PIPING DESIGN ENGINEERING
We’ve crafted a unique methodology for Piping Design Engineering that emphasizes hands-on learning, practical knowledge, and exposure to actual industry projects—ensuring participants become career-ready professionals who contribute tangible results and enhanced productivity to their companies.
Piping Design plays a crucial role in the EPC industry by ensuring the safe, efficient, and economical transport of fluids across process plants, refineries, power stations, and chemical industries. A well-engineered piping system directly impacts plant reliability, maintenance, and overall project success. With rapid industrial growth and expansion in oil & gas, petrochemical, energy, and manufacturing sectors, the demand for skilled piping professionals continues to rise. To avoid costly design errors and delays, companies need expertly trained engineers who understand complex layouts, stress analysis, and international codes—making Piping Design one of the most essential and high-scope domains in the EPC sector.
Course Duration: 150 Hours
Training: Online / Offline
Batch: Regular / Weekend
Fee: ₹ 40,000/-
Course Contents
Introduction of Engineering Documents – Overview of key piping deliverables
Pipe and Piping Components – Types and functions of piping parts
Codes & Standards – Governing rules for piping design
Pipe Materials Specification – Material selection based on service conditions
Plot Plan Development – Layout of equipment and facilities
Pump Piping – Suction and discharge piping design
Rack Piping System – Pipe routing on pipe racks
Flare Piping – Design of flare header and stack lines
Drum Piping – Connections to process drums
Heat Exchanger Piping – Inlet and outlet piping arrangement
Tank Farm Piping – Piping for tank inlet/outlet and manifolds
Compressor Piping – Vibration and pulsation considerations
Column Piping – Overhead, bottom, and side connections
Fire Fighting Piping – Hydrant and sprinkler system layout
Utility Hose Station Arrangement – Placement of utility connection points
Piping Support – Types and locations of supports
Piping Insulation and Paint Coating – Protection and heat conservation
Piping Isometrics – Detailed pipe routing drawings
Line Sizing – Diameter selection based on flow and pressure
Equipment 3D Modelling – 3D representation of equipment
Pipe 3D Modelling – Virtual piping layout in 3D
Structure Modelling – 3D modeling of pipe racks and supports
Deliverables: Piping GA, Piping isometrics, MTO, Support Details – Final documents for construction and procurement
