Topic: Non Destructive Test Engineering ASNT LEVEL II

NON DESTRUCTIVE TEST (NDT) TRAINING
NDT Training and Certification:- NDT is a specialized branch of engineering science which use of non invasive techniques to determine the integrity of a material, component or structure without impairing its usefulness and is an integral part of Quality Assurance and Quality Control. It confirms quality of materials such as structural beams, pipes, plates, valves, nozzles etc. used in construction of industrial equipments. It also confirms quality of fabrication and joining process where testing of welds is of major importance. General procedure for NDT has given in ASME Section V and engineers have to follow these procedures for each NDT methods. Hence NDT training and certification is a must for QA/QC Engineers.
We conduct NDT certification as per the requirements of ASNT - SNT TC 1A 2006 and other standards.
Non-Destructive Testing Courses as per SNT-TC-1A Edition-2006
ASNT Level-I & Level-II
> Penetrant Testing
> Magnetic Particle Testing
> Radiographic Testing
> Ultrasonic Testing
> Visual Testing

Join now & become an inspection engineer to work in Oil & Gas Industries, Cement, Power Plant, Construction, Fabrication, Casting, Forging unit. Etc. We offer training program in Certification course in Inspection Engineering’s. Opportunities are open.
ELIGIBILITY
Post Graduates, Engineering Graduates and Diploma Holders are eligible for this course and persons interested in changing their career and also any Graduate Inter & SSC are also eligible.
TRAINING: What It Takes to Make It Happen
• Technicians wanting to further their NDT qualifications need to minimize billable hours lost to training efforts;
• Managers who oversee third party inspection processes need concise information that is immediately useful;
• Employers with globally positioned employees require easy access to training opportunities; and
• Individuals wanting to start a first or new career, have to balance hours spent training and their current occupation.
Each situation requires a unique way to deliver critical information and what might be a perfectly acceptable delivery method for one is untenable for another. Consequently, the courses have been designed for a wide variety of people and the demands that their diverse schedules dictate
COURSE OUTLINE
MAGNETIC PARTICLE TESTING:


Introduction
Theory on Magnetism
Magnetic Field
Permanent magnets and electromagnets
Hysteresis Loop
Diamagnetic, paramagnetic and
ferromagnetic materials
Circular and longitudinal magnetization
Principle of magnetic Particle Testing
Familiarization of common magnetic particle
equipments
Detecting medium
Demagnetization
Usage of black light for inspection
Codes, standards and specification
Evaluation of Defects
Preparation of test reports


PENETRANT TESTING:


Introduction
Principle of magnetic Particle Testing
Methods of Pre-cleaning
Properties of penetrant
Types of penetrant
Methods of penetrant application
Methods for removal of excess penetrant
Methods for drying
Properties of developers
Types of developers
Methods for developer application
Inspection requirements
Post cleaning
Usage of black light for inspection
Familiarization of various penetrant systems
Codes, standards and specification
Evaluation of Defects
Preparation of test reports


RADIOGRAPHIC TESTING:


Introduction
Structure of Atom
Production of X-ray and Gamma Ray
Radiation Safety and work permit system
Interaction of radiation with matter
Radiation detection and measurement
Biological Effects of Radiation
Regulations on use of radiography sources
Elements of industrial radiography
Geometrical principles in image quality
Selection of radiation source
Control of scattered radiation
Use of Image quality Indicators
Selection of radiography films
Film Processing
Radiographic Techniques
Plate Radiography
Structure Radiography
Pipe Radiography
Pipeline Radiography
Radiography of castings
Radiography of tanks and vessels
Calculation of exposure time
Special Radiographic Techniques
Codes, standards and specification
Radiographic Test Film Interpretation
Welding
Castings
Preparation of test reports



ULTRASONIC TESTING:


Introduction
Theory on Sound
Wave theory
Types of sound waves
Velocity of sound in material
Amplitude of sound
Modes of sound waves
Reflection
Transmission
Refraction
Diffraction
Absorption
Scattering
Attenuation
Mode conversion
Familiarization of common ultrasonic equipments
Familiarization of ultrasonic testing probes
Familiarization of Calibration Standards
Training on A Scan Equipment
What is A scan display?
Production of ultrasound
Types of probes
Features of probes
Profile of sound (Near field, far field and Dead Zone)
Selection of probe diameter
Selection of probe frequency
Sensitivity
Practical:
Calibration of equipment
Setting up of test sensitivity
Thickness / dimensional measurement
Corrosion Scan
Lamination Check
Weld Scan on plate and pipe
Defect Identification
Defect Sizing
Codes, standards and specification
Evaluation of Defects
Preparation of test reports



DATE: MARCH 16TH - 27TH 2015
Time is 8am to 5pm daily
Cost: 280,000 (UT, VT, MPI, PT & RT) (Covers for materials, training, certificate, breakfast and lunch)


FOR MORE INFO: CALL 07035816455 ([email protected])
www.hightechng.com

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