Practical Math for Manufacturing

Course Description

This course covers essential mathematical concepts used in manufacturing, including geometry, trigonometry, and algebra, focusing on their applications in measurement, machining, and design.

Course Content:

• Overview of key mathematical concepts in manufacturing
• Understanding metric and imperial systems
• Application of geometric shapes in part design
• Introduction to sine, cosine, and tangent
• Using trigonometry for tool paths and fixture setup
• Solving equations relevant to manufacturing processes
• Basics of statistical analysis in process control
• Understanding tolerances and their importance
• Estimating material needs for manufacturing projects
• Calculating volumes for parts and assemblies
• Understanding calculations for specific machinery
• Applying all learned concepts to a capstone project

Applications and Hands-On:

• Solving real-world manufacturing algebra problems
• Measuring and converting dimensions using calipers
• Calculating areas and perimeters of sample parts
• Calculating angles for machining setups
• Real-world tool path angle calculation
• Creating and solving equations from manufacturing data
• Analyzing sample production data
• Evaluating part tolerances from sample blueprints
• Material cutting and waste calculations
• Real-world volume calculation exercise
• Calculating RPMs and feed rates
• Group project solving a complex math scenario

Resources Provided:

• Scientific calculator
• Measurement tools (calipers, micrometers)
• Handouts and worksheets