Job prospects NDT (non-destructive Testing) Maintenance Technician in the Wood Buffalo–Cold Lake Region

Explore current and future job prospects for people working as "Non-destructive testers and inspectors" in the Wood Buffalo–Cold Lake Region or across Canada.

Current and future job prospects

The recent trends from the past 3 years were updated on July 28, 2026. The job outlooks over the next 3 years were updated on December 10, 2025.

Recent trends from the past 3 years

Large labour surplus

Over the past few years (2023-2025), there was a large labour surplus for Non-destructive testers and inspectors in the Wood Buffalo–Cold Lake Region. There were far more workers available than job openings in this occupation.

Source Labour Market Information | Recent Trends Methodology

Job outlook over the next 3 years

Very limited

The employment outlook will be Very limited for non-destructive testers and inspectors (NOC 22230) in the Wood Buffalo - Cold Lake region for the 2025-2027 period.

The following factors contributed to this outlook:

  • Employment growth will lead to a few new positions.
  • Not many positions will become available due to retirements.
  • There are several unemployed workers with recent experience in this occupation.

Here are some key facts about non-destructive testers and inspectors in the Wood Buffalo - Cold Lake region:

  • Approximately 240 people worked in this occupation in May 2021.
  • Non-destructive testers and inspectors mainly work in the following sectors:
    • Professional, scientific and technical services (NAICS 54): 60%
    • Oil and gas extraction (NAICS 211, 213): 14%
    • Construction (NAICS 23): 13%
    • Federal government public administration (NAICS 911): 10%

Source Labour Market Information | Prospects Methodology

Labour market conditions over the next 10 years

Find out what will be the job prospects for Non-destructive testers and inspectors across Canada over the next 10 years, from 2022 to 2031.

Learn more

Labour Market Information Survey
Top of page

Page details

Date modified: