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Course Criteria
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1.00 Credits
This course presents concepts and techniques used in quality improvement. The course provides a review of quality control and philosophies including Demming and Juran, with emphasis on total quality management. The course includes an introduction to statistics with practical applications of statistical process control.
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1.00 Credits
This course covers evaluating liquid penetrant indications, interpreting standards and specifications, and checking penetrant system quality. Students review fundamental liquid penetrant principles and techniques, develop and write procedures, and inspect welds, castings, forgings and machined components. Parts are evaluated according to relevant codes and/or standards. Prerequisite: NDT 1030
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3.00 Credits
This course covers the safety aspect of working with radioisotopes and equipment used in isotope radiography. Prerequisites: NDT 1040, NDT 1050, NDT 1051, NDT 1812, GSMA 1832 or MATH 109
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2.00 Credits
This course covers radiographic techniques commonly used in industrial testing. The student will make radiographs using X-ray machines and Iridium 192 isotope sources. Prerequisites: NDT 1040, NDT 1050, NDT 1051, NDT 1812, NDT 2040, WELD 1190, GSMA 1832 or MATH 109
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3.00 Credits
This course covers radiographic techniques used by the American Society of Mechanical Engineers, American Welding Society Structural Welding Code, American Petroleum Institute, and other codes used in industry. The student will do radiographic inspection and evaluation to each code as well as computer enhanced real-time radiography, and Cobalt 60 isotope radiography. Prerequisites: NDT 1040, NDT 1050, NDT 1051, NDT 1812, NDT 2040, NDT 2049, WELD 1190, GSMA 1832 or MATH 109
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3.00 Credits
This course introduces the student to advanced principles of ultrasonic testing. Advanced applications will be performed using: normal beam testing, angle beam testing, and immersion techniques. Prerequisites: NDT 1812, GSMA 1832 or MATH 109
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2.00 Credits
This course covers the application of advanced ultrasonic techniques to procedures, codes, and specifications as they apply to industry. Techniques used in the power industry, construction industry, manufacturing industry, as well as aircraft inspection will be performed. Prerequisites: NDT 1060, NDT 1070, NDT 1071, NDT 1812, NDT 2060, GSMA 1832 or MATH 109, all required welding credits
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2.00 Credits
This course will expose the student to computerized ultrasonic applications. Applications will include: material inspection and composite inspection. Also the student will be working independently developing a written inspection procedure to apply toward an advanced application of the instructor's choice. Prerequisites: NDT 1060, NDT 1070, NDT 1071, NDT 1812, NDT 2060, NDT 2061, GSMA 1832 or MATH 109, all required welding credits
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2.00 Credits
This course presents advanced theory and application as it relates to depth of penetration, characteristic frequency, and flaw characteristics. Lab exercises prove and reinforce these advanced theories.
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2.00 Credits
Advanced Eddy Current II will present the student with advanced eddy current inspection techniques. Advanced applications will include multi-frequency inspection, nuclear tubing inspection, as well as many aircraft inspection techniques. Prerequisites: NDT 1080, NDT 1812, NDT 2080, GSMA 1832 or MATH 109
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