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Course/Program Inventory

EST 2060 - Introduction to Milling Theory


Clock Hours: 90

Delivery Mode
on-ground

Course Description:
Introduction to Milling Theory provides students with an understanding of machine tool theory, with a primary focus on milling operations.  This course is designed to prepare multi-craft engineering systems professionals with the foundational knowledge and instruction a student of machine tool would receive.  Students will learn key principles of metal cutting and machine operation.  This includes machine set-up, programming, and operating a CNC mill while advancing the skills required for manual milling, surface grinding, and tool and cutter grinding.  This course integrates theoretical knowledge of milling machines, automation, electric power, alloys and metals, with practical application exercises conducted in the classroom and laboratory. 

Student Learning Outcomes:

  1. Explain fundamental principles of machine tool theory with an emphasis on milling operations and the role these machines play in a multi-craft industrial environment. 

  1. Describe and apply key concepts of metal cutting processes, including tool selection, cutting speeds, feeds, and machining strategies. 

  1. Safely and effectively set-up, program, and operate CNC milling machines. 

  1. Demonstrate proficiency in manual milling, surface grinding, and tool and cutter grinding to meet industry-standard tolerances. 

  1. Read and interpret technical drawings, blueprints, and machining specifications to plan and execute machining tasks. 

  1. Understand and apply basic concepts of automation and electric power as they relate to the operation of milling machines. 

  1. Identify and work with common alloys and metals used in machining and select appropriate tooling techniques for each material type. 

  1. Follow proper safety procedures and practices in the classroom and laboratory settings, including safe handling of equipment and materials. 

  1. Apply theoretical knowledge through hands-on machining projects that simulate real-world industrial shop scenarios. 

  1. Analyze and resolve machining-related challenges using critical thinking, technical skills, and knowledge of machine tool operations.