Manufacturing Technology
Course Descriptions
For a listing of when the following courses are offered, consult the current course schedule or WebAdvisor.
HYDR 101
Fundamentals of Hydraulics
Prerequisite: None
2 lectures per week: 2 hrs credit
This is a general course covering the basic components of hydraulic systems, and the basic laws and formulas involved in simple fluid power calculations. Topics include pumps, control valves, actuators, the use of ASAIS symbols, and maintenance procedures.
HYDR 102
Hydraulic Pumps
Prerequisite: HYDR 101
2 lectures per week: 2 hrs credit
This is a study of various fluid power pumps and their principles of operation, construction, and maintenance. Fixed gear, vane, axial, and radial piston, and variable delivery pumps are covered in addition to combination pumps and self-contained power units.
HYDR 103
Hydraulic Controls
Prerequisite: HYDR 101
2 lectures per week: 2 hrs credit
This course provides a study of the various controls used in fluid power. Topics covered: pressure and volume theory, operation and construction of valves, and circuit applications. Also covered are valves and their assemblies, the relief, pressure reducing sequence, counterbalance, brake, volume and control and directional, in addition to various types of valve controls.
HYDR 104
Basic Hydraulic Circuits
Prerequisite: HYDR 103
2 lectures per week: 2 hrs credit
This is a study of fluid power circuit fundamentals, calculations and design. Circuits studied: pump-unloading, speed, pressure, volume, deceleration, sequence, servo, oil conditioning, and transfer line.
HYDR 106
Pneumatics
Prerequisite:AMATH 101
2 lectures per week: 2 hrs credit
This course offers a study of fundamental pneumatic principles, gas laws, calculations, ASAIS symbols and terminology. Also considered are the way air is compressed, the compressed air system, controlling pneumatic power, and the introduction of fluidics.
MT 101
Metal Working Processes I
Prerequisite: None
2 lectures, 2 lab hrs per week: 3 hrs credit
This course introduces students to machine tool processes and operation by giving consideration to the efficient use of tooling, speeds, feeds, and fixtures in production processes; to metal processing; to precision measurement; and to the use and operation of lathes, drill presses, mills, saws, and grinders.
MT 102
Metal Working Processes II
Prerequisite: MT 101
2 lectures, 2 lab hrs per week: 3 hrs credit
This course continues development of the skills and knowledge attained in MT 101 by additional training in thread calculation and chasing, tool bit geometry and sharpening, basic CNC machine tool operation, foundry processes and machining of castings.
MT 105
Metal Working Processes III
Prerequisite: MT 102
2 lectures, 2 lab hrs per week: 3 hrs credit
This course provides students with information on horizontal milling, boring, drilling machines, and their operations. Coursework consists of lectures and demonstrations on the construction of the different types of horizontal machines, the type of work done, the workpiece setup, the tools used and safety practices.
MT 120
(was APPMT 120)
Industrial Safety
Prerequisite: None
2 lectures per week: 2 hrs credit
This course provides safety training for those in industrial plant situations. Topics include tool and machine safety, lock out/tag out procedures, fire protection, eye safety, basic electrical safety, ladder safety, and government safety regulations as well as general safety practices.
MT 210
CNC Programming I
Prerequisite: MT 102
2 lectures, 2 lab hrs per week: 3 hrs credit
This is an introductory course in computer numerical control programming. It covers CNC system operations; machine tool setup and tooling; G-code and M-code utilization; and 2 and 3- axis lineal and circular interpolation programming. Emphasis is placed on part programming and machine tool operation for CNC vertical milling and lathe work.
MT 211
CNC Programming II
Prerequisite: MT 210
2 lecture, 2 lab hrs per week: 3 hrs credit
This course is a continuation of MT 210. It covers such topics as cutter compensation, fixed and variable canned cycles, subroutine programming, and the calculation of machining process. Part programs are written for the lathe, the vertical mill, and the horizontal mill.
MT 212
Introduction to Robotics
Prerequisite: None
2 lectures, 2 lab hrs per week: 3 hrs credit
This course introduces students to the use of robotic devices in various manufacturing environments. It covers topics ranging from the development of robotics, to robotic systems and the operation and programming of robotic devices. Students receive hands-on instruction in the use of the teach-pendant and computer-based robotic language programming.
MT 214
CAD/CAM Systems
Prerequisite: MT 210; CADMD 243 recommended
2 lectures, 2 lab hrs per week: 3 hrs credit
This course introduces students to the relationship, use, and operations of CAD and CAM systems to generate CNC programs. Students learn to create CAD files for use with a CAM system; to use a CAM system to create geometry, tooling, and post-processor files; and to transmit CAM-generated programs to CNC equipment.
MT 215
Manufacturing Systems
Prerequisite: MT 210 and 212
3 lectures, 2 lab hrs per week: 4 hrs credit
This course covers the identification, operation, and application of both basic industrial processes and various systems that can be integrated into a computer integrated manufacturing system (CIM). These include CNC, CAD, CAM, and robotics. Students design, program, and implement workcells that include material handling, manufacturing and assembly operations. Emphasis is placed on fully automated production system design and operation.
MT 220
Metallurgy – Ferrous
Prerequisite: MT 102 and TECH 221
2 lectures per week: 2 hrs credit
A review of types of metals and their applications studied in the prerequisite course MT 102. Iron, steel and their alloys, standard classification systems, properties, and methods of testing are considered. Study of heat treatment processes includes laboratory demonstrations, and experiments related to critical temperatures, crystalline structure changes and standard physical tests. Nonferrous alloys, their classification and properties also are considered. Also covered are aluminum, magnesium and copper bearing metals, die casting, powder metallurgy, surface treatment, new metals and application, and welding metallurgy.
MT 221
Metallurgy – Nonferrous
Prerequisite: None
2 lectures per week: 2 hrs credit
This course studies types of nonferrous metals and their applications. Standard classification systems, properties, and methods of testing properties are discussed/ In addition, development of new nonferrous metals and their applications are studied.
AMATH 100
Basic Mathematics for the Skilled Trades
Prerequisite: Recommended for students in apprenticeship programs
2 lectures per week: 2 hrs credit
This course is for those apprentice students who have little or no skill in the operations of numbers. It includes topics on whole numbers, fractions, decimals, percents, powers, and square roots, measurement systems, and commonly used formulas.
AMATH 101
Algebra for the Skilled Trades
Prerequisite:AMATH 100 or equivalent
2 lectures per week: 2 hrs credit
This course is for those students who have a knowledge of the arithmetic operations but have little or no background in algebra. It includes basic algebraic operations, factoring, solving equations, ratio and proportion, exponents, and radicals.
AMATH 103
Geometry for The Skilled Trades
Prerequisite:AMATH 101
2 lectures per week: 2 hrs credit
An introduction to geometry which includes definitions and descriptions of geometric terms, axioms and theorems; explanations regarding dispositions dealing with straight lines, triangles, and circles; and application to practical shop problems.
AMATH 106
Applied Trigonometry for the Skilled Trades
Prerequisite:AMATH 103
2 lectures per week: 2 hrs credit
Topics in this course include definitions of trigonometric functions, fundamental trigonometric identities, solution of triangle problems and applications of trigonometry to practical shop problems.
AMATH 107
TRIGONOMETRY AND SHOP APPLICATIONS I
Prerequisite:AMATH 106
2 lectures per week: 2 hrs credit
This course covers the solution of oblique triangles by use of altitude construction method, law of sines and cosines, cotangents, t/2 angle formula, and tangent law. Emphasis is placed upon standardized types of shop and drafting problems using above methods.
AMATH 108
Compound Angles for the Skilled Trades
Prerequisite:AMATH 107
2 lectures per week: 2 hrs credit
The principles of trigonometry are used to determine plane, base and base angles in solid figures for the purpose of classifying the solid geometric figures into basic types for analysis and recognition. Practice in solving shop problems is emphasized and includes determining angles of tilt and rotation for mounding paste on adjustable plates and methods of checking angular tapered dovetails.
AMATH 110
Gearing and Cams for the Skilled Trades
Prerequisite:AMATH 106
2 lectures per week: 2 hrs credit
This course covers the mathematics of standard screw threads such as American National, United States v. Acme and Worm. Standard notations and formulas for spur gears, bevel gears, worm, and worm wheels and helical gears. Replacement of spur gears with helical gears and use of an idler gear, and the calculations for plain and differential indexing. Charts, gear models, and gears are used as aids in visualizing the problems.
MILL 101
Industrial Maintenance Techniques I
Prerequisite: None
2 lectures per week: 2 hrs credit
This course teaches reading and use of micrometers, vernier calipers, dial indicators, and other measuring tools. Other topics include hand and power tools used by the millwright, fastener identification, layout and drilling operations, as well as reaming and taping drilled holes.
MILL 102
Industrial Maintenance Techniques II
Prerequisite: None
2 lectures per week: 2 hrs credit
This course covers the installation of machinery coupled with the principles of steel construction. Also covered are friction bearings, non-friction bearings, couplings, gearing, and reduction build-up.
MILL 103
Lubrication
Prerequisite: None
2 lectures per week: 2 hrs credit
This unit of study introduces students to the theories of lubrication, lubrication oils, greases, and solid lubricants, as well as the principles of lubrication, lubricating machine parts, lubrication storage, and safety. Other topics include lubricant application and its history, as well as centralized lubricating systems, system components, conductors, and connectors.
MILL 105
Rigging
Prerequisite: None
2 lectures per week: 2 hrs credit
This course familiarizes students with the safe and accepted industry practices as applied to rigging, rigging equipment, and its proper maintenance.
MILL 106
Power Train Elements
Prerequisite: None
2 lectures per week: 2 hrs credit
This course introduces the installation and alignment of component parts found in industrial equipment and machinery. Topics include the mounting of bearings, gearings, couplings, pulley clutches, and belts. Conveyors and chain drives are also covered. Equipment and coaxial alignment are stressed.
MILL 107
Machine Vibration Analysis I
Prerequisite: None
2 lectures per week: 2 hrs credit
This course provides industrial maintenance technicians with an understanding of vibration analysis, rotating machine monitoring techniques, data collection, and analysis techniques.
MILL 108
Machine Vibration Analysis II
Prerequisite: MILL 107
2 lectures per week: 2 hrs credit
This course provides industrial maintenance technicians with enhanced vibration diagnostics for rotating machines. Topics covered include selecting instrumentation, natural frequency, phase analysis, journal bearing problems, and anti-friction bearing problems using vibration signature analysis.
TECH 109
Technical Mathematics I
Prerequisite: High school algebra with a C or better
4 lectures per week: 4 hrs credit
This course is a study of beginning to intermediate algebra with right angle trigonometry. Topics for study are based upon application to technical subjects. Some the topics are algebraic operations, factoring, functions, systems of equations, quadratics, and vectors.
TECH 110
Technical Mathematics II
Prerequisite:TECH 109
4 lectures per week: 4 hrs credit
This course is a continuation of TECH 109 in algebra and trigonometry. The topics include complex numbers, logarithmic functions, equations of higher degree, and inequalities. Additional topics in trigonometry are included.
TOOL 101
Tool and Die Processes
Prerequisite: None
2 lectures per week: 2 hrs credit
This course introduces students to tool, die and stamping fundamentals. Topics specifically covered include bending, forming, stretching, drawing, and coining operations of sheet metal. Additionally, sheet metal stamping processes and their components are discussed.
TOOL 102
Tool and Die Maintenance
Prerequisite: None
2 lectures per week: 2 hrs credit
This course introduces students to tool, die, and stamping maintenance fundamentals. Topics specifically covered include troubleshooting techniques, analytical methods, and process optimization for stamping machinery and the associated dies.