Why this course?

Description

PEB [ PRE ENGINEERED BUILDING] CONSTRUCTION SPECIFICATIONS AND METHODS ONLINE COURSE

Duration :-  8 Weeks 
For Civil Engineers, Mangers , PEB Engineers

Module 1: Introduction to PEB Systems

1.1 Fundamentals of Pre-Engineered Buildings
Definition, components (primary frames, secondary members, cladding), and advantages over conventional construction.
1.2 Indian Standards Framework
Overview of IS 800 (General Construction), IS 875 (Load Standards), and NBC 2016 compliance.
1.3 Material Specifications
Grades of steel (IS 2062), corrosion protection (IS 4759), and fastener standards (IS 1367).
1.4 Project Lifecycle
Stages from design to commissioning with Gantt chart templates.

Module 2: Structural Design Principles

2.1 Load Calculations
Dead/live/wind/seismic loads (IS 875-Part 3) with Excel calculation templates.
2.2 Frame Analysis
Rigid-frame design using STAAD.Pro examples with connection details.
2.3 Member Design
Optimized section selection for columns, rafters, and tapered members.
2.4 Foundation Design
Anchorage systems (IS 2974) and template for grouting specifications.

Module 3: Primary Component Fabrication

3.1 Cutting & Drilling
CNC tolerance standards (IS 7215) with hole alignment templates.
3.2 Welding Procedures
IS 823-compliant methods (SAW/GMAW) and weld inspection checklists.
3.3 Surface Preparation
Blasting grades (SA 2.5) and coating thickness templates.
3.4 Quality Documentation
Material test certificates (MTC) and ITP templates.

Module 4: Secondary Systems

4.1 Purlins & Girts
Cold-formed sections (IS 811) with bridging details and spacing templates.
4.2 Bracing Systems
Rod/diaphragm bracing design and installation sequences.
4.3 Crane Integration
Runway beam design (IS 800) and crane load charts.
4.4 Connection Details
Clip angle and bolt-hole templates for field adjustments.

Module 5: Cladding & Insulation

5.1 Roofing Systems
Standing-seam vs. through-fastened specs with drainage slope templates.
5.2 Wall Cladding
Composite panel installation (IS 15312) and joint sealing methods.
5.3 Insulation Techniques
Thermal bridging solutions and U-value calculation sheets.
5.4 Accessory Specifications
Flashings, trim, and eave gutter templates.

Module 6: Erection Methodology

6.1 Site Logistics Planning
Crane positioning plans and component staging templates.
6.2 Sequential Erection
Step-by-step field manuals with bolt-tightening sequences.
6.3 Alignment Protocols
Plumb/tolerance checks (IS 1467) and survey templates.
6.4 Safety Compliance
Scaffolding and fall protection per IS 3696.

Module 7: Quality Assurance

7.1 Material Verification
Mill test validation and sample testing templates.
7.2 Weld Inspection
NDT methods (UT/MPI) per IS 3658 with report formats.
7.3 Coating Inspection
Dry film thickness (DFT) logs and adhesion test templates.
7.4 Final Commissioning
Checklist for deflection tests and as-built documentation.

Module 8: Maintenance & Repairs

8.1 Inspection Regimes
Corrosion mapping templates and structural assessment formats.
8.2 Component Replacement
Panel splicing details and bolt replacement procedures.
8.3 Coating Restoration
Surface prep and repainting specs (IS 6005).
8.4 Retrofitting
Strengthening templates for seismic upgrades (IS 1893).

Module 9: Case Studies

9.1 Warehouse Project
Specs for 40m clear-span with crane loads and thermal performance data.
9.2 Industrial Plant
Multi-gable design with mezzanine integration templates.
9.3 Seismic Zone-V
Design adjustments for high-seismic zones with connection details.
9.4 Coastal Facility
Corrosion protection specs for high-humidity environments.

Module 10: Documentation & Contracts

10.1 BOQ Templates
Standardized takeoff sheets for PEB components.
10.2 Technical Specifications
Section-writing templates aligned with CPWD formats.
10.3 Vendor Evaluation
Supplier assessment matrix for fabrication quality.
10.4 Dispute Resolution
Defect liability documentation templates.