INDUSTRIAL TECHNOLOGY (332)

EIT 300
Introduction to CAD
This course introduces trainees to the use of the microcomputer for computer aided design and drafting. Written assignments appropriate to the discipline will be applied as part of the course. 3 credit hours.

EIT 301
CNC Operations
Trainees are provided the opportunity to learn the operations and set up of CNC controlled vertical mills and CNC controlled lathes. Written assignments appropriate to the discipline will be applied as part of the course. Prerequisite EIT 541 or machine shop experience. 3 credit hours.

EIT 302
CNC Programming l
This course provides knowledge and skill needed for entry level employment in CNC programming. Using X, Y, Z, co ordinates and simple G codes and commands. Written assignments appropriate to the discipline will be applied as part of the course. Prerequisite: Machine Shop Technology II or machine shop experience. 3 credit hours. .

EIT 303
CNC Programming ll
This course provides advanced part programming dealing with the lathe and mill. Programming of complex parts with the aid of a computer. Written assignments appropriate to the discipline will be applied as part of the course. Prerequisite: CNC Programming I. 3 credit hours.

EIT 304
CAD/CAM Numerical Control
This course is designed to acquaint trainees with CNC part programming as it applies to a CAD/CAM system. Written assignments appropriate to the discipline will be applied as part of the course. Prerequisites: CNC programming, CAD experience and machine shop experience. 3 credit hours.

EIT 761
Machine Shop Math l
Mathematical skills most often needed to solve industrially related problems; review of fractions, decimals, ratios, proportions and percentages. Written assignments appropriate to the discipline will be applied as part of the course. 3 credit hours.

EIT 762
Machine Shop Math ll
Application of technical mathematics to the solution of practical problems in the shop. Study of algebra, plane and solid geometry, trigonometry as applied to calculations of screw threads, gears; automatic controls, and construction of jig and fixtures, and other shop problems. Written assignments appropriate to the discipline will be applied as part of the course. 3 credit hours.

EIT 541
Jig & Fixture Construction
Construction of jigs and fixtures. Principles regarding the designing and construction of such tools; knowledge of standard bases, upright supports, standard part and machine positions. Written assignments appropriate to the discipline will be applied as part of the course. Prerequisite EIT 771.3 credit hours.

EIT 577
Communication Skills I
Review of mechanical elements of written and verbal communication in business and industry. Written assignments appropriate to the discipline will be applied as part of the course. 3 credit hours.

EIT 713
Introduction to Electricity/Electronics
Hardware and tool operations applied to the Electronic Technology occupations. Written assignments appropriate to the discipline will be applied as part of the course. 2 credit hours.

EIT 714
Basic ACIDDC Circuits
Electrical theory and applications, symbols, Components, AC and DC circuitry, test equipment, analysis and problem solving on electronic devices. Written assignments appropriate to the discipline wilt be applied as part of the course. 4 credit hours.

EIT 719
Application of Electronics
Operations, adjustments and maintenance of electronic equipment. Disassembly and reassembly to meet manufacturers' specifications. Written assignments appropriate to the discipline will be applied as part of the course. 4 credit hours.

EIT 721
Communication Systems
Operation of radio frequencies, transmission of radio waves, block diagramming, noise and troubleshooting. Written assignments appropriate to the discipline will be applied as part of the course. 4 credit hours.

EIT 732
Mathematics for Electronics
This course is designed to provide basic theory of problem solving techniques required in electrical and electronic related programs. Written assignments appropriate to the discipline will be applied as part of the course. 2 credit hours.

EIT 734
Industrial Electronics
This course provides skills in troubleshooting and maintaining electrical and electronic control components and circuits. Written assignments appropriate to the discipline will be applied as part of the course. 4 credit hours.

EIT 735
Microcomputers
This course provides the knowledge and skills needed to dissemble and install PC LANS as well as trouble shoot micro computers. Written assignments appropriate to the discipline will be applied as part of the course. 4 credit hours.

EIT 736
Electronics
This course introduces the diode, transistors and SCR devices. The trainee studies simple models, testing devices with VOM and basic circuits with these semi conductors. The student begins to learn basic electronic troubleshooting techniques. Written assignments appropriate to the discipline will be applied as part of the course. 4 credit hours.

EIT 737
Digital Circuits
This course introduces the trainee to the binary number system, basic logic gates and logic circuits typically found in electronic equipment. In addition, the trainee begins to learn simple digital troubleshooting techniques. Written assignments appropriate to the discipline will be applied as part of the course. 4 credit hours.

EIT 742
Microprocessor Systems Application
In this course the trainee analyzes the circuits and learns the recommended troubleshooting procedures for microprocessor systems. Trainees must learn test points, isolating troubles and replacing components. Written assignments appropriate to the discipline will be applied as part of the course. 4 credit hours.

EIT 744
Computer Aided Troubleshooting
This course deals with programming, preventive maintenance, troubleshooting techniques and adjustments on microcomputer systems. Written assignments appropriate to the discipline will be applied as part of the course. 4 credit hours.

EIT 760
Geometrical Dimensioning & Tolerancing
Continuation of print reading skill development. Introduces GD&T Systems and implications of for manufacturing industries. Written assignments appropriate to the discipline will be applied as part of the course. 2 credit hours.

EIT 764
Machine Shop Technology l
Enhancement of Machine Tool Operations I. Nomenclature of hand tools, mills, engine lathe, drill press, grinders, band saws and precision measurements. Written assignments appropriate to the discipline will be applied as part of the course. 4 credit hours.

EIT 765
Machine Shop Technology ll
Theoretical training in the setup of engine and turret lathes; vertical and horizontal milling machines with manual and semiautomatic controls; cutting fluids, basic metallurgy; gears and gear cutting; feeds and speeds. Use of the dividing head and rotary table are explained. Written assignments appropriate to the discipline will be applied as part of the course. 4 credit hours.

EIT 767
Blueprint Reading l
Principles of lines, 3 view projection, dimensioning symbols, and machine shop notations enabling trainee to read basic machine shop prints. 2 credit hours.

EIT 770
Machine Tool Operations l (lab)
Introduction to basic machine tool operations including engine lathe. drill press, milling machine, saws and bench work, and grinding of drill and tool bits. 3 credit hours.

EIT 771
Machine Tool Operations ll (lab)
Intermediate level of instruction on the use of tool room machines including engine and turret lathes, radial drill presses, milling machines, surface, outside diameter/inside diameter and cutter grinders. Prerequisite: Machine Tool Operations 1. 3 credit hours.

EIT 777
Statistical Process Control
Overview of quality assurance systems in the manufacturing environment. Emphasis on developing and interpreting control charts. Written assignments appropriate to the discipline will be applied as part of the course. 3 credit hours.

EIT 779
Internship
Practical experience in machine shop employment. Written assignments appropriate to the discipline will be applied as part of the course. 1 credit hour.