NDT 181 Math for Non-Destructive Testing
Provides students with the essential mathematical skills tailored specifically for the field of Nondestructive Testing (NDT). Focusing on practical application, the course emphasizes the mathematics required to interpret and analyze data from a variety of NDT measurement devices. Students will learn to read and understand outputs from instruments used to detect surface and subsurface flaws in materials, applying mathematical concepts to support accurate diagnostics and decision-making. Through hands-on exercises, students will build confidence in using mathematics to enhance their NDT skills and ensure precise, reliable results in real-world testing scenarios. This course is a key component of the NDT program, equipping students with the mathematical skills to be successful in industry.
Notes
Career Technical Education (CTE) Course
General Education Requirements
AAS Math/Computation
Outcomes
Upon successful completion of this course, students will be able to:
Apply mathematical principles (arithmetic, algebra, geometry, and basic statistics) to interpret and analyze NDT data. Demonstrate proficiency in unit conversion and measurement techniques relevant to NDT applications. Accurately read and interpret data outputs from various NDT instruments to identify material flaws. Use mathematical concepts to calculate measurements needed for evaluating surface and subsurface anomalies. Communicate mathematical results clearly and effectively for NDT documentation and reporting.