248
(MFC) MANUFACTURING
MFC101 81 Clock Hours
Technical Documentation
Analysis and interpretation of technical drawings (prints) common to manufacturing. Mathematical
calculations for determining dimensions. Introduction and application of geometric dimensioning
and tolerancing (GD&T). Prerequisites: None.
MFC110 67 Clock Hours
Inspection Techniques
Set-up and use of inspection tools and equipment per current industry standards. Selection,
completion and interpretation of information f rom inspection forms. Prerequisites: None.
MFC111 102 Clock Hours
Geometric Dimensioning and Tolerance (GDT)
Controls of geometric dimensioning and tolerance (GDT) including the form, orientation, profile and
location. Includes qualifying controls per engineering documentation for the American Society of
Mechanical Engineers (ASME) Y14.5 2009 Standard. Prerequisites: None.
MFC113 81 Clock Hours
Coordinate Measuring Machines I
Fundamentals and general aspects of coordinate measuring machines (CMM). Basic measuring
techniques and operation, including conformance to geometric dimensioning and tolerancing
requirements using both manual and programmable (automatic) coordinate measuring machines.
Prerequisites: None.
MFC120 157 Clock Hours
Introduction to Manual Machining
Introduces manual machining operations related to drilling, grinding, sawing, milling, and lathe
processes. Development of fundamental skills, practices and safety applications in working with
manual machine tools, hand tools, and related equipment common to manufacturing. Provides
theoretical and practical experiences related to the machining of various material types to produce a
product to industry standards. Prerequisites: None.
MFC130 150 Clock Hours
CNC Machine Operator
Designed to provide a fast-track to fundamental knowledge and skills necessary for entry-level,
machine operator positions. Introduction to print reading, inspection, and safe startup and operation
of multi-axis computer numerical control (CNC) machines. Topics include two and three-axis
program interpretation and application, qualifying tooling, and tool offsets to produce a product to
industry standards. Prerequisites: None.
MFC131 203 Clock Hours
CNC Machining Level I
Introduction to safe startup and operation of multi-axis computer numerical control (CNC)
machines. Topics include two and three-axis program interpretation and application, qualifying
tooling, and tool offsets to produce a product to industry standards. Prerequisites: None.
MFC140 67 Clock Hours
Manual CNC Programming
Introduction to manual computer numerical control (CNC) programming of word address language
(G&M code) for CNC machine tools. Multi-axis CNC programming for CNC controlled machines.
Computer based tool path verification, CNC controller tool path verification and CNC machine tool
program verification. Prerequisites: None.
Course Listings 2021-2022
