Practical Math for Manufacturing

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