100

This course will focus on the relationship of engineering drawings related to the manufacture of a working part. Topics include lines, views, dimensioning, calculating cutting planes, auxiliary sections, symbols, and broken lines. This course is designed to include the common machine shop applied mathematics that would be used in the development and production of a piece part that is made from a blueprint. Some emphasis will be placed on geometric dimensioning and tolerancing. Students will apply biblical and ethical principles related to mechanical engineering blueprint reading.

This course will present the main materials and manufacturing processes used in the advanced machining industry. Topics include specific details and elements regarding how materials are turned into a product, detailed description of manufacturing processes that are used in the precision machining industry including casting, molding, forming, and die cutting as they relate to the quality control requirements of a part design within the manufacturing processes. Quality assurance of manufactured parts using Geometric Dimensioning and Tolerancing (GD&T), Statistical Process Controls (SPC), and inspection testing will be addressed. The course will cover how the material properties of a product controls the spectrum of the manufacturing processes that are utilized in the production of major products and parts for each manufacturing process to be successful. Biblical and ethical principles will be applied to concepts related to manufacturing materials and procedures.

This course focuses on safety in the machine shop and provides the foundation for the study of manufacturing methods, processes, related equipment, and tools of the industry. Topics include shop safety practices, job planning, feeds and speeds, layout tools, and procedures. Students will be exposed to hand tools, bench work, and a variety of tools and machines used in manufacturing processes. Metallurgy and the fundamentals of metal cutting operations used to produce manufactured parts will be covered. Other topics presented in the course include machine set up and operation, layouts, print reading, quality measurement devices, and cutting tools. Students will apply biblical and ethical principles to concepts and practices related to mechanical engineered products where applicable. Prerequisite: AMP-110

This course introduces the manual programming, setup, and operation of Computer Controlled Numerical Machining (CNC). Topics include programming formats, control functions, program editing, part production, and inspection. The use of the cartesian coordinate system, programming codes and commands, and tooling requirements for CNC machines will be also be covered. Upon successful completion, students will understand how to manufacture simple parts using CNC machining centers. Students will apply biblical and ethical principles to concepts and practices related to computer numerical controlled machining where applicable. Prerequisite: AMP-110