|
Magnus Global Tech Education
The Hub of Technical Education
Address: #874, ‘Raineo House’, 1st Floor, Modi Hospital Road, West of Chord Road, Basaveshwarnagar, Bangalore-560 079 Karnataka, India
Mobile: +91-9900195059, Email: edu@magnus-global.com URL: www.magnus-global.com
The P.G.D in Piping Design Engineering & Pipe Stress Analysis as per ASME Codes is one the pioneer training program. During this training program candidates will be given training on all the aspects of Piping Engineering starting from explaining basics of Piping to development 3D models & Pipe stress Analysis.
The first part of training program covers Piping Layout Design & Drafting Technology as per ASME Codes & mainly concentrate in providing industrial training on different parameters, Design, 3D Modeling & Drafting methodology. Further, in the second part of training candidates will be given training on Pipe stress analysis to give the adequate knowledge & industrial exposure to the Pipe Stress Analysis along with CAESAR II software training
Training Programmes offered for Mechanical Engineers
MGT-141: PGD in Piping Layout Design & Drafting (AutoCAD / 3D Modeling)
Duration: Regular:120 Hrs, Weekend:110 Hrs, Online:60 Hrs, Distance:60 Hrs, Fast-track:60 Hrs
MGT-142: PGD in Pipe Stress Analysis (Caesar II)
Duration: Regular:80 Hrs, Weekend:80 Hrs, Online:30 Hrs, Distance:40 Hrs, Fast-track:30 Hrs
MGT-143: PGD in Piping Layout Design & Pipe Stress Analysis
Duration: Regular:200 Hrs, Weekend:180 Hrs, Online:75 Hrs, Distance:75 Hrs, Fast-track:75 Hrs
MGT-144: PGD in Pressure Vessel & Equipment Design Engineering
Duration: Regular:120 Hrs, Weekend:80 Hrs, Online:40 Hrs, Distance:40 Hrs, Fast-track:40 Hrs
For more details please click on the link – http://edu.magnus-global.com/
Opportunity to work on Magnus Live Projects
A Candidate will be eligible, if he scores more than 75% in Magnus Final Examination
Programme Contents :
Piping Layout Engineering & Drafting Techniques
• Roles & responsibilities of Piping Design Engineer
• Different phases of Project execution
• Concepts and Terminologies of Piping Layout Engineering
• Piping fundaments- Evolution, Manufacturing methods etc.,
• Piping Components- Fittings, Flange, Gaskets & Valves.
• Pipe routing concepts, Flow diagram & Instrumentation.
• Study & understanding of PFD & P&ID
• Equipment Layout drawings & Unit plot plan
• ASME/ANSI Codes & Specifications
• Standard Piping Systems & Piping Detailing
• Introduction to Piping drafting techniques
• 3D Modeling – PDMS
• Equipment Modeling
• Structural Modeling
• Pipe Routing
• Drafting Methodology
• Extraction of Isometric – Isodraft
• Pipe drafting detailing using AutoCAD
• Generation of BOM, BOQ & MTO
Piping Stress Analysis Engineering
• Roles & responsibilities of Piping Stress Analysis Engineer
• Introduction to Pipe Stress Analysis
• Stress - Strain relationship & identifying the causes for Piping Component failure
• Sustain Load & Occasional Load Calculations
• Stress intensification factors & Thermal Analysis using Kellogg Charts
• Piping Stress, cause, impact analysis like Thermal Stress, Longitudinal Stress, hoop stress & allowable stress
• Piping Seismic Analysis
• Pressure design of Process Piping
• Pipe wall thickness Calculations
• Piping operating & design temperature
• Pressure Design of Piping Components
• Reinforcement Pad Calculations
• Exposure to Hydraulic Design of Liquid Piping System
• Piping Modeling & Analysis using CAESAR II
• Generation of stress reports & suggestions.
Section I : General Concepts of Equipment Design
• Concepts of Basic and Mechanical Design of Process Equipment
• Introduction to Codes, Standards and Recommended practices
• Introduction to Economic balance and safety factors
Section II : Pressure vessel Design
• Process Equipment & Pressure Vessel Technology
• Material Technology related to Pressure Vessel Design and Engineering ASME Codes and its relation to Pressure Vessel Design
• Mechanical Design of Pressure Vessels
Section III : Pressure vessel design & software training programme
o Introduction to Static Equipment design
o Pressure Vessel Training Software: PVELITE
o Pressure Vessel Component Analysis Software: CODECALC
Section IV: Mechanical Equipment Design
o Column & Tower Internals
o Design & Analysis of Heat Exchangers
o Detailing Engineering Aspects of Process Equipments
Different Modes of Training:
We provide different modes of training like Regular, Weekend, Distance and Online.
Faculties are from Industry: Faculties are from Industry who emphasis on industrial exposure with systematic approach.
|
