STUDY OF PROJECT DOCUMENTS

• Study of Project Specifications
• Study of Geotechnical Report
• Preparation of Design Basis Document
• Standard Drawings
• Understanding Project Schedules

ANALYSIS AND DESIGN OF STEEL STRUCTURE OF ACTUAL PROJECT

(1. TECHNOLOGICAL STRUCTURE & 2. PIPE RACK)

• Study of Inputs
• Layout of Structure
• Location of Column, Primary Beams, Secondary Beams, Plan and Bracings, Stub Columns, Brackets
• Interference Issues with other Disciplines
• Location of Shear and Moment Connections
• Orientation of Structural Members
• Support Conditions
• Load application – Dead Load, Live Load, Empty Load, Operating Load, Test Load, Crane & Monorail Loads, Equipment Loads, Wind load, Seismic Load, Uplift Load, Contingency Loads, Temperature Loads
• Load Combinations
• Analysis and Results
• Design of Primary Members
• Optimization
• Foundation Design
• Design of Base Plate and Anchor Bolts
• Pedestal and Tie Beam Design
• Input for Draftsman
• Deign of Secondary Steel Members
• Design of Connections
• Input for Draftsman

ANALYSIS AND DESIGN OF CONCRETE STRUCTURE OF ACTUAL PROJECT

(1. ADMINISTRATION BUILDING & 2. PUMP HOUSE WITH TRUSS AND METAL DECK ROOFING)

• Study of Inputs
• Layout of Structure
• Location of Columns, Primary Beams, Secondary Beams, Stub Columns, Brackets, Shear walls
• Orientation of Structural Members
• Load application – Dead Load, Live Load, Empty Load, Operating Load, Test Load, Crane & Monorail Loads Load, Equipment Loads, Wind load, Seismic Load, Uplift Load, Contingency Loads
• Orientation of Structural Members
• Support Conditions
• Load application – Dead Load, Live Load, Empty Load, Operating Load, Test Load, Crane & Monorail Loads Load, Equipment Loads, Wind load, Seismic Load, Uplift Load, Contingency Loads, Temperature Loads
• Load Combinations
• Analysis and Results
• Design of Primary Members
• Optimization
• Foundation Design
• Pedestal and Tie Beam Design
• Input for Draftsman
• Design of Secondary Members
• Rebar Detailing
• Input for Draftsman