Sep 03, 2025  
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Course/Program Inventory

EST 2070 - Precision Lathe & Mill


Clock Hours: 138

Delivery Mode
on-ground

Course Description:
Precision Lathe & Mill course is an intensive course designed to equip students with high-demand skills required as a multi-craft engineering systems technician placed in a high performing manufacturing environment.  Students will gain insight into conventional and CNC machining techniques and tools.  Specific focus is on precision measurement and machining techniques, with a focus on safety, job planning, precision measurement, blueprint and schematic reading, and successful operation of lathes and mills.  Additional instruction on electrical load requirements of machines, CNC concepts, machining mathematics, materials, and preventive maintenance, rounds out the instructional content of the course. 

Student Learning Outcomes:

  1. Apply industry-standard safety practices and OSHA guidelines in a machine production environment. 

  1. Properly use PPE and identify potential hazards in a machine shop. 

  1. Read and interpret engineering drawings, blueprints, and schematics to guide machining operations. 

  1. Identify dimensions, tolerances, symbols, and material specifications on assigned projects. 

  1. Use measurement tools such as calipers, micrometers, height gauges, and dial indicators to verify part accuracy. 

  1. Inspect machined components for conformance to specifications. 

  1. Solve problems involving machining-related basic math skills. 

  1. Calculate speed, feed, and material removal rates for various operations. 

  1. Develop machining process plans including sequence of operations, tool selection, and material handling. 

  1. Select appropriate materials and determine initial setup requirements for a job application. 

  1. Perform conventional machining operations. 

  1. Setup workpieces and tooling for efficient and safe operations. 

  1. Configure CNC machines for operation including tool offsets, work coordinates, and fixture alignment. 

  1. Execute and monitor CNC machining operations to produce precision parts. 

  1. Write and edit basic CNC programs using G and M codes. 

  1. Navigate coordinate systems and apply conversational programming techniques. 

  1. Conduct preventive maintenance on machine tools for longevity and safe performance. 

  1. Identify, troubleshoot, and address common mechanical issues.