studies and Real-World Examples
• Successful PEB Projects: Analysis of large-scale PEB projects, including timelines, challenges, and outcomes.
• Lessons Learned: Insights from project failures and the corrective measures taken.
Module 13: Software Tools for PEB Design and Execution
• Introduction to Design Software: Training on tools like STAAD Pro, Tekla, AutoCAD for designing PEB structures.
• Cost Estimation Tools: Using Excel, Estimation Software to create detailed cost breakdowns.
• Project Management Software: Tutorials on MS Project, Primavera for scheduling and managing resources.
Module 14: Sustainability and PEB
• Energy-Efficient PEB Structures: Techniques for making PEBs more sustainable through design and material choices.
• Green Building Certifications: Achieving LEED certifications for PEB projects by using eco-friendly materials and processes.
• Waste Reduction: How PEB construction can contribute to less waste generation compared to traditional methods.
Module 15: Legal and Contractual Aspects in PEB Projects
• Contract Management: Understanding the contracts involved in PEB projects, key clauses, and terms.
• Dispute Resolution: Methods to address disputes between stakeholders during PEB projects.
• Government Regulations and Compliance: Ensuring compliance with local building codes, environmental laws, and safety standards.
EXAMPLES OF ESTIMATIONS OF PEB WAREHOUSE ON [ 10000 SQFT ] AREA
EXAMPLE 2 WAREHOUSE
Site analysis and preparation
Estimating foundations for PEB
Structural estimation: steel framework, roofing, and cladding
Flooring and other specific warehouse requirements
EXAMPLE 3 WAREHOUSE
Example: Quantity Estimation of a Steel Column
Column Estimation
Detailed Column Quantity Estimation and Costing
Detailed Example: Quantity Estimation and Costing of a Steel Beam
Detailed Example: Quantity Estimation and Costing of a Steel Beam
Detailed Example: Deck Sheets – Quantity Estimation and Costing
Detailed Example: Deck Sheets – Quantity Estimation and Costing
Detailed Example: Cranes Estimation and Costing
Detailed Example: Cranes Estimation and Costing
VDF FLOORING ESTIMATION
VDF FLOORING ESTIMATION
RAMP ESTIMATION USING DECK SHEET
RAMP ESTIMATION USING DECK SHEET
DETAILED ESTIMATION OF JACK BEAMS
DETAILED ESTIMATION OF JACK BEAMS
MS‑1 Framing System Concept & Configuration AND ESTIMATION
MS‑1 Framing System Concept & Configuration
MS-1 FRAMING SYSTEM ESTIMATION
MS-2 Framing System Concept & Configuration and ESTIMATION
MS-2 Framing System Concept & Configuration
MS-2 FRAMING ESTIMATION DETAILED
TCCS Framing System Concept & Configuration and ESTIMATION
TCCS Framing System Concept & Configuration
TCCS Framing System Estimation
SCLT FRAMING SYSTEM Concept & Configuration and ESTIMATION
SCLT Framing System Concept & Configuration
SCLT Estimation
GROUTING ESTIMATION IN PEB
Why Grouting Works are Done?
ESTIMATION OF GROUTING WORKS FOR PEB
DETAILED ESTIMATION OF GROUTING
Hybrid Structures in PEB - Truss System
Hybrid Structures in PEB - Truss System
DETAILED ESTIMATION FOR HYBRID STRUCTURES
Types of Roof Panels l PUF Panel l EPS l Rockwool l Glass Wool AND ESTIMATION
Types of Roof Panels l PUF Panel l EPS l Rockwool l Glass Wool
ESTIMATION OF ROOF PANELS [ PUF PANELS]
EPS PANEL OVERVIEW
EPS PANEL ESTIMATION
Rockwool Roof Panel Overview
Rockwool Roof Panel Estimation
GlassWool Overview
GlassWool Estimation
