Post on 05-Apr-2018
8/2/2019 Magnus Piping Design & Equipment
1/5
Is proud to announceCareer oriented Design training Programs for
MECHANICAL ENGINEERS
MAGNUS GLOBAL TECH EDUCATION
No: 874, Raineo House, Modi Hospital Road, Basaveshwarnagar,Banglaore560079, India. Ph No: +919900195059
Email ID: edu@magnus-global.com, WWW.MAGNUS-GLOBAL.COM
8/2/2019 Magnus Piping Design & Equipment
2/5
The piping design engineers are playing a veryvital role in development, construction &
reconstruction of plants related to Oil & Gas, PowerPlant, Chemical plants, F&B Industries, Petroleum &Petro Chemical Industries. The requirement ofskilled piping design engineers are increasing dayby day due to the drastic technical advancement inpiping design techniques & manufacturingmethodology. There is huge dearth of PipingDesign Engineer as the knowledge is still notavailable to everyone with proper industrialexposure.
.
Course Content:
Section I: Fundamentals Piping
Layout Engineering
Roles & responsibilities of Piping Design
Engineer Different phases in Project execution
Concepts and Terminologies of Piping
Layout Engineering
Piping fundamentals- Evolution,
Manufacturing methods etc.,
Piping Components- Fittings, Flange,
Gaskets & Valves.
Pipe routing concepts, Flow diagram &
Instrumentation.
Study & understanding of Process Flow
Diagram (PFD) & Piping Instrumentation
Diagram (P&ID)
Equipment Layout drawings & Unit plot
plan
ASME/ANSI Codes & Specifications
Standard Piping Systems & Piping
Detailing
Section 2: Piping Design & Drafting
Techniques
Introduction to Piping drafting
techniques
3D Modeling
PDMSEquipment Modeling
Structural Modeling
Pipe Routing
Drafting Methodology
Extraction of Isometric Isodraft
Pipe drafting\ detailing using AutoCAD
Generation of Bill of Material (BOM), Bill
of Quantity (BOQ) & Material Take off
(MTO)
Duration
The P.G.D in Piping Design Engineering is
for 100 hrs and training is offered in
Regular, Weekend, Distance Education
and online training programme.
MGT-PLD-141P.G.D. PIPING LAYOUT DESIGN & DRAFTING
WWW.MAGNUS-GLOBAL.COM
To encourage the candidate to take career option as piping design Engineers, Magnus GlobaTech is offering the different jobs specific training program on Piping Design Engineering.
8/2/2019 Magnus Piping Design & Equipment
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The Piping Stress Analysis is technique ofanalyzing the stress factors of Piping
system due to Static & Dynamic pressureslike change in fluid flow rate, Temperaturechangers, internal & external pressuresand to provide the proper supports for thepipe. Pipe stress analysis provides resultsdeciding Safety of Pipes, PipingComponents, Equipments & Supportingstructures.
The P.G.D. in Pipe stress analysis isdeveloped to give the adequate knowledge& industrial exposure to the Pipe StressAnalysis along with CAESAR II softwaretraining.
MGT-PSA-142P.G.D. PIPE STRESS ANALYSIS (CAESAR II)
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Course Content:
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 Calculation
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 SystemPiping Modeling & Analysis using CAESAR I
Generation of stress reports & suggestions
Duration
The P.G.D in Piping Stress Analysis is for
80 hrs and training is offered in Regular,Weekend, and Distance Education and
online training program me.
Eligibility
The Mechanical, Industrial Production,
Petroleum, with Engineering graduation
& seeking career opportunity or growth
as Piping Stress Analysis Engineer.
Admission Process
The candidates are requested to
download the Magnus Admission Form;
submit the duly filled & signed
Admission form along with academic
documents like 10th, 12th & Graduation
certificate & four latest Photographs at
the time ofadmission.
8/2/2019 Magnus Piping Design & Equipment
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The P.G.D in Piping Design Engineering &Pipe Stress Analysis as per ASME Codes is one
the pioneer training program. During thistraining program candidates will be giventraining on all the aspects of PipingEngineering starting from explaining basicsof Piping to development of 3D models &Pipe stress Analysis.
The first part of training program coversPiping Layout Design & Drafting Technologyas per ASME Codes & mainly concentrate in
providing industrial training on differentparameters, Design, 3D Modeling & Draftingmethodology. Further, in the second part oftraining candidates will be given training onPipe stress analysis which endows them withtremendous knowledge & industrialexposure to the Pipe Stress Analysis alongwith CAESAR II software training.
.
.
MGT-PLS-143P.G.D. PIPING DESIGN ENGINEERING & PIPE STRESS
ANALYSIS AUTOCAD/PDMS/CAESAR II)
Section I: Fundamentals Piping LayoutEngineering
Roles & responsibilities of Piping Design
Engineer
Different phases in Project execution
Concepts and Terminologies of Piping Layout
Engineering
Piping fundamentals- Evolution,
Manufacturing methods etc.,Piping Components- Fittings, Flange, Gaskets
& Valves.
Pipe routing concepts, Flow diagram &
Instrumentation.
Study & understanding of Process Flow
Diagram (PFD) & Piping Instrumentation
Diagram (P&ID)
Equipment Layout drawings & Unit plot plan
ASME/ANSI Codes & Specifications
Standard Piping Systems & Piping Detailing
Section 2: Piping Design & Drafting
Techniques
Introduction to Piping drafting techniques3D Modeling PDMS
Equipment Modeling
Structural Modeling
Pipe Routing
Drafting Methodology
Extraction of Isometric Isodraft
Pipe drafting\ detailing using
AutoCADGeneration of Bill of Material (BOM), Bill
of Quantity (BOQ) & Material Take off
(MTO)
Section 3: Pipe Stress Analysis
Roles & responsibilities of Piping, Stress
Analysis Engineer & Introduction to Pipe
Stress Analysis
Stress - Strain relationship & identifyingthe 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 designof 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.WWW.MAGNUS-GLOBAL.COM
8/2/2019 Magnus Piping Design & Equipment
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The P.G.D. in Pressure Vessel & EquipmentDesign Engineering is the program designed
for Mechanical Engineers. The need for thistraining program has considerably increaseddue to the advancement in technology by theprospective and existing equipment design andmanufacturing professionals. This course willinitiate engineers to prepare and developequipment data sheet, design them as perrelevant codes, prepare fabrication details andspecifications, estimation and quality assuranceduring fabrication and assembly.
This course will fulfill the following needs ofthe existing and prospective equipmentengineers;* Documentation related to EquipmentTechnology, in form of courseware.* Interaction with professionals on regular basisusing internet technology.* Case Analysis / Problem Solving Methodology
The course covers topics related to ASMECODES, Material of Construction, Basics ofPressure Vessel Design , Various theoriesrelated to pressure vessels, Differentcomponents of Pressure Vessel and theirMechanical design , Design Topics on Heatexchangers and TEMA application in heatexchanger design etc.
MGT-PVD-144P.G.D. PRESSURE VESSEL & EQUIPMENT
DESIGN ENGINEERING
Course Content:
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 andsafety 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
Introduction to Static Equipment design
Pressure Vessel Training Software: PVELITE
Pressure Vessel Component Analysis
Software: CODECALC
Section IV: Mechanical Equipment
Design
Column & Tower Internals
Design & Analysis of Heat Exchangers
Detailing Engineering Aspects of Process
Equipments
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