Advanced Maintenance Mechanic

Certificate Program

Enrollment in developmental classes may increase the length of time it takes to complete a certificate.

ELEC 160 Intro to Electricity/Electronics 5 credit hours,(4 lec, 2 lab)

This course provides the student with an introduction to fundamental concepts of the nature, production, and usage of electricity. The course establishes a foundation from which all subsequent courses in electronics will build. The student will study electrical components, circuits, and mathematical theories associated with electronics. An emphasis is placed upon problem solving and the development of logical thought processes. Students will also be given the opportunity to drill and practice on self-guided computer aided instruction modules on electronics.

ELEC 250 Pneumatics & Controls (Spring) -- 4 hours ,( 3 lec. 3 lab)
This course is designed to familiarize the student with the principles, operation, and utilization of pneumatics in industrial operations. Students will learn the theory and operational characteristics of pneumatic circuits and components. Relation and control of pneumatics by electrical devices is also introduced. [C]

ELEC 269 Programmable Controllers (Spring) 3 hours ( 2 lec, 2 lab)

A study of Ladder Logic programming as it applies to the control of Industrial process and control. Programmable controllers, industrial terminal programmer and hand held programmers will be used. Hand wiring of control circuits with corresponding ladder programming will be emphasized. (Prequisite ELEC 160) [C]

MFRG 105 Introduction to Maintenance (Fall) -- 3 hours (2 lec, 2 lab)
This introductory course will provide the student with an overall perspective and foundation for the industrial maintenance field. The student will be taught the fundamentals of machine operations commonly utilized in the manufacturing industry. Topics such as general maintenance procedures, consumable supplies, fasteners, and machine operating specifications will be covered. In addition, high emphasis will be placed upon the understanding of machine blueprints which detail all the systems which are part of a functioning machine. Students will also be exposed to parts and specification manuals utilized in the repair of industrial machinery. Finally, students will begin to learn the logical process utilized in the diagnosis of broken, worn, and defective machinery. Safety will be stressed throughout the course. [C]

MFRG 110 Maintenance Tools and Procedures (Fall) -- 3 hours (2 lec, 2 lab)
This course will describe the tools and procedures typically utilized in the diagnosis, repair, installation, and set-up of industrial machinery. Through extensive hands-on exercises, students will learn the proper and accurate use of all types of precision measuring tools and equipment. In addition, the safe and proper use of hand tools, power tools, lifting equipment, rigging, and other maintenance equipment is covered. Finally, students will get extensive practice in the disassembly of industrial machinery and the procedures followed for accurate diagnosis of worn parts and components. This class will further develop logical diagnostic skills introduced in MFRG 105. [C]

MFRG 160 Basic Machining 4 credit hours (Fall and Spring)

(2 lec, 4 lab)

In order for a student to succeed in today's highly technical manufacturing environment, the student must become versed in the fundamental equipment and terminology associated with the machine tool industry. He/she needs to demonstrate a thorough understanding of the mathematics and measuring processes required in the machine tool industry. Emphasis in this class will be placed on precision measuring equipment, fundamental bench layout, and the operation of the machine engine lathe. The basic process and setups required on the engine lathe are stressed. Class meets 6 hours per week with additional time available for additional laboratory work.

MFRG 168 CNC Setup and Operations 4 credit hours (Spring)

(2 lec, 4 lab)

In today's highly complex and competitive manufacturing environment, more and more industries are turning to automation to reduce production costs and enhance quality. It is inevitable therefore, that the technology student will be exposed to computerized numerically controlled equipment at some point during his/her career. This course is designed to give the student a thorough basic understanding of "CNC" turning and milling operations, that will equip him/her to move on to more advanced programming and operation concepts. This course is an introduction to the fundamentals of operating computerized numerically controlled machining equipment. Emphasis is on the set-up, tooling, operation, and basic program development.

Prerequisite: MFRG 160 - Basic Machining or consent.

MFRG 169 Introduction to CNC Programming 4 credit hours (2 lec, 2 lab) (Fall)

This course is a continuation of CNC Setup and Operations with a greater emphasis on advanced programming and debugging. The student will develop "Off-line" manual programs using standard EIA codes for turning, develop "Off-line" programs using standard EIA codes for machining (milling), debug manual programs for turning and machining, and download programs for turning center and machining center.

Prerequisite: MFRG 168 - CNC Setup and Operations

MFRG 250 Pneumatic Diagnosis and Repair (Fall or Spring) 4 credit hours (2 lec, 4 lab)

This course will provide the student a comprehensive exposure to the pneumatic system and components utilized on typical industrial machinery. Emphasis will placed on the understanding of pneumatic schematics, location and testing of pneumatic components, and the overall analysis of the pneumatic system. Students will get extensive instruction on the removal and installation of pneumatic components following proper safety procedures. Hands-on experience with the use of pneumatic testing equipment in concert with machine specifications and blueprints will be a large portion of this class. Heavy emphasis will be placed on diagnostic and troubleshooting skills utilized throughout the disassembly and reassembly of the pneumatic system.

Preq: MFGR 110 or ELEC 250 [C]

MFRG 265 Machine Rebuilding & Setup II 4 credit hours (1 lec, 6 lab) (spring)

This course will build on the student’s knowledge and skills acquired through successful completion of MFRG 250 but will place emphasis on the operation and repair of advanced control systems. Programmable logic controllers (PLC) will be covered to the extent that the maintenance person can still be effective in the diagnosis and repair of machines that incorporate the use of PLC control systems. In addition, computer numerical control (CNC) will be covered to the extent that the maintenance person can still be effective in the diagnosis and repair of machines that incorporate the use of CNC technology.

Prerequisites: MFRG 250, 168, 169, ELEC 269 [C]

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