Radiographic Testing Method - Level 1
COURSE DESCRIPTION:
This course provides the student with 40 hours of training in the Radiographic Testing method designed around aerospace industry and Nadcap requirements.
The student will learn the basics of industrial radiography, and explore RT applications, equipment, process controls, and limitations. The laboratory portion of the course entails simulations in the conventional X-Ray and film systems, as well as introductions to CR and DR digital imaging technology. Course content also includes radiation safety, radiographic film behavior and processing, image quality control and specification process controls. Course objectives include recognition of common industry requirements for radiation safety, technique, and process variables; laboratory environment efficient work practices; basic material form types and applications within the method and also method ethics.
Qualification upon completion:
This training program will meet all commercial, aerospace and customer qualification requirements, specifically NAS 410. ASNT SNT-TC-1A requirements for RT qualification also recommend 40 hours of formal classroom training for RT Level 1.
(Click here to request course syllabus)
Radiographic Testing Method - Level 2
COURSE DESCRIPTION:
This course provides the student with 40 hours of training in the Radiographic Testing method designed around the aerospace industry and Nadcap requirements.
Part 1 -The student will initially review Level 1 basics of the RT method: radiation safety, equipment, consumables, and process controls.
Part 2 – The student will receive in-depth training for Prime industry specifications, procedures and standards with a strong emphasis on process benchmarks for critical and high performance component applications. In-depth material processes and RT inspection disposition is also studied and reinforced. Students will also perform a front-to-back RT simulation with a sample test specimen of their choice. Comprehensive digital imaging modalities are also analyzed, with hands-on operation and film-less imaging and evaluation of selected components. The student will be able to identify radiographic material discontinuities and become acquainted with interpretation protocols, recognize the essential quality controls within the method, establish practical RT technique parameters, and become cognizant of digital imaging techniques and applications.
Qualification upon completion:
This training program will meet all commercial, aerospace and customer qualification requirements, specifically NAS 410. ASNT SNT-TC-1A requirements for RT qualification also recommend 40 hours of formal classroom training for RT Level 2.
(Click here to request course syllabus)
High Performance Alloys Radiographic Interpretation
(Level 2 RT certification highly recommended)
COURSE DESCRIPTION:
This course is intended for RT L2 personnel that will be advancing into the interpretation of investment casting critical service items such as structural aerospace and gas turbine engine components. In addition to study of the unique properties of these materials, the student will learn to recognize the unique requirements associated with the interpretation and disposition of high performance cast metals imagery including: artifact vs. discontinuity verification, diffraction recognition and verification, radiographic quality, component techniques and coverage, acceptance criteria discontinuity gauging, and casting upgrade. Radiographic interpretation of assorted investment casting radiographs with known artifacts, discontinuities, and defects will enhance the student’s skill level and confidence in this demanding inspection environment. This session can also be customized to include customer specifics and standards.
Qualification upon completion:
This course is intended to augment RT Level 2 qualification with 8 hours of formal instruction.
(Click here to request course syllabus)
Thermal Joining Radiographic Interpretation
(Level 2 RT certification highly recommended)
COURSE DESCRIPTION:
This course is intended for RT L2 personnel having radiographic interpretation responsibility within various joining applications. Common and specialized thermal joining processes in electrical arc and non-arc welding, brazing, and soldering processes are investigated; with specific joining processes, applications and variables presented as needed. The student is challenged with various interpretation scenarios and problem solving using radiographs and actual standards presently in use.
Qualification upon completion:
This course is intended to augment RT Level 2 qualification with 8 hours of formal instruction.
(Click here to request course syllabus)
Digital Radiography
(Level 2 RT certification highly recommended)
COURSE DESCRIPTION:
The Digital Radiography course consists of 40 hours of informative, practical knowledge and skill building for the student in the dynamic and expanding technology of Digital Radiography: computed radiography (CR) and aSi detector imaging (DDA or DR) being highlighted. The student will be guided through digital radiographic applications, imaging conversions, equipment specificity, image quality requirements, performance evaluations, and imaging optimization. Image optimization encompasses refinements of images through quantum manipulation, sensor attribute study, and digital image processing. A considerable amount of time in the session includes this hands-on operation of our dedicated CR and DDA digital imaging equipment, promoting the students perspective and understanding in this rapidly evolving test method.
Qualification upon completion:
This training program is intended to fulfill anticipated qualification requirements for digital radiographic inspection personnel.
(Click here to request course syllabus)
|
