ASME Training Programs
for
Engi
neers
and
Techni
cal
Professi
onal
s
2014
India Edition
Phone: +91.124.430.8413 Website: go.asme.org/indiatraining
go.asme.org/indiatraining
The Only Training Program Developed,
Approved and Delivered by the People
Who Write the Codes
n More than 250 different technical and professional development
courses showcase best practices in mechanical engineering and
e
ngineering management, with topical, practical and relevant
content covering the entire product life cycle ranging from
selection of materials, design of equipment, fabrication, erection,
assembly, inspection, testing, O&M and repair
n Only ASME-approved courses ensure each participant with
access to ASME Standards or Code Books for reference during
the program
n ASME is the only provider in its category in India
offering courses accredited by the International
Association of Continuing Education and Training
(IACET), complying with the ANSI / IACET Standard
n Each ASME course awards an ASME Certificate upon successful
completion, with Continuing Education Units (CEUs) and / or
Professional Development Hours (PDHs) available to participants
n ASME delivers continuing education programs in Live,
Online eLearning and Onsite In-Company training formats to
accommodate budgets, schedules and business requirements
Professional Instruction by ASME-Authorized
Industry Experts
n Eminently qualified faculty consists exclusively of ASME-approved
Authorized Training Instructors, each a recognized subject matter
expert in his/her respective field who is subjected to rigorous
ASME pre-screening and periodic re-evaluation
n Most code courses are presented by ASME Code Committee
m
embers who understand the latest code or standard updates
and can communicate its impact on safety, quality and integrity
n Leadership and management courses are delivered by seasoned
industry-experienced professionals
Unsurpassed ASME Leadership in Quality
Curricula Development
n Only ASME-accredited courses are peer reviewed to ensure
accuracy, comprehensiveness and relevance by ASME Technical
Code Committee members who are responsible for writing the
codes and standards
n More than 50 years’ experience creating, producing and delivering
engineering training programs, and each year more than 10,000
engineers rely on ASME training to boost their technical competence
and heighten their managerial expertise
n ASME course curricula and materials are constantly evaluated
and updated to meet the changing needs of our clients and the
industries in which they compete – as well as to meet the standards
for quality set by ASME
W H Y S E L E C T A S M E F O R Y O U R W O R K F O R C E
L E A R N I N G S O L U T I O N S ?
No other engineering training provider gives you The ASME Advantage:
Plus… ASME Course Participants Receive One-Year
FREE Membership to ASME*, which includes:
n Free subscription to ASME SmartBrief daily e-newsletter
n Free online access to ASME WorkSmart
SM
for world-class technical content
n Complimentary one-year digital subscription to industry-leading monthly Mechanical Engineering magazine
n Online networking opportunities with peer groups, ASME Sections and Technical Divisions
... and so much more!
* One-Year FREE Membership Offer available only to course registrants who are not current ASME Members
For More Information
Rohit Nehru, ASME India • Email: NehruR@asme.org • Phone: +91.124.430.8413 • Website: go.asme.org/indiatraining
1
go.asme.org/indiatraining
T
A
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ASME has been accredited as an Authorized Provider by the International Association for Continuing
Education and Training (IACET), 1760 Old Meadow Road, Suite 500, McLean, VA 22102; +1.703.506.3275.
In obtaining this approval, ASME has demonstrated that it complies with the ANSI/IACET Standard which
is recognized internationally as a standard of good practice. As a result of its Authorized Provider
accreditation status, ASME is authorized to offer IACET CEUs for its programs that qualify under the
ANSI/IACET Standard.
2
B
PV Code, Section I, Power Boilers: Design,
Fabrication, Inspection and Repair
(PD665)
This course provides detailed knowledge of the responsibilities of
personnel involved in the design, manufacturing, fabrication and
examination of new power boiler plant components and new
c
onstruction activity as defined by Section I of the ASME Boiler
and Pressure Vessel Code (BPVC).
The objective of the course is to enhance knowledge and
u
nderstanding of the requirements for design and construction
of power boilers in accordance with Section I of the ASME
Boiler and Pressure Vessel Code.
On completion of this course, delegates will be able to:
•
Describe the purpose of the Sections of the ASME Boiler
and Pressure Vessel Code
• Explain the rules and requirements in Section I for the design
and construction of power boilers
• Describe the use of Section II Materials and their allowable
stresses
• Explain the basic rules for fabrication of power boilers
• Describe the process for quality control and certification
in Section I
Who should attend this course:
Engineers, managers and quality personnel involved in
manufacturing, fabrication and examination of components or
parts for power boilers or the construction of a power boiler built
to the requirements of U.S. Codes & Standards, including those
who are or will be directly or indirectly involved in the design,
analysis, construction, maintenance or operation of a power
boiler
Duration: 4 Days
BPV Code, Section VIII, Division 1: Design
a
nd Fabrication of Pressure Vessels
(
PD442)
B
ased on the rules for pressure vessel design and construction,
this course is a comprehensive introduction to the requirements of
Section VIII, Division 1 including background, organization,
design, materials, fabrication, inspection, testing and documentation
o
f pressure vessels. It covers the more commonly applied
subsections and paragraphs, and includes a practical discussion
of individual problems and situations.
S
pecial features include: an overview of code organization,
offering of updated editions and addenda, and expert instruction
on how to prepare and submit an inquiry to the Code
Committee for Code Interpretation, Code Cases or Code
R
evision.
On completion of this course, delegates will be able to:
• Describe the background of the Code
• Explain how to apply the Code rules to more common design
and fabrication situations
• Identify the calculations for some of the loadings and
situations not addressed by the Code
• Describe the preparation of design specifications, design
reports, data reports, and other documentation
Who should attend this course:
Primarily beginners but also experienced pressure vessel
designers who would like to update their knowledge of the Code
Duration: 3 Days
BPV Code, Section VIII, Division 2: Alternate Rules
for Design of Pressure Vessels (PD448)
This course provides a practical comparison of the new rules
with the former rules of Division 2. It also covers other
international codes, including a discussion of why the new
requirements were instituted; this course explains the design
margins and their effect on required thickness. While emphasizing
design and analysis rules, it covers all aspects of construction.
On completion of this course, delegates will be able to:
• Explain how the requirements of Divisions 1 and 2 of Section
VIII compare
• Explain theories of failure and design margins of various codes
• Describe the General Requirements of the new Division 2
• Identify design rules and stress analysis methods
• Describe fatigue analysis
• Identify materials and fabrication requirements
• Explain Nondestructive Examination (NDE) requirements,
pressure testing and pressure relief requirements
Who should attend this course:
Beginners as well as experienced personnel with some degree
of background with design, analysis, fabrication, purchasing,
repair and / or inspection of pressure vessels, as well as
supervisory and regulatory personnel
Duration: 4 Days
go.asme.org/indiatraining
BOILERS AND PRESSURE VESSELS
ASME CODE COURSE
A
SME C
O
DE
CO
URSE
ASME CODE COURSE
3
Inspection, Repairs, and Alterations of Pressure
Equipment
(PD441)
This course introduces the requirements of various codes and
standards for the inspection, repair and alteration of pressure
equipment, and in particular, pressure vessels. The course covers
the requirements of the National Board Inspection Code and the
API-510 Pressure Vessel Inspection Code in detail as well as an
introduction to API-579, Fitness-for-Service. The activities of
ASME’s Post Construction Committee are explained and the
documents published by this committee are discussed.
On completion of this course, delegates will be able to:
• Describe the latest developments in the rapidly advancing
field of pressure equipment inspection and repairs
• Identify the work being performed by API, ASME, and PVRC
in the related areas
• Identify the post-construction codes and standards and the
interrelation of various documents
• Explain the responsibilities of the users, manufacturers, repair
organizations, regulatory agencies and authorized inspectors
• Identify detailed requirements of the NBIC
• Explain the differences between the NBIC and API-510
• Describe introductory portions of the ASME post-construction
standards
Who should attend this course:
Individuals from manufacturers, repair organizations, inspection
agencies and other organizations involved with maintenance
and repair of pressure equipment. This course is intended for
beginners, as well as experienced personnel wishing to update
their knowledge.
Duration: 2 Days
Inspection and Fitness for Service, Flaw Evaluation
of Pressure Equipment (PD538)
This course provides a comprehensive introduction to the
requirements of various codes and standards, for the inspection,
repair and alteration of pressure equipment, and in particular,
pressure vessels. It covers the requirements of the US National
Board Inspection Code, the API-510 Pressure Vessel Inspection
Code, and API-579, Fitness-for-Service. The course discusses in
detail the flaw evaluation procedures and assessments outlined
in API-579. It covers a number of areas, including brittle fracture,
metal loss, blisters, hydrogen damage, weld misalignment, and
shell distortions. The course also provides examples
demonstrating the application of the rules.
On completion of this course, delegates will be able to:
• Describe the work being performed by API, ASME, NBIC and
PVRC in inspection and fitness for service
• Explain the relationships among post construction codes and
standards
• Explain the responsibilities of the users, manufacturers, repair
organizations, regulatory agencies and authorized inspectors
in these areas
• Describe the process of assessment for repairs and alterations
and the documentation requirements in API-579
Who should attend this course:
Individuals from manufacturers, repair organizations, inspection
agencies and other organizations involved with maintenance
and repair of pressure equipment. This course is intended for
beginners, as well as experienced personnel wishing to update
their knowledge.
Duration: 2 Days
ASME BPV Code, Section VIII, Division 2, Part 5:
D
esign by Analysis Using ANSYS
(
PD707)
This course, which complements BPV Code, Section VIII,
Division 2, provides a hands-on approach to the basic design by
analysis requirements in Part 5. This course provides examples
of the application of the procedure, as outlined in the Code. The
course also discusses protection against plastic collapse and
local failure as well as elastic stress and elastic plastic analysis.
On completion of this course, delegates will be able to:
• Select element type and create Finite Element mesh for a
given geometry using ANSYS
• Apply constraints and loads
• Create Stress Classification Lines (SCLs) for elastic analysis
• Review output at SCLs
• Compare output with Code allowable stresses
• Identify the convergence of limit load and elastic-plastic
analysis
• Describe strain criteria for protection against local failure
Who should attend this course:
Designers, analysts, and other professionals working with
pressure vessels, as well engineering students interested in
pressure vessel design
Duration: 2 Days
BOILERS AND PRESSURE VESSELS continued
4
Practical Application of Section V Nondestructive
E
xamination
(
PD705)
T
his 5-day course covers the fundamentals of nondestructive
examination (NDE). It will guide you in the application of
practical NDE techniques for flaw detection using the following
methods:
• Radiographic Testing (RT)
• Ultrasonic Testing (UT)
•
Penetrant Testing (PT)
• Magnetic Particle Testing (MT)
T
he course also explains how these NDE procedures comply
with ASME BPV Code requirements in Sections V, VIII and IX as
well as providing the requirements for NDE Personnel
Qualifications for each of the test methods. The course is also
a
vailable in the individual modules listed below.
On completion of this course, delegates will be able to:
• Explain the requirements of NDE
• Apply practical NDE techniques including exposing and
processing RT film, thickness measurements and flaw
detection using UT
• Describe how NDE procedures comply with BPV Code
requirements
• Explain NDE Personnel Qualifications
Who should attend this course:
The course is designed for experienced personnel, such as QC
supervisors, QC Engineers and Authorized Inspectors, who
manage or review NDE activities carried out in accordance with
ASME Section V in shops involved in pressure vessel fabrication.
The course is not intended for NDE operators.
Duration: 5 Days
Radiographic Testing (PD709)
This 2-day course covers the fundamentals of radiographic
testing (RT). It provides guidance on the practical application of
this NDE technique to meet the requirements of the ASME BPV
Code, Section V. Topics include electromagnetic radiation; the
process of radiography; safety aspects; geometric exposure
principles; gamma ray sources; the effect of radiographic
screens; and the inverse square law, among others. Also
covered are RT procedures, including exposure techniques; film
characteristic (H&D) curves; film density, radiographic
sensitivity; characterizing image indications; and product related
discontinuities and their typical images.
On completion of this course, delegates will be able to:
• Describe the fundamental principles, basic techniques and
equipment used in RT
• Describe the process and procedures for performing RT
• Apply the process of RT
Who should attend this course:
This course is designed for QC
supervisors, engineers and
authorized inspectors involved in
Radiographic Testing for pressure
vessels.
Duration: 2 Days
P
enetrant Testing and Magnetic Particle Testing
(PD710)
Liquid penetrant examination (PT) is a nondestructive method of
revealing discontinuities that are open to the surfaces of solid
and nonporous materials. Magnetic particle examination (MT) is
a nondestructive method of locating surface and subsurface
discontinuities in ferromagnetic materials.
This module introduces penetrant testing (PT) and the PT method,
explains and discusses PT procedures, and provides experience
using PT in a controlled situation. It discusses the basic principles,
equipment and consumables as well as PT procedures and
techniques, including surface preparation, application and
removal, inspection and evaluation of indications.
The course also covers magnetic particle testing (MT) and the
MT method. It explains and discusses MT procedures, and
provides experience using MT in a controlled situation. Topics
covered include magnetic fields around magnetized materials;
paramagnetic, diamagnetic and ferromagnetic materials;
magnetization methods and techniques; testing equipment; and
the principles of demagnetization.
On completion of this course, delegates will be able to:
• Describe the fundamental principles, the basic techniques and
equipment used in PT and MT
• Describe the process and procedures for PT and MT
• Apply the process of PT and the process of MT
Who should attend this course:
This course is designed for QC supervisors, engineers and
authorized inspectors involved in Penetrant and Magnetic
Particle Testing for pressure vessels.
Duration: 2 Days
Ultrasonic Testing (PD708)
This 2-day course covers the fundamentals of ultrasonic testing
(UT). It provides guidance on the practical application of this
NDE technique to meet the requirements of the ASME BPV
Code, Section V. It also includes hands-on application of
ultrasonic testing on a welded plate.
Topics include, among others, the nature of sound waves,
attenuation, reflection, refraction, mode conversion, acoustic
impedance, Snell’s law, Fresnel and Fraunhofer effects,
calibration requirements, instrument linearity and ASME Code
requirements (calibration blocks, etc.)
On completion of this course, delegates will be able to:
• Explain the fundamentals of ultrasonic testing
• Apply practical techniques for flaw detection using UT
• Explain how UT procedures comply with ASME BPV Code
requirements
• Describe the requirements for NDE Personnel Qualifications
for UT
Who should attend this course:
This course is designed for QC supervisors, engineers and
authorized inspectors involved in Ultrasonic Testing for pressure
vessels.
Duration: 2 Days
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BOILERS AND PRESSURE VESSELS continued
5
go.asme.org/indiatraining
FLUIDS AND HEAT TRANSFER
CAD/CAM (Including Introduction to Finite Element
A
nalysis – Basic)
(
PD668)
This course provides hands-on practice sessions to solve
engineering design problems. Ranging from the simple to very
complex, these exercises will help engineers design a product
w
ith speed and efficiency. At the same time the course bridges
the knowledge gap resulting from significant technological
advances in the areas of computer-aided design and computer-
aided manufacturing.
On completion of this course, delegates will be able to:
• Explain what Computer Aided Design is
• Describe the principles of Geometrical Modeling
• Understand Curve and Surface Fitting in Automation
Environment
• Perform Manufacturing Simulation in CAD/CAM Environment
• Perform Computer Aided Solid Modeling Using Pro-Engineer
• Enjoy hands-on experience with Pro-Engineer Software
Who should attend this course:
Engineers who wish to embark on a design career and who are
currently in jobs responsible for designing parts and assemblies
Duration: 3 Days
Advanced Finite Element Analysis (PD646)
Finite Element Analysis (FEA), originally developed for aerospace
structural analysis, has grown to provide an effective tool for a
wide variety of engineering problems. This course provides an
advanced look at FEA capabilities, emphasizing the various
aspects of structural analysis. Based on practical application of
ANSYS software and specific work examples, this course builds
on the introductory level course to provide a fuller appreciation
of the advanced uses of FEA. The course consists of six
modules, all with practical application using ANSYS.
The course topics can also be abstracted to provide a useful
guide for the use of FEA for non-structural applications.
On completion of this course, delegates will be able to:
• Describe the concept of structural dynamics, including modal
and harmonic response analyses, and transient dynamic
analysis
• Explain nonlinear structural analyses
• Explain substructuring and submodeling
• Demonstrate design optimization methods available for direct
command input
Who should attend this course:
Anyone wishing to gain an increased knowledge of the application
of FEA. Delegates should have a basic knowledge of FEA
principles, including terminology, basic mathematical principles,
and shape and interpolation functions.
Duration: 3 Days
Fundamentals of Pumps and Their Selection for
O
ptimum System Performance
(
PD670)
This course provides an introduction to pumps – the way they
work, different types, and some basic applications. It discusses
the flow of fluids through pipes, as well as the variables that
a
ffect the flow. It takes a close look at centrifugal and positive
displacement pumps. This course examines the requirements
necessary for the selection of pumps for optimum system
performance.
On completion of this course, delegates will be able to:
• Identify different types of pumps, including centrifugal and
positive displacement pumps
• Recognize the advantages and the limitations of each type
of pump
• Calculate the flow of liquid through piping systems
• Calculate the pressure drop in pipes, valves, and fittings
• Select the appropriate type of pump for a specific application
Who should attend this course:
Anyone who wants an introduction to and a basic understanding
of the types of pumps and their applications
Duration: 2 Days
Fundamentals of Valves and Their Selection for
Optimum System Performance (PD671)
Valves are important components in any piping system - without
valves, the piping system cannot stop, start, or regulate the
flow. Choosing the best possible valve for a particular application
will help ensure efficient, dependable, and economical
performance.
This course introduces the different types of valves – the way
they work and some of the basic applications. It provides an
overview of the considerations involved when choosing the
appropriate valves for a system.
On completion of this course, delegates will be able to:
• Describe valves and how they operate
• Identify different types of valves
• Recognize the advantages and disadvantages of each type
of valve
• Outline the considerations involved in selecting the
appropriate type of valve for a specific application
• Identify standards and other guidance applicable to valve
selection and use
Who should attend this course:
Anyone who wants an introduction to and a basic understanding
of the types of valves and their applications
Duration: 2 Days
DESIGN AND MATERIALS
6
go.asme.org/indiatraining
Fundamentals of Pumps and Valves and Their Selection
for Optimum System Performance (Combo Course)
(PD679)
This course combines the Selection of Pumps and the Selection
o
f Valves courses into a 3-day course. It introduces how they
work, the different types and the basic applications for both
pumps and valves.
On completion of this course, delegates will be able to:
•
Identify different types of pumps and valves
• Recognize the advantages and the limitations of each type of
pump and each type of valve
• Calculate the flow of liquid through piping systems
• Calculate the pressure drop in pipes, valves, and fittings
• Select the appropriate type of pump for a specific application
• Describe valves and how they operate
• Outline the considerations involved in selecting the appropriate
type of valve for a specific application
• Identify standards and other guidance applicable to valve
selection and use
Who should attend this course:
Anyone who wants to improve their knowledge of pumps and valves
Duration: 3 Days
GEOMETRIC DIMENSIONING
AND TOLERANCING
Fundamentals of Geometric Dimensioning and
Tolerancing in Design Through Manufacturing
(
for GDT Technologist Level)
(
PD694)
This course covers the geometric dimensioning controls used
on mechanical drawings. It explains the theoretical and practical
concepts of each of the geometrical controls relative to design,
tooling, production and inspection. Topics include the concept of
datum as well as the controls for form, orientation, location,
profile and runout.
On completion of this course, delegates will be able to:
• Define Geometric Dimensioning and Tolerancing (GD&T)
•
Explain the importance of GD&T and the use of ASME Y14.5
• Define the concept of Datum
• Explain the use of tolerance controls for form, orientation,
location, profile and runout
Who should attend this course:
Anyone who uses the ASME Y14.5 Dimensioning and Tolerancing
standard, including designers, drafters, quality, procurement,
tooling production, manufacturing and shop personnel
Duration: 3 Days
Advanced Geometric Dimensioning and Tolerancing in
Design Through Manufacturing (for GDTP Senior Level)
(PD695)
This course provides an in-depth look at the concepts in the
ASME Y14.5-2009 Standard. It compares various geometric
tolerancing concepts, and discusses the application of advanced
GD&T controls, including composite profile and composite
position tolerances, through case studies and exercises. It also
focuses on applying correct datum structures and geometric
tolerances on detail parts based on functional requirements and
cost implications for the final assembly.
The course also prepares participants for the Geometric
Dimensioning and Tolerancing Professional (GDTP) Senior Level
examination, and includes a practice exam based on ASME
GDTP-Senior BOK-Guide to prepare individuals for ASME GDTP-
Senior Certification.
It is an advanced level program for experienced engineers who
are familiar with GD&T symbology and interpretation.
On completion of this course, delegates will be able to:
• Apply GD&T controls on detail parts of an assembly using real-
world examples
• Conduct stack analysis to understand the effect of variation on
built assemblies
• Apply principles and applications of Hard and Soft gauging
• Describe enhancements in the Y14.5-2009 standard and ISO
Standards
Who should attend this course:
Engineering professionals in product design, manufacturing,
process engineering and quality assurance
Duration: 2 Days
FLUIDS AND HEAT TRANSFER continued
BPV Code, Section III, Division 1: Rules for Construction
of Nuclear Facility Components
(PD184)
This course presents a practical yet comprehensive overview of
t
he BPV Code, Section III, Division 1 (nuclear section), including
interfaces with Sections II, V, and IX. Every Subsection in Section
III is covered in sufficient detail to provide an understanding of
the Code processes and methodology, including the ASME
A
ccreditation processes.
On completion of this course, delegates will be able to:
• Describe the contents of Section III, including its current
scope and exclusions
• Describe the functions performed by Authorized Inspection
Agencies and Authorized Nuclear Inspectors
• List the Quality Assurance requirements as they apply to
Material Organizations and N-Certificate holders
• Explain the use and significance of ASME Code Stamps and
the new ASME Code Stamp
• Describe the Process for ASME Accreditation
• List the responsibilities of various ASME Certificate Holders
• Describe the purpose of the different Code Data Reports
and their required signatories
• Explain how Section III, interfaces with Sections II, V, and IX
• Explain how the ASME Code is becoming a global standard
Who should attend this course:
Nuclear regulators, technical organizations, nuclear generating
facility owners, equipment and material organizations, installers
and authorized inspection agencies
Duration: 4 Days
BPV Code, Section III: Advanced Design and
Construction of Nuclear Facility Components (PD644)
This advanced course details Code requirements for the design,
fabrication, construction and life extension of nuclear power
plants. Covering all aspects of the nuclear pressure boundary as
well as the application of methods for fabrication of nuclear
pressure boundary components, it discusses the Code
requirements for Nondestructive Examination (NDE) techniques
as well as hydro testing and leak testing.
Through a combination of information and case studies based
on real-world problems, the course provides the required
knowledge for professionals who are involved in the design,
fabrication, construction and life extension of nuclear power
plant (NPP) components.
On completion of this course, delegates will be able to:
• Explain advanced concepts related to design by analysis and
design by rule
• Compare ASME BPV Code with other international codes
• Identify welding and heat treatment requirements
• Describe what is required for nondestructive examination and
testing
Who should attend this course:
Nuclear power plant designers, stress analysts, QA and inspection
personnel, regulators, and reactor, welding, operations, and
utility engineers will all benefit from this course
Duration: 4 Days
ASME B31.1 Power Piping Code: Design, Fabrication,
Assembly, Erection, Inspection, Maintenance and
Repair
(PD678)
T
his intensive course details the latest Power Piping Code
requirements – key elements in creating the more effective
piping systems today’s competitive environment demands.
This course explores the background, rules and trends in piping
d
esign, analysis, and fabrication – all vital elements of power,
industrial and institutional plant construction and maintenance –
within the context of meeting the requirements and intent of
ASME B31.1 and its appendices.
On completion of this course, delegates will be able to:
• Explain the principal failure modes of piping components and
where to look for them
• Explain the difference between pressure component design
and structural design
• Describe the layout and simplified analysis techniques
• Qualify nonstandard fittings and joints and develop stress
intensification factors
• Identify materials selection and limitations, fabrication rules
and their bases
• Explain welding qualification requirements, inspection,
examination, and testing requirements
Who should attend this course:
Engineers involved in piping design and analysis, practicing
piping engineers requiring background on Code compliance,
and piping fabricators and suppliers wishing to understand the
relationship of fabrication and manufacture to the design and
construction of piping systems
Duration: 5 Days
ASME B31.3 Process Piping Code: Design, Fabrication,
Assembly, Erection, Inspection and Testing (PD643)
This course provides an introduction to the ASME 31.3 Process
Piping Code and covers the B31.3 requirements for design,
analysis, materials, fabrication, testing and inspection of process
piping systems. It explores the rules for various components
including fittings, connections, bends, valves and specialty
components. Other topics include dimensions and ratings of
components, fluid service requirements for joints, piping
flexibility and support, welding, heat treatment, bending and
forming, brazing and soldering, assembly, erection, examination
and inspection.
On completion of this course, delegates will be able to:
• Identify the responsibilities of personnel involved in the
design, fabrication, assembly, erection, examination,
inspection, and testing of process piping
• Describe the scope and technical requirements of the ASME
B31.3 Code
• Apply and implement the quality requirements that are
defined in the ASME B31.3 Code.
Who should attend this course:
Engineers, managers and quality personnel involved in the
design, manufacturing, fabrication and examination of process
piping that is being built to the requirements of U.S. Codes and
Standards
Duration: 5 Days
NUCLEAR PIPING AND PIPELINES
ASME CODE COURSE
A
SME C
ODE COURSE
ASME CODE COURSE
ASME CO
DE
CO
URSE
7
8
go.asme.org/indiatraining
ASME CO
DE
CO
URSE
B31.8 Gas Transmission and Distribution Piping
Systems Code (PD370)
ASME B31.8 is the most widely used code for the design,
o
peration, maintenance, and repair of natural gas distribution
and transmission pipelines. This course explains the current
code provisions, the principal intentions of the code, and how
the code should be used, with the emphasis on transmission
p
ipelines.
On completion of this course, delegates will be able to:
• Explain the causes and modes of pipeline failure
• Describe considerations for material specifications, pipe
manufacturing and pipe joining
• Estimate pipeline stresses from external loadings
• Explain how to evaluate pipeline defects
• Identify pipeline repair techniques
• Identify the elements of pipeline integrity
• Explain how code requirements address these issues
Who should attend this course:
Engineers as well as personnel involved in code compliance,
operation and maintenance and regulatory functions
Duration: 3 Days
B31.8S Integrity Management and Maintenance
of Gas Pipelines Code (PD594)
This course discusses how to develop and execute an Integrity
Management Program (IMP) for gas transmission and distribution
pipeline systems, based on ASME B31.8S, Managing the
Integrity of Gas Pipelines. Topics include data gathering, risk
assessments, integrity assessments, threat mitigations, and
repair methods. The course provides best integrity management
practices and requires some pipeline experience.
On completion of this course, delegates will be able to:
• Develop and execute an Integrity Management Program
• Describe approaches for risk assessments
• Explain the purpose of integrity assessments
• Describe threat mitigations
• Explain how to use the results of integrity assessments
• Describe appropriate repair methods and practices
Who should attend this course:
Senior pipeline managers and supervisors, safety and regulatory
personnel with responsibility for pipeline integrity and personnel
responsible for training and Implementation of an IMP program
Duration: 3 Days
B31Q Pipeline Personnel Qualification (PD608)
This course describes the systems and processes used to
qualify pipeline personnel required by ASME B31Q. It covers
personnel whose duties have an impact on the safety and
integrity of natural gas transmission and distribution pipelines.
The course discusses the tasks required for qualification, the
process for qualifying individuals, including training and
personnel evaluations and the documentation and development
of the qualification program.
On completion of this course, delegates will be able to:
• Explain why qualification is necessary
• Describe the scope of a qualification program
• Identify when training is required
• Describe how to perform acceptable evaluations
• Explain the various aspects of qualifications
•
Measure program effectiveness
•
Describe documentation requirements
• Describe the implementation of the qualification program
Who should attend this course:
Managers engaged in personnel qualification for gas pipelines
as well as those involved in the design, construction, operation,
and maintenance of pipelines whose responsibilities include
management of qualified personnel
Duration: 3 Days
PIPING AND PIPELINES c
ontinued
ASME CODE COURSE
ASME CODE COURSE
9
BPV Code, Section IX: Welding and Brazing
Qualifications
(PD645)
This course covers the layout, scope, and use of Section IX of
t
he ASME Boiler and Pressure Vessel Code through illustrative
examples. It explains and demonstrates the rules for qualification of
welding and brazing procedures and personnel. Attendees learn
about the basic rules for the use of Section IX in conjunction with
o
ther construction codes. These rules include the identification of
responsibilities for procedure and personnel qualification as well
as the activities that can be subcontracted by the manufacturer.
The course also presents basic characteristics of the welding
processes as a basis for understanding the essential and
nonessential variables that are listed for the qualification of
procedures and personnel. Some basic metallurgy is presented
to explain the philosophy supporting the essential variable rules
of the Code. Examples of welding procedure and personnel
qualification documentation are also presented to demonstrate
how the essential and nonessential variables are identified and
documented. Finally, a brief discussion and demonstration will
be conducted to show how supplementary essential variables
can be addressed when impact toughness is required.
On completion of this course, delegates will be able to:
• Explain the layout and scope of Section IX
• Describe the qualification of procedures and personnel in
Section IX
• Identify the basic features of the commonly used welding
processes
• Explain the concept of carbon equivalent and hardenability of
steels
• Identify the nonessential variables and essential variables in
the WPS
• Explain how to prepare and modify the PQR and WPS from
fundamental data
• Identify supplementary essential variables
Who should attend this course:
Engineers, supervisors, quality assurance/control personnel,
auditors, or anyone else working in the boiler, pressure vessel,
petrochemical, biopharmaceutical, or any other industry whose
welding qualifications are governed by Section IX of the ASME
Boiler and Pressure Vessel Code
Duration: 3 Days
Principles of Welding (PD636)
T
his course provides an introduction to the principles of welding
technology. It describes the process of welding; the electric circuits
that are used to generate welding arcs, material properties, and
the metallurgical and dimensional effects of welding on structures.
T
he course also provides an overview of weld design concepts
including efficient weld sizing and communication of welding
information to welders through procedures & symbols on drawings.
T
he course is an ideal prerequisite to the ASME BPV Code Section IX
course for those individuals with little or no prior welding experience.
On completion of this course, delegates will be able to:
• Explain common welding processes
• Describe basic weld design concepts, such as weld size
determination and communication through weld and welding
symbols on drawings
• Explain how welding affects various welded materials,
including metallurgical and dimensional changes
• Describe the advantages and disadvantages of various
arc-welding processes
• Explain the advantages and disadvantages of each process
• Identify weld inspection techniques, including non-destructive
examination
• Identify common problems with welding processes and
explain how to troubleshoot them
Who should attend this course:
Engineers, managers and quality personnel who wish to
understand the fundamental principles of welding to control
and troubleshoot welding processes, reduce operating cost
and improve the quality of their product
Duration: 2 Days
Welding of Duplex Stainless Steels (PD696)
This course covers the important aspects related to the welding
of duplex stainless steels.
It reviews the advantages of duplex stainless steels, including
superior resistance to corrosion and cracking as well as their
higher yield strength and cost competitiveness in comparison to
conventional austenitic stainless steels and ferritic steels. The
course also discusses the duplex austenitic-ferritic phase balance
and the mechanical and corrosion resistance properties. It is
essential that a proper understanding of the welding discipline
is practiced for duplex stainless steels.
On completion of this course, delegates will be able to:
• Describe the micro-structural design of duplex stainless steels
• Explain the mechanical and corrosion resistance properties of
duplex stainless steels
• Describe various types of duplex stainless steels
• Describe the role of different alloying elements in achieving
required properties
• Explain the effect of welding thermal cycle, cooling rates and
heat input on phase balance and corrosion resistance of weld
and HAZ
• Develop the required welding procedures for weld soundness,
mechanical properties and corrosion resistance
• Qualify Welding Procedures and Personnel for defect free and
economical welding
• Meet requirements of various code, recommended practices
and job specifications.
Who should attend this course:
Welding & QA /QC personnel for process design, LSTK agencies,
project consultants, inspection agencies, suppliers, equipment
fabricators, pipe and piping contractors as well as project
operation teams
Duration: 1 Day
WELDING AND BRAZING
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ical
in
d
u
strie
s. H
e
is also
a Ce
rtifie
d
G
e
o
m
e
tric D
im
e
n
sio
n
in
g
&
T
o
le
ran
cin
g
P
ro
fe
ssio
n
al-Se
n
io
r (G
D
T
P-S) by A
SME an
d
h
o
ld
s ce
rtificatio
n
in
Six
Sig
m
a
Blac
k
B
e
lt
(
SSBB)
.
H
e
h
as
exte
n
siv
e
ly
u
se
d
v
ariatio
n
an
aly
sis
so
ftware
to
co
n
d
u
ct
u
p
-
fro
n
t
asse
m
b
ly
b
u
ild
an
aly
se
s
to
p
re
d
ict
asse
m
b
ly
v
ariatio
n
an
d
e
lim
in
ate
b
u
ild
issu
e
s
in
m
an
u
f
act
u
rin
g.
Th
e
in
str
u
cto
r
h
as
also
b
e
e
n
a
m
e
m
b
e
r
o
f
th
e
d
e
sig
n
te
am
at
V
arate
c
h
I
n
c.
f
o
r
th
e
d
ev
e
lo
p
m
e
n
t
o
f
Sig
m
u
n
d
p
ro
d
u
cts
an
d
is
a
co
-
p
ate
n
t
h
o
ld
e
r
in
T
o
le
ran
ce
Sim
u
latio
n
An
aly
sis.
H
e
e
arn
e
d
h
is
MS
in
I
n
d
u
strial
En
g
in
e
e
rin
g
fro
m
U
n
iv
e
rsity
o
f
Oklah
o
m
a
in
th
e
U
n
ite
d
State
s.
Thi
s
ASM
E
I
nst
ruct
or
i
s
a
graduat
e
engi
neer
w
i
t
h
B.
Tech
i
n
M
et
al
l
urgi
cal
Engi
neeri
ng
f
rom
I
.
I
.
T.
Bom
bay
,
w
i
t
h
a
post
graduat
e
qual
i
f
i
cat
i
on
of
ME
i
n
Met
al
l
urgi
cal
Engi
neeri
ng
f
rom
McMast
er
Uni
versi
t
y
,
Ham
i
l
t
on
i
n
Canada.
An
I
n
te
rn
atio
n
al
We
ld
in
g
En
g
in
e
e
r
Ce
rtificate
h
o
ld
e
r fro
m
th
e
In
te
rn
atio
n
al
We
ld
in
g
In
stit
u
te
an
d
a F
e
llow
Me
m
b
e
r o
f th
e
In
d
ian
In
stit
u
te
o
f
We
ld
in
g, h
e
h
as m
o
re
th
an
3
0
y
e
ars’ exp
e
rie
n
ce
in
th
e
fie
ld
o
f
we
ld
in
g
ap
p
licatio
n
as
a
Se
n
io
r
We
ld
in
g
En
g
in
e
e
r
w
ith
M/
S
L
arse
n
&
T
o
u
b
ro
L
td
.
,
Mu
m
b
ai
an
d
late
r
as
T
e
c
h
n
ical
Man
ag
e
r,
W
el
di
ng
A
ppl
i
c
a
t
i
on wi
t
h M
/S
Adva
ni
- Oer
l
i
kon Lt
d. M
umba
i
. He i
s
a
w
el
l
-k
no
wn e
x
per
t
i
n W
el
di
ng ma
na
gement
a
nd c
ont
r
ol
r
equi
r
ement
s
an
d
h
as
d
ev
e
lo
p
e
d
,
q
u
alifie
d
&
im
p
le
m
e
n
te
d
we
ld
in
g
p
ro
ce
d
u
re
s
f
o
r
v
ario
u
s
m
e
tals
an
d
alloy
s
u
sin
g
G
T
AW
,
SMAW
,
G
MAW
,
F
CAW
an
d
SAW
p
ro
ce
sse
s
inv
o
lv
e
d
in
f
ab
ricatio
n
o
f
P
re
ssu
re
Ve
sse
ls,
H
e
at
Ex
c
h
an
g
e
rs,
P
ro
ce
ss
Eq
u
ip
m
e
n
t,
Pip
e
s,
Pip
e
lin
e
s,
Sh
ip
s,
I
n
d
u
strial
Str
u
ct
u
re
s,
Brid
g
e
s,
Cran
e
s,
Co
n
str
u
ctio
n
Eq
u
ip
m
e
n
t
an
d
Mac
h
in
e
ry.
This A
SM
E Instr
uctor
holds a post gr
aduate M Sc (Engineering) degree in Valve Design and Technology from Cranfield Institute of Technology,
Uni
ted Kingdom, and has more than 25 years’ experience in the valve industry.
He heads the Design & Engineering and Quality Division at
the Valve Manufacturing Unit of Larsen & Toubro Limited, Coimbatore. He formerly worked at Audco India Limited, which won
Depar
t
ment
of
Sci
ence
and
I
ndust
r
i
al
Resear
c
h
(
DSI
R) National Award for Outstanding inhouse R&D achievement in the year 2006
under
hi
s
l
eader
shi
p.
He
has
been
deepl
y
i
nvol
ved
i
n
Design and Development of different type of valves for various industrial applications
i
ncl
udi
ng
nucl
ear
and
i
n
set
t
i
ng
up
of
t
he
speci
al
t
est
i
ng arrangements for Functional, Fire, Cryogenic & Fugitive Emission
Tests and
C
le
a
n
R
o
o
m
. In
th
e
p
a
s
t h
e
s
e
rv
e
d
in
Pro
d
u
c
t E
n
g
in
e
ering and Quality Control in Oilfield Equipment (Wellhead and Christmas
Trees) and
l
at
er
for
al
l
i
t
s
pl
ant
s
wher
e
he
spear
headed
Qual
i
t
y Team. He also carries an expertise in CE and ATEX Marking, Safety, QMS and
EMS compliances. He was instrumental in getting ASME N and NPT stamps. He has applied for 14 design patents which are at the
grant stage and has published five international papers in ASTM, The Society for Experimental Mechanics Inc., USA, and other
international conferences.
Thi
s ASME instructor carries over 40 years’ experience in the Oil and Gas Industry,
having earned a Bachelor
of Engineering in Mechanical Engineering and a post diploma in Metallurgical Engineering, along with a
Masters Degree in Business Administration. He is an API Authorized surveyor and in the past has worked
with American Bureau of Shipping (ABS Group) and Velosi Certification Services in Middle East as an ASME
/ NBBI Authorized Inspector Supervisor and Boilers and Pressure Vessel Inspector USA,
State of Vermont.
He is a certified API 653-Authorized Inspector for Repair, Alteration and Reconstruction
of Above Ground
Storage Tanks. He is also an AWS Certified Welding Inspector and an ASNT Level-III in UT, RT, MT.
Representative ASME Instructor Profiles
10
11
go.asme.org/indiatraining
“Excellent content coverage”
Dilip Kumar Banerjee
Deputy General Manager (Project-Gas)
Indian Oil Corporation Ltd.
“Very comprehensive and effective training for better understanding.”
D
ebasish Chattopadhyay
Deputy Manager – Asset Integrity
Gujarat Gas Co. Ltd.
“Comprehensive training for material selection, design, construction, testing,
operations and maintenance.”
Bimaf N. Gyastelwafa
Deputy Manager
Gugarat Gas Co. Ltd.
“Course material is very good and very much focused.”
Gurinder S. Matharu
General Manager Quality Assurance and Compliance
Cairn India Ltd.
“The clarity of thought that has gone into the making of the ASME course is
exceptional and the tutor brings this forth in a thorough manner.”
K. K. Vaze, Head
Reactor Structures Section
Bhabha Atomic Research Centre
“The course clarified some of the important technical basics.”
Makarand R. Deshpande
Design Support Manager
Lloyds Register Asia
“Excellent course module for inspection engineers for the petroleum industry.”
Anirban Bhagawati
Superintending Engineer (Maintenance) LPG
Oil India Limited
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and academic professionals.”
D. V. Shastry
Deputy General Manager – Training
GAIL Training Institute
What Some of Our Past Attendees Have to Say…
12
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