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Radiography Level 1 & 2
Radiography Level 1

PREREQUISITE: Registrants must satisfy all prerequisites that pertain to this training course.

TRAINING OBJECTIVES:  This course provides the basic knowledge of industrial radiography to enable the graduate to conduct radiographic inspection to established procedures under the supervision of Level 2 or Level 3 personnel. The course includes hands-on experience in the use of x-ray radiography and darkroom techniques.

APPLICABLE STANDARDS: This course meets the training syllabus requirements of CAN/CGSB-48.9712, ISO 9712 and SNT-TC-1A.

DEFINITION OF LEVEL 1 PERSONNEL (AS PER CGSB): Level 1 personnel are defined as personnel who will carry out industrial radiography under the supervision of Level 2 or Level 3 personnel and will not be responsible for the radiographic method or technique to be used, nor for the assessment of radiographs.

COURSE OUTLINE:
  1. Introduction
    • History and use of penetrating radiation
    • Advantages and disadvantages of industrial radiography
    • Comparison with commonly used NDT techniques

  2. Fundamentals of Radiation Physics
    • Atomic structure
    • Electromagnetic energy
    • Electromagnetic waves and their properties
    • Isotopes

  3. Origin of Penetrating Radiation
    • X radiation
    • Gamma radiation
    • Ionization
    • Ions and ion pairs

  4. X-Ray Production
    • Characteristic and Bremmstrahlung X-Rays
    • Components and function of the industrial x-ray tube
    • Warm up and duty cycles

  5. X-Ray Beam Characteristics
    • Quantity
    • Quality

  6. High Energy X-Ray Sources
    • Types
    • Uses

  7. Mathematical Factors Governing X-Ray Exposures
    • Milliamperage - Distance Relationship
    • Time - Distance Relationship
    • Milliamperage - Time Relationship
    • Milliamperage - Time - Distance Relationship

  8. Radioactivity
    • Particulate, alpha and beta radiations
    • Industrial isotopes; their containers and projection
  1. Radiation Measurement
    • Intensity
    • Activity and specific activity
    • Half-life

  2. Radiographic Image Quality
    • Geometric principles
    • Radiographic sensitivity
    • Image quality indicators
    • Radiographic contrast
    • Subject contrast
    • Film contrast
    • Secondary radiation

  3. Film Processing
    • Film construction & classification
    • Darkroom facilities
    • Handling and storage
    • Film artifacts
    • Chemicals used and their purpose
    • Intensifying screens
    • Film holders
    • Manual and automatic processing

  4. Applied Radiographic Inspection
    • Use of x-ray exposure charts
    • Use of gamma-ray slide rule calculator
    • Use of x- and gamma-ray equipment and accessories
    • Film processing
    • Documentation

Radiography Level 2

PREREQUISITE: Registrants must have successfully completed a Level 1 Radiography course in accordance with CGSB or SNT-TC-1A, and satisfy the math prerequisite.

TRAINING OBJECTIVES: This course provides the advanced knowledge required of the Level 2 industrial radiographer, including technique development, film interpretation, general codes, standards & specifications, and federal and provincial regulations pertaining to x- and gamma-radiography.

APPLICABLE STANDARDS: This course meets the training syllabus requirements of CAN/CGSB-48.9712, ISO 9712 and SNT-TC-1A.

DEFINITION OF LEVEL 2 PERSONNEL (AS PER CGSB): Level 2 personnel are defined as personnel qualified in radiation safety who will perform and/or direct industrial radiography according to established or recognized procedures and shall be responsible for the radiographic method or technique to be used and for the assessment of radiographs.

COURSE OUTLINE:
  1. General Radiography
    • History and fundamentals
    • Fundamentals of radiation physics
    • X-ray production and characteristics
    • High energy x-ray sources
    • Mathematical factors governing x-ray exposures
    • Radioactivity
    • Radiographic image quality
    • Radiation interaction with matter

  2. Radiographic Film and Processing
    • Film construction
    • Choosing a film type: factors to consider
    • Film processing: chemicals; steps; precautions
    • Handling and storage of unexposed film
    • Quality control for processing
    • Darkroom safelight tests
    • Intensifying screens: leads screens; fluorescent intensifying screens
  1. Radiographic Techniques
    • X- and gamma-ray exposure charts
    • Film characteristic curves
    • Specimen techniques

  2. Practical Radiography
    • Preparation of x- and gamma-ray exposure charts
    • Developing techniques and producing radiographs of welds in aluminum and carbon steel plate and pipe
    • Manual processing
    • Preparation of procedures
    • Reference radiographs
    • Field radiographs

NOTES: Participants are requested to have a calculator capable of scientific notation.
Safety shoes are mandatory for all laboratory work.
Government regulation requirements for Radiography Level 2: If you are currently a Nuclear Energy Worker, you must submit a copy of your current energy worker consent form along with your Social Insurance Number. This information should be faxed to us at 905-574-6080 or emailed to (in PDF format) at the time of registration. Course results will be held until this information has been provided. Thank you in advance for complying with this new government regulation.

Upcoming Course Dates Guaranteed to Run
Radiography Levels 1 & 2 Day Courses in Saint John, NB :
No dates currently scheduled
Radiography Levels 1 & 2 Day Courses in Nisku, AB :
November 20 - December 8, 2017Fifteen Days (120 Hours)1 out of 12 seats takenPrice: $3878.00
Is the date you want "Full"? Do none of the above dates work for you?

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