MA3. 409 Mathematics for Machinists
Designed to provide machinists with the foundational mathematical skills needed for precision work in the manufacturing and machining industries. Focusing on real-world applications, learn to apply mathematical concepts such as geometry, algebra, trigonometry, and measurements to solve problems commonly encountered in machining tasks. Emphasis will be placed on interpreting prints, calculating dimensions and tolerances, scientific calculator usage, and using math to select and operate machinery with accuracy. Through-hands on exercises, students will gain the skills to understand and apply measurements and calculations in machining, inspecting and assembling components so as to improve the efficiency and quality of work results.
Notes
Career Technical Education (CTE) Course
General Education Requirements
AAS Math/Computation
Outcomes
Upon successful completion of this course, students will be able to:
Solve machining-related problems using key mathematical concepts such as geometry, algebra, and trigonometry to interpret and apply print specifications. Calculate and apply precise measurements, including dimensions, tolerances, and angles, to ensure accuracy in the fabrication of parts. Convert and scale units appropriately for various machining processes, materials, and tools, ensuring compatibility with different measurement systems. Use mathematical principles to optimize machining operations, including calculating feed rates, cutting speeds, and tool settings for efficient production. Interpret and communicate mathematical data clearly, ensuring accurate documentation and reporting of measurements and machining calculations.