Acuren
Matthew Prowse is an accomplished professional in the field of non-destructive testing with extensive experience. Currently serving as a Subject Matter Expert at Acuren since August 2018, Matthew has previously held positions at Bureau Veritas, including Advanced Technician and Site Supervisor - Senior NDT Technician. Matthew's career began in 2006, with a foundation as a trainee NDT Technician and progressed to an Advanced NDE Specialist at TEAM, Inc. Matthew holds a Diploma in Technical Engineering with a focus on Non Destructive Testing from TAFE NSW, completed in 2011.
This person is not in any teams
This person is not in any offices
Acuren
1 followers
The services provided by Acuren have more than kept pace with the times. We have invested heavily in state-of-the-art non- destructive testing equipment and have made a point of staying abreast of the latest technical advances and changes in safety regulations. Our technical people have more than 80 government and industry certifications. We have remained an innovative leader in the industry, developing a number of testing procedures and techniques that have become standards used even by our competitors. The purpose of nondestructive testing is to allow for thorough and complete inspection of your equipment before problems arise, right on your site and without dismantling or taking your equipment out of production for anyextended period of time. Nondestructive testing (NDT) is the examination of an object with technologythat does not affect the object's future usefulness. NDT provides an excellent balance between quality control and cost-effectiveness. The term "NDT" includes many methods that can: - detect internal or external imperfections - determine structure, composition, or material properties - measure geometric characteristics NDT should be used in all phases of a product's design and manufacture, including materials selection, research and development, assembly, quality control, and maintenance. We offer several types of NonDestructive testing, with each method allowing forprecise inspection depending on the material.