ÂÌñÏׯÞ

Published

Great Bay Community College to host training session for nondestructive testing professionals

Great Bay Community College will be hosting nondestructive testing (NDT) expert Toni Bailey, for a training session on March 26, 2019, for NDT professionals working in the aerospace industry.

Share

Great Bay Community College (GBCC, Rochester, N.H., U.S.) will be hosting nondestructive testing (NDT) expert Toni Bailey, who will be leading a half-day training session on March 26, 2019, for NDT professionals working in the aerospace industry.

NDT is the examination, test or evaluation of a part without destroying or altering the part in any way, for the purpose of determining whether conditions exist that might have an effect on the usefulness of the part. It is a critical component in advanced manufacturing. This training is designed for NDT professionals that are at Level III, which is a certified agent. The NAS 410 Level III training will be held from 9 a.m. to 1:30 p.m. at GBCC’s Rochester campus, 5 Milton Road, #32. The cost of the program is $385 and individuals can register by calling 603-427-7700. A continental breakfast and lunch will be provided.

Bailey is a decorated U.S. Air Force Veteran who runs TB3 NDT, which specializes in NDT training specific to the aerospace industry, including military/government, Department of Defense, Federal Aviation Association, commercial and corporate aviation and aerospace manufacturing. New Hampshire has numerous companies in these sectors.

“We are excited to have Toni Bailey come to campus because she is a nationally recognized NDT professional who has created this workshop for others interested in the Level III training, which is highly sought after. Having her on campus highlights the industry relevance of our program and serves as a great resource for the numerous manufacturers we serve in the region who need professionals to keep up with the latest skills required for NDT work,” says Debra Mattson, director of the Advanced Technology and Academic Center at the GBCC Rochester campus.

Upward mobility in this field can be rapid. There are three levels of NDT personnel qualification: I, II and III. As trainees, students are working and studying to pass level I qualification exams. After passing the first semester, they may continue on to Level II qualification. A sufficient amount of on-the-job experience is required at an employer before the employer is allowed to certify the individual. The level II, once certified, may evaluate parts for acceptance or rejection. Level III employees are generally supervisory positions. Every company involved in nondestructive testing is required to have a Level III-certified agent on staff due to the complexity of the work. In most cases, four years of experience at level II qualifies for the level III position. NDT training can lead to many career opportunities, GBCC says, because it is a growing field where there is a shortage of qualified individuals.

“There is a need for NDT training in the community because currently level IIIs are retiring and taking their knowledge with them leaving level II employees unprepared because they don’t have the experience and training they need. It is important that we train the next workforce, and the next generation of workforce,” says Toni Bailey. Her company is the only NDT training company that offers this particular class, according to GBCC.

GBCC currently has an NDT certificate program that helps prepare students for employment as high-quality entry-level technicians within the diverse industries that NDT serves. This program provides technical training in the inspection methods most commonly used in the industries in Southern and Seacoast NH: radiography (RT), ultrasonic (UT) and liquid penetrant (PT), as well as visual inspection. The NDT courses are developed using the American Society for Nondestructive Testing Inc. and National Aerospace Standard (NAS) to meet formal training requirements. This training is for Level I and Level II. A Level III training program is expected to be rolled out in later this year.

Related Content

Schrödinger advances materials informatics for faster development of next-gen composites

Cutting time to market by multiple orders of magnitude, machine learning and physics-based approaches are combined to open new possibilities for innovations in biomaterials, fire-resistant composites, space applications, hydrogen tanks and more.

Read More

Modular approach to material card development of composites

Forward Engineering GmbH walks through a modular testing and simulation approach for automotive/aviation composites enabling more accurate material selection earlier in the design phase.

Read More
Wind/Energy

ORNL demonstrates lightning strike protection tech for composites

Researchers, led by Vipin Kumar, developed a low-cost, recyclable carbon fiber wind turbine blade tip that showed resilience to high-voltage lightning strikes, with more innovations in store.

Read More
Space

University of Bristol launches composite materials to space for ISS testing

Next-gen carbon fiber materials will be tested under extreme conditions for 12-18 months to determine their viability in space for use in future space bases, interplanetary travel.

Read More

Read Next

Aerospace

Next-gen fan blades: Hybrid twin RTM, printed sensors, laser shock disassembly

MORPHO project demonstrates blade with 20% faster RTM cure cycle, uses AI-based monitoring for improved maintenance/life cycle management and proves laser shock disassembly for recycling.

Read More
Ketones

Ultrasonic welding for in-space manufacturing of CFRTP

Agile Ultrasonics and NASA trial robotic-compatible carbon fiber-reinforced thermoplastic ultrasonic welding technology for space structures.

Read More
Design/Simulation

Cutting 100 pounds, certification time for the X-59 nose cone

Swift Engineering used HyperX software to remove 100 pounds from 38-foot graphite/epoxy cored nose cone for X-59 supersonic aircraft.

Read More