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AWS TRAINING SCHEDULE
DASH AWS – CWI
PROGRAMME
 
FOR 2014
MON
SEMINAR
PLACE
JAN 10 DAYS VADODARA
JAN 10 DAYS PONDICHERRY
JAN 10 DAYSPONDICHERRY
FEB 10 DAYS DUBAI
FEB 10 DAYS CHENNAI
MAR 10 DAYS PONDICHERRY
APRIL 10 DAYS VADODARA
APRIL 10 DAYS DUBAI
APRIL 10 DAYS CHENNAI
MAY 10 DAYS THAILAND
MAY 10 DAYS SINGAPORE
MAY 10 DAYS PONDICHERRY
JUNE10 DAYSPONDICHERRY
JULY10 DAYSVADODARA
JULY10 DAYSCHENNAI
AUG - SEP

15 DAYS(PREPARATORY)

&

5 DAYS

KOLKATA
AUG10 DAYSCHENNAI
SEP10 DAYSSINGAPORE
SEP10 DAYSPONDYCHERRY
SEP10 DAYSMUMBAI
SEP - OCT

15 DAYS(PREPARATORY)

&

5 DAYS

KOLKATA
OCT10 DAYSVADODARA
OCT10 DAYSCHENNAI
NOV10 DAYSCHENNAI
NOV5 DAYSPORT HARCOURT
NOV5 DAYSDUBAI
NOV-DEC

15 DAYS(PREPARATORY)

&

5 DAYS

KOLKATA
DEC10 DAYSPONDICHERRY
DEC10 DAYSMANILA
DEC10 DAYSBATAM
DEC10 DAYSBANGKOK
DEC10 DAYSPONDICHERRY
  • AWS - CWI, CWE, SCWI, ISO LA - 9001, ISO LA -  14000, ISO LA -  18000, API - 510, 570, 653 & ASNT LEVEL - III COURSE CONDUCTED IN VADODARA, SURAT, MUMBAI, CHENNAI, BANGALORE, COCHIN, HYDERABAD, KOLKATA, TRICHY, PONDICHERRY, COIMBATORE, SINGAPORE, BANGKOK, VIETNAM, INDONESIA,THAILAND, DUBAI, DOHA & DAMAM.

COURSE CALENDER CWI

AWS CWI Seminar in Vadodara

Preparatory

Course

Seminar Date
Location
5 DAYS 5 DAYS Vadodara
5 DAYS 5 DAYS Vadodara

 

AWS - CWI Seminar in Kolkata

Preparatory

Course

Seminar Date
Location

16 Aug-

30 Aug

01 Sep-

06 Sep

Kolkata

26 Sep-

10 Oct

11 Oct-

16 Oct

Kolkata

15 Nov-

29 Nov

01 Dec-

06 Dec

Kolkata

 

  • API 510, 570 & 653 WILL START FROM JANUARY ONWORDS IN NIGERIA, DUBAI, VADODARA & THAILAND
  • ASNT NDT LEVEL III TRAINING UT,RT,MT,PT
aws courseapi coursethird party inspectionnon destructive testing

Dash Engineering Services, Third party inspection, Design Pressure Vessel, Piping, Process, Pipeline, NACE, API, AWS, ISNT, ASNT, CWI, Pipe Mill, Equipments, Design Review, Shut Down Inspection, Services for Shutdown Activities, Overhauling of Equipments, Inspection, ISO Training, NDT Training, Welding Training, Consultancy

AWS CWI TRAINING AND CERTIFICATION

We appreciate your interest in AWS-CWI…

Thats why you are here..!!!

You know that certification can mean better pay, more job security, and the proof that your skills and knowledge label you as one of the industry’s elite.

Becoming AWS certified means passing tests that require a high degree of knowledge, top-notch skills, and the ability to navigate complex codes quickly. And if you, like everyone else, have little time to study, then DASH INSPECTORATE PVT LTD has the answer by way of conducting AWS-CWI training Seminar & Certification events.

DASH INSPECTORATE PVT LTD offers six days of intensive training seminars that will help prepare you to pass the AWS certification tests. Our experienced instructors will help you learn the course material you need to know fast, and show you how to use and understand the latest codes and standards like API 1104.

DASH INSPECTORATE PVT LTD training seminars oriented towards the AWS-CWI QC1:2007 certification requirements are an excellent value. The AWS CWI seminar fees includes complete preparation course work taught by veteran instructors from elite Industries and professional educational institutions, refreshments and lunch, One-year complimentary AWS membership (for non members), subscriptions to the Welding Journal, and reference books.

As DASH INSPECTORATE PVT LTD provides you most of the Study material, Model questions and a complete mentored guidance towards taking the examination, you will feel most comfortable taking the event with DASH INSPECTORATE PVT LTD. Once you are AWS certified, you will receive a free subscription to Inspection Trends magazine, geared specifically to keep you informed of the latest developments in testing and materials inspection.

DASH INSPECTORATE PVT LTD AWS-CWI training Seminar & Certification events are offered almost once in every two months in Chennai, INDIA. Additional certification events will be designed and announced based on the requirements of our corporate clients like Reliance group. Before taking up the seminar or certification we always recommend you to plan well in advance and book your registration. This will enable you to receive the complete set of study materials that you can use to prepare well for the event, and will enable us to reach you through our News letters to keep you updated on the latest AWS CWI News and events.

When you prepare for this AWS-CWI training Seminar & Certification keep in mind that AWS-CWI is one of the industry’s most trusted and recognized stamps of approval, and YOU are going to get recognized with it. And when you take the seminar with DASH INSPECTORATE PVT LTD you will be given individual care and mentoring to bring up every participant to the stringent requirement levels set for AWS-CWI. By doing this, we do our bit of service to the industry by identifying and nurturing talents that is most required in the QA/QC industry.

So let us help you, get your “Stamp of Approval

 

Eligibility:

AWS mantra is to promote Welders with adequate experience and knowledge to Welding inspectors. So the society is flexible when it comes to the educational qualification.

If you are in the welding profession with 2 to 5+ years of experience, then you qualify for this certification.

High school Pass outs or Diploma holders or Engineering graduates all qualify for this certification if they have enough and relevant experience in this field and aspire to become an Inspector.

Seminar Pattern:

Seminar’s will be conducted in an Air-conditioned conference hall by leading Industry professionals and veteran instructors,covering AWS QC1:2007 standards.

3 days of the seminar will be used to cover the “Fundamentals” part of the examination that covers all the facets of welding processes and NDT examination.

2 days will be used to cover the “Practical applications” part of the examination. This will expose you to actual visual inspection tools, guages and weld replicas and further to the acceptability and rejection criteria of sample weldments based on the sample codebooks.

1 day will be used to expose and refresh your skills in comprehending the welding code books,including qualification of welding procedures.

Every part of the seminar session will be backed up by extensive review and testing sessions.

Lunch and refreshments will be provided during the complete duration of the event.

Exam Pattern:

Examination Minimum no.of.Questions Duration Minimum % to pass
Part A – Fundamentals
(closed book test)
150 2 hrs 72%
Part B – Practical
(hands on test)
46 2 hrs 72%
Part C – Code Book
(open book test)
46 – 60 2 hrs 72%

* All Exam questions are multiple choices and objective types

Certification and Seminar Fees:

Examination fees: 900US$ payable to “American Welding Society USA” in the form of DD

Seminar fees: 18000 Indian Rupees favoring “DASH INSPECTORATE PVT LTD Engineering & Technology Zone” in the form of Check or DD, subject to realization.

Key Beneficiaries of the event:

Though this seminar and certification gives a career boost for all individuals who go through this, it is specifically recommended for the professionals in the following category:

Welding Foremen,Inspectors & Engineers

Quality Assurance & Control Inspectors, Supervisor & Engineers

Field Service staff, Engineers & Supervisors

Erection & Construction Engineers and Supervisors

NDT Professionals

Registration process:

SEE WWW.DASHINSPECTORATE.COM

Upon completion of registration process, candidates can collect their copy of course and study materials and AWS QC1:2007 certification handbook. This will help you to start your preparations immediately.

For registration and enquiries contact:

VISIT WWW.DASHINSPECTORATE.COM FOR

 

A) TRAINING PROGRAMMES IN

a)        AWS CWI in India ,Chennai, Cochin, Calcutta, Pondicherry, Coimbatore, delhi, Vadodara, Pune, Mumbai, VADODARA, AHMEDABAD, SURAT, MUMBAI, PUNE, CHENNAI, DELHI, HYDERABAD, INDORE, CALCUTTA, BANGALORE

b)      AWS CWI in SINGAPORE, QATAR, UAE,  THAILAND , SAUDIARABIA, USA,NIGERIA

B) Inspection activities for plant and equipment, refineries, oil and gas sector, cross country pipeline, pipe mill inspection nuclear reactor, and power plant  WORLD WIDE

DASH OFFICES :  VADODARA, AHMEDABAD, SURAT, MUMBAI, PUNE, DELHI, JAIPUR, INDORE, KOLKATA, CHENNAI, HYDERABAD, BANGALORE

DASH OPERATION : USA,SINGAPORE,NIGERIA,MALAYSIA,THAILAND,PHILIPPINES,INDONESIA,QATAR,UAE,BAHRAIN,SAUDI ARABIA

Services:

DASH INSPECTORATE PVT LTD Engineering & Technology Zone was primarily established to provide Non-destructive testing services, Failure Analysis and Metallurgical tests to the industry sectors as Power, Automobile, Foundry, Manufacturing and Fabrication.DASH INSPECTORATE PVT LTD over the five years of incorporation has gained reputable experience in the following test and service categories, and is equipped with the latest set of equipments and well trained and dedicated staff on board.

Failure analysis & Metallurgical Tests

Failure is an unacceptable difference between expected and observed performance. Failures do not happen, and they are caused.

The consequences of failures are Fatalities, injuries to personnel, Damage to property, Shutdown of plant, Loss of production, Ecological problems and Litigations.

Failure analysis is to establish the causes leading to a failure. From the results of a failure analysis, gets initiated the remedial action towards preventing such causes. The overall benefits of the said action will be improved reliability and highest adherence to safety.

Chemical analysis (Wet & spectro):

In failure investigation routine analysis is recommended to ensure that the material is the one that was specified. Slight deviations from specified compositions are not likely to be of major importance in failures result from unsuitable or defective material. In specific investigations, particularly where corrosion and stress corrosion are involved, chemical analysis of any deposit, scale or corrosion product, or the medium with which the affected material has been in contact is required to assist in establishing the primary cause of failure. Where analysis shows that the content of a particular element is slightly greater than that require in the specifications, it should not be concluded that such deviation is responsible for the failure.It is often doubtful whether such a deviation has played even a contributory role is failure. The various tools and technique available for different types of chemical analysis are:

Bulk Material Analysis

Emission spectroscopy, AAS, ICP and classical wet chemical analysis for dissolved elements.
High- temperature combustion and inter-gas fusion techniques for C, S, N, H and
XRD, XRF for crystalline/ amorphous solids, liquids and gases
IR and UV spectroscopy for organic materials
Gas chromatography for oils, grease, solvents, plastics, etc.

Location variation in composition

EDX/WDX, EPMA, ESCA, SIMS

Analysis of surfaces, deposits and debris

AES, SIMS, LEISS, Ferrography

Spot Tests

Simple, qualitative, chemical tests metal /alloy identification,deposits, corrosion products and soil.

Macroscopic Examination:

The detailed examination of component and fracture surfaces at magnifications ranging from 1 to 100X is generally considered as macro examination. The amount of information that can be obtained from examination of a fracture surfaces at low power magnification is surprisingly extensive. Consideration of the configuration of the fracture surfaces may give an indication of the stress system that produced failure. Fracture in monotonic tension produces a flat fracture normal to the maximum tensile stress under plane-strain conditions and a slant (shear) fracture at about 45 degree if plan stress conditions are ideal situations that seldom occur service, Many fractures are flat at the center but surrounded by a picture fracture of a slant fracture. The slant fracture occurs because conditions approximating plane structure operate at the center of the specimen but relax toward plane stress near free surfaces. Macroscopic examination can usually determine the direction of crack growth and therefore the orgin of failure. With brittle flat structures determination depends largely upon the fracture surface exhibiting chevron marks. Chevron marks occur because nearly all cracks are stepped at an early stage in their development, and as the crack front expands , the traces of the steps form chevron marks. In plate and sheet, chevron marks may result from the nucleation of new cracks ahead of a main crack front.

Where fracture surfaces show both flat and slant fractures it may be generally concluded that the flat fracture occurred first. Low power examination of fracture surface often reveals regions having a texture different from the region of final fracture. Fatigue, stress corrosion, and hydrogen embittlerment may all show this feature. The various tools available for macroscopic examination are unaided eye, hand lens, low-power optical microscope and SEM at low magnification.

Microscopic Examinatiion:

This is a detailed examination of a fracture and polished section at magnification >100x. The microscopic examination of fractured surfaces can be carried out using an optical microscope, a transmission electron microscope, and/or a scanning electron microscope. Optical microscope is used extensively for low-magnification (<100x) fractographs, but it has for less application for microfractography. This is dur to its limited resolution (~10-6m)and depth of field (cannot not focus on rough surface)

Because the specimens for transmission electron microscope (ETM) must be thin enough to permit the transmission of electron beams, replicas of the fracture surface must be obtained. The use of scanning electron microscope (SEM) with resolutions below 3nm has consoiderably diminished the need for replication techniques. However, direct replication is still used in material since for special problems, such as examining the surface of a large component without cutting it, studying, radioactive material that cannot be placed as an ordinary unshielded microscope, or studying extremely fine Fatigue striations. Many problems involving the determination of the composition, crystal structure , or orientation of small second-phase particles are simplified if the particles are extracted from their matrix, and then supported in the microscope using a replica.

The microscopic examination is a detailed observation of fracture and polished section at magnifications >100X. The typical features that can be observed by microscopic examination are:

Classification of failure from microscopic point:

Ductile – dimple fracture (trans/inter granular)

Brittle – transgranular (cleavage) , intergranular

Fatigue – striations -> stress amplitude & loading cycle, intrusions, extrusions, sliplines
(I stage crack propagation), etc.

Classification of cracks and its direction of crack growth

Intergranular corrosion and SCC

Hydrogen induced cracking and fracture

Hydrogen induced SCC

Metal embrittlement

Hardness Testing:

The hardness tester EQUOTIP 3 comprises an indicating device and an impact device. It is based on the rebound hardness testing method according to leeb.It is for testing the hardness of all material surfaces over a large range of hardness quickly and independently.

The unit displays in the hardness scales of the following:

Leeb(HL)

Vickers(HV)

Brinell(HB)

Rockwell(HRA,HRB,HRC)

Shore(HS)

Tensile strength for steel(Rm)

Customer – Specific conversion.

SEM Fractrographic study

X-ray Diffraction

Phase Analysis

Non Destructive Testing

Non destructive testing is used to assess the integrity of a system or component without compromising its performance. The purpose of inspection is to determine whether the components, systems or products confirm to given specifications.The choice of a specific NDT method is done based on many factors that include availability ,accessibility, sensitivity and cost etc.The selection of Inspection points is of paramount importance as failure/corrosion factors to be considered are related to the operating condition, geometry and environment of systems, materials of construction, external factors and historical records. A brief discussion on various NDT methods used for RLA/CA of the boiler and its components of ISPAT INDUSTRIES LTD., are given below.

Visual Testing:

Visual inspection is the oldest and most common form of NDT used to detect various forms of which include surface corrosion,pitting and intergrannular corrosion when proper access to the inspection area is obtained.Visual inspection is a quick and economical method of detecting various types of defects before they cause failure.Its reliability depends upon the ability and experience of the inspector.Visual methods can provide a simple and speedy way to assess questionable components and can help in deciding what to do next.The disadvantage of visual inspection is that the surface to be inspected must be relativelyclean and accessible to either the naked eye or to an optical aid.

Penetrant Testing:

Penetrant inspection is used to reveal surface breaking flaws by bleed-out of a colored or fluorescent liquid dye from the flaw. The technique is based on the ability of a liquid to be drawn into a clean surface breaking flaw by capillary action.After a period of time called� dwell� excess surface penetrant is removed and a developer applied.This acts a blotter.It draws the penetrant from the flaw to reveal its presence.Coloured penetrants require good white light while fluorescent penetrants need to be used in darkened condition with an ultraviolet black light. Advantage of this test method is that indications are produced directly on the surface of the part and constitute a visual representation of the flaw. The disadvantage of this method is that it cannot be applied on porous materials.

Magnetic Particle Testing:

Magnetic particle inspection is used for testing materials that can be easily magnetized(ferro magnetic materials).This method is capable of detecting flaws open-to-surface and that just below the surface. When a specimen is magnetized wherever there is a flawthat interrupts the flow of magnetic lines of force,some of these lines exit out and re-enters the specimen.The points of exit and re-entry form opposite magnetic poles and when minute magnetic particles are sprinkled over the surface of the specimen the particles are attracted by local magnetic poles.The presence of magnetic particles creates a visual indication approximating the size and shape of the flaw. The limitations of this test method are that it can detect only surface opening and sub-surface defects in ferro magnetic materials.

Radiographic Testing:

This is an expensive technique compared to the other non destructive techniques and is predominantly used to detect internal flaws in casting and weldments. Automated systems are available for identification of the exact location of the flaw and the size of the defect.

Ultrasonic Testing:

Inspection using ultrasound is one of the most widely used and reliable non destructive test methods to monitor materials deterioration and corrosion damage on components. This method can be applied with one side accessibility which makes it useful to apply during service. Ultrasonic test techniques are used to measure the wall thickness and presence of flaws in the components. For flaw detection applications standard ultrasonic flaw detector is used whereas for thickness measurement a pulse-echo ultrasonic thickness can be used. The ultrasonic thickness gauge determines the thickness of a part by accurately measuring the time required for a short ultrasonic pulse generated by a transducer to travel through the thickness of the material reflect from the back or inside surface and be returned to the transducer. In most applications this time interval is only a few microseconds or less. The measured two way transit time is divided by two to account for the down and back travel path and then multiplied by the velocity of sound in the test material.The result is expressed in the well known relationship.

Eddy Current Testing

Value Added Services

QA/QC & Third party inspection services

Preservice Inspection

In Service Inspection

Residual Life Assessment

Conditional Assessment

Training services and Man power Development