Academic Catalog

Machine Tool Technology (MTT)

MTT 1000    Survey of Machine Tool  
Credits: 2  
Lecture hours: 1
Lab hours: 3
  
This is an introductory course for those interested in the world of manufacturing. It emphasizes the machine tool field and includes hands-on activities with metal cutting lathes and milling machines.
MTT 1110    Intro to Precision Machining  
Credits: 3  
Lecture hours: 3  
This course is for first semester students. It teaches the manufacturing of metal parts using machine tool operations. Students learn the theoretical operations of the engine lathe, drill press, pedestal grinder, and vertical milling machine. The course includes lecture, discussion, and demonstrations.
Corequisites: MTT 1125  
MTT 1125    Intro Precision Machining Lab  
Credits: 5  
Lab hours: 15  
This is a lab course for first semester students. It teaches the manufacturing of metal parts using machine tool operations and covers hands-on operations of the engine lathe, drill press, pedestal grinder, and vertical milling machine. Students practice all common operations done on a metal cutting lathe and are introduced to the basic operation of the vertical milling machine. The course includes demonstrations, practical applications, and labs. Those that complete the course should have entry skills for the machine tool industry.
Corequisites: MTT 1110  
MTT 2330    Introduction to Computer Numerical Control  
Credits: 3  
Lecture hours: 3
Lab hours: 0
  
This course introduces programming techniques such as conversational, G and M Code, and Dyna. Students learn about CAM software and how to generate code for CAM machines. Successful completers should understand how to generate a process plan, a tool list, and a working program to produce the part from a print. This course is for students seeking careers in CNC programming and operation.
Corequisites: MTT 2335  
MTT 2335    Introduction to Computer Numerical Control Lab  
Credits: 5  
Lab hours: 15  
This course is the lab component of MTT 2330 Introduction to Computer Numerical Control. Students will be introduced to programming techniques such as conversational, G and M Code, and Dyna. Students learn about CAM software and how to generate code for CAM machines. Successful completers will be able to generate a process plan, a tool list, and a working program to produce the part from a print.
Corequisites: MTT 2330  
MTT 2716    Machine Tool Mathematics/Measurement  
Credits: 3  
Lecture hours: 2
Lab hours: 3
  
This course consists of the practical application of the concepts learned in AT 1715. Students will apply mathematic, geometric, and trigonometric concepts to projects in the laboratory environment. Hands-on, practical exercises are the foundation of this course.
Prerequisites: MTT 1715 or AT 1715