Available Dates and Locations:

Course Location:
Holiday Inn Express Calgary University
2373 Banff Trail NW
Calgary AB  T2M 4L2 Canada
587-390-6100
Book Accommodations with CASTI Room Rate
Date: September 30 to October 3, 2019
Earn: 64 PDHs
Price: $2595

IMPORTANT: This course is approved by the Canadian Welding Bureau to qualify candidates for the knowledge requirements (Clause 6.4.3) of the CSA W47.1 Welding Engineer.

The welding engineer shall demonstrate knowledge of the fundamental properties of steel, welding fundamentals, welding metallurgy, welding procedures and practice, and welding codes and standards.

The above knowledge may be demonstrated by completing both CASTI courses listed below and receive a minimum mark of 70% on each final exam. These courses are approved by the Canadian Welding Bureau to satisfy the knowledge requirements of a CSA W47.1 Welding Engineer.

Objectives

This course will introduce some common welding and cutting processes, AWS filler metal specifications, types of welding discontinuities and the related ASME Section V requirements for NDE, as well as the QA systems necessary for welder performance qualification as described in the Alberta Welding Examiner Syllabus for Papers #1 and #3. This course is also an excellent learning experience for people seeking general knowledge in welding and related NDE.

Who Should Attend

Inspectors, welders, welding supervisors, quality control personnel, technologists, and engineers involved with welding for new fabrication, repairs, maintenance, and inspection for pressure vessel or piping. This course is also designed to assist Alberta Welding Examiner Paper #1 and Paper #3, although it is not a prerequisite that you be an exam candidate.

Accreditation

Each participant will receive a CASTI Certificate of Completion with 3.2 Professional Development Hours (PDHs) for attending all 4 days of the classroom training.

CASTI Learning Advantage (CLA)

This course includes 6 days* of training as described below:

4 Days
In-classroom
held Sept. 30 to Oct. 3, 2019

  • instructor-led review and discussion of welding fundamentals
  • review example problems and detailed solutions
  • solve practice problems and review detailed solutions
  • write practice exam

Estimated 2 Days*
Post-classroom E-Learning
available from Oct. 4, 2019

  • Three practice exams (3.5 hours each) with answers and full solutions for Paper 1 of the Alberta Welding Examiner
  • Three practice exams (3.5 hours each) with answers and full solutions for Paper 3 of the Alberta Welding Examiner

* Estimates are based on the average time needed by previous students to complete online training. Your personal skill and experience levels will determine the actual time required to complete this work.


Exam Candidates

Post-classroom online training lessons are available for sixty (60) days after the final day of the in-class training. This gives any candidate wanting to take the Welding Examiner Papers multiple examination opportunities at ABSA.

Topics

Fundamentals of Weld Joints, Joint Design, and Welding Symbols
  • Quality Management Systems
  • Defining Welding, Weldability, and the Weldment
  • Weld Test Positions, Weld Joint Types
  • Weld Joint Design and Geometry
  • Weld Joint Preparation (ASME B31.3)
  • Tack Welding
  • Introduction to Overlaying, Cladding, and Temper Bead Welding
  • Introduction to Welding Symbols
Welding and Cutting Processes
  • Welding Terms and Definitions
  • Shielded Metal Arc Welding (SMAW)
  • Gas Metal Arc Welding (GMAW)
  • Flux Cored Arc Welding (FCAW)
  • Gas Tungsten Arc Welding (GTAW)
  • Submerged Arc Welding (SAW)
  • Oxygen Cutting (OC)
  • Arc Cutting (AC)
Welding Consumables
  • ASME Section II, Part C - Filler Metal Specifications
  • Fundamentals of Welding Filler Metals and Tungsten Electrodes
  • Carbon steel, alloy steel, and stainless steel filler metals for SMAW, GMAW (FCAW), GTAW, and SAW
Weld Discontinuities and ASME B31.3 Acceptance Criteria for Welds
  • Welding Discontinuities, Flaws, Defects, and their ASME B31.3 Evaluation
  • Dimensional Discontinuities: surface preparation, tolerances, weld joint mismatch, weld contour discontinuities, convexity, concavity, underfill and concave root surface, undercut, weld reinforcement and melt-through
  • Structural Discontinuities: porosity, inclusions
  • Fusion Discontinuities: incomplete fusion, incomplete joint penetration
  • Surface Discontinuities: cracks in welds, crater cracks, underbead cracks, lamellar tearing and laminations
  • Defective Metal Properties
Alberta Pressure Welders Regulation and Sample ABSA Quality Management System Manual
Welding Health and Safety
Weld Examination Workshop Using Steel Specimens and Inspection Tools
  • Discontinuities Terminology - Differences Between Different Codes and Standards
  • ASME Section IX - Bend Test Evaluation
  • Weld Specimen Discontinuities and ASME B31.3 Evaluation
    • Tack Welds in Plate, Pipe, and Flare Joints
    • Fillet and Groove Welds in Plate and Pipe
Evening Tutorials

Evening tutorials are mandatory for exam candidates planning to challenge Alberta Welding Examiner Papers 1 and 3, and are optional for all other attendees. Be prepared for 1 hour on Days 1 and 2, and for up to 3 hours on Day 3.

  • Explanation of Alberta Welding Examiner Syllabus (AB-94) and its relation to a career path
  • Completing WPQ AB-76A and AB-76B forms and PQ Cards
  • Navigating ASME Section II, Part C
  • Navigating ASME Section V
  • Navigating ASME Section IX
  • Navigating ASME B31.3
  • Take-home assignments handed out
    • Review of any previous take-home assignments

Required Code Documents

For participants not writing the Welding Examiner examinations, ASME code documents are not required. For those who are writing the Welding Examiner exams:

  • All Welding Examiner Paper 1 exam candidates MUST bring the ASME Section II, Part C code document.
  • All Welding Examiner Paper 3 exam candidates MUST bring the ASME Section V, Section IX, and B31.3 code documents.

These code documents can be purchased from CASTI. Exam document packages with the specific code editions and sections required for Paper #1 and Paper #3 are also available through CASTI.

Minimum System Requirements for the CLA Online Study

  • Broadband Internet connection
  • Windows Vista (or higher)
  • Mac and Android computers and tablets are not supported
  • Google Chrome. Microsoft Edge NOT supported.
  • Latest version of Adobe Reader

Note: Use of Adobe software may have additional system requirements (Please refer to the Adobe specifications provided with your Adobe software or visit the Adobe website at www.adobe.com for more information.)

Note: Please consult with your company IT department if you are unsure that your company computer meets the above requirements

Useful Links

About the Instructor

Matthew Yarmuch MSc, PEng, IWE is a professional materials and welding engineer, involved in engineering consulting, quality management, research, training and project management. Matthew is a University of Alberta graduate BSc (Materials Engineering) and MSc (Welding Engineering).

Matthew is the president of MattCo Engineering Solutions Inc. and supports the energy, fabrication, and construction sectors. Matthew is an Assistant Adjunct Professor at the University of Alberta and Chair of the Alberta Welder Optimization Committee (AWOC) and is active in code committees and local technical societies.