One of the truly multidisciplinary subject is a piping Design. Piping Design plays important role in many engineering stream like in chemical, mechanical, civil, electrical, metallurgical, instrumentation & control engineering.

Students pursuing B.Tech/Diploma in chemical or mechanical engineering can join our industrial training program which is based upon piping design and detail engineering. Our training program is integrated with Online Courses, comprehensive study material, Audio video tutorial, Power point presentation and industrial interaction with industrial visits. After competing our industrial training program candidate is awarded by certification in piping design engineering.

In this course candidate gain in depth knowledge of piping design engineering it could be equivalent to one year experience in piping design. After completing this industrial training successfully, a candidate will fully skilled for work in design industries.

• Code rules, scope and jurisdiction
• General requirements related to materials and testing
• Material toughness and impact testing requirements
• Joint categories and joint efficiencies
• General requirements related to stamping, reports, testing, PWHT, tolerances, and NDEs
• Welding requirements
• Committees, operation and voting procedures
• Editions, addenda and interpretations
• Design Requirements
• Design loadings and allowable stresses
• Design criteria and strength theory for Division 1
• Formulas for internal pressure and tensile loading
• Procedures for external pressure (vacuum) and compressive loads
• Openings and reinforcement
• Hydrostatic and pneumatic testing
• Background of the design rules
• Example design problems and solutions;
• Cylindrical shells and formed heads
• Seismic loading on vertical vessels
• Nozzle reinforcements
• Other special components
• External pressure and stiffening rings
• Reinforced openings and ligament efficiency
• Heat load Calculation
• Selection Equipment Sizing & Capacity
• Ducting Design
• Centralized chilled water system (Air Cooled / Water Cooled).
• Chilled Ceiling Technology.
• Energy conservation study & design.
• VRV’s / VRF’s system for residential & commercial buildings.
• Mechanical Ventilation for Car Parking & Basement area.
• Cold Storage refrigeration system design.
• Clean Room Environment technology.
• Design of Warehouses & Industrial Ventilation System.
• Passive natural ventilation design.
• Thermal Storage System Design.
• Fire Fighting System Design.
• Project Planning and Scheduling.
• Code rules, scope and jurisdiction
• General requirements related to materials and testing
• Material toughness and impact testing requirements
• Joint categories and joint efficiencies
• General requirements related to stamping, reports, testing, PWHT, tolerances, and NDEs
• Welding requirements
• Committees, operation and voting procedures
• Editions, addenda and interpretations
• Design Requirements
• Design loadings and allowable stresses
• Design criteria and strength theory for Division 1
• Formulas for internal pressure and tensile loading
• Procedures for external pressure (vacuum) and compressive loads
• Openings and reinforcement
• Hydrostatic and pneumatic testing
• Background of the design rules
• Example design problems and solutions;
• Cylindrical shells and formed heads
• Seismic loading on vertical vessels
• Nozzle reinforcements
• Other special components
• External pressure and stiffening rings
• Reinforced openings and ligament efficiency