• Building Construction Technology - BCT
• Electronic Engineering Technology - EET
• Engineering - EGR
• Graphic Arts Technology - GAT
• Manufacturing Engineering Technology - MET
  

Building Construction Technology            BCT

Division of Business/Computers and Information Systems/Engineering and Technology
(815) 921-3101

BCT 101 - Introductory Drafting
IAI: None    1.2
Introductory Drafting presents fundamental principles designed to allow the student to communicate effectively in the graphic language. This course introduces the concepts and applications of drafting equipment and tools, lettering, sketching, geometric construction, and residential planning. A partial set of residential working drawings constitutes the major project.
Prerequisite: None
Credit: 3 semester hours
Lecture: 2    Lab: 2

BCT 104 - Residential Construction Blueprint Reading
IAI: None    1.2
Residential Construction Blueprint Reading is an introductory survey course relating the necessary blueprint concepts used in the industry to the final construction process. Topical areas include: the vocabulary of lines, reading scales, construction mathematics, basic drawing projection, use of symbols, reading basic specifications, dimensioning basic drawings, and obtaining information from schedules.
Prerequisite: Concurrent enrollment in BCT 101 or consent of instructor.
Credit: 2 semester hours
Lecture: 2    Lab: 0

BCT 117 - Construction Materials I
IAI: None    1.2
Construction Materials I is a survey of several manufactured products for the building industry primarily used as structural or framing members.
Prerequisite: None
Credit: 3 semester hours
Lecture: 3    Lab: 0

BCT 119 - Construction Materials II
IAI: None    1.2
Construction Materials II is a survey of several manufacturing products for the building industry primarily used as protective or finishing materials.
Prerequisite: None
Credit: 3 semester hours        
Lecture: 3    Lab: 0

BCT 168 - Construction Internship
IAI: None    1.2
Construction Internship requires a supervised experience in a building construction technology using a cooperative training plan agreed to by the instructor, participating firm and student. The student must submit an application to the instructor prior to mid-term of the previous semester and requires consent of the instructor or division director. Variable and repeatable credit may be earned up to six hours.
Prerequisite: Current enrollment in the Building Construction Technology curriculum; completion of at least 15 credits in BCT courses.
Credit: 1-6 semester hours
Lecture: 0    Lab: 5-30

BCT 190 - Commercial Construction Blueprint Reading
IAI: None    1.2
Commercial Construction Blueprint Reading is an all-inclusive blueprint interpretation and methodology course. Emphasis is on developing a broad knowledge in reading structural blueprints and specifications used in commercial construction. This course covers wood frame, concrete, masonry, and steel frame structures. Students complete a trade competency exam at the end of each unit.
Prerequisite: BCT 104 or consent of instructor.
Credit: 3 semester hours
Lecture: 2    Lab: 2

BCT 195 - Construction Surveying I
IAI: None    1.2
Construction Surveying I includes the fundamentals of plane surveying and the use of surveying equipment, emphasizing construction-related aspects of surveying and the development of skills in using surveying field information. The measuring of distance, theory and practice of levels, angles, bearing principles, surveying, and construction surveying problems are studied in coordinated class and laboratory assignments.
Prerequisite: None
Credit: 3 semester hours
Lecture: 2    Lab: 2

BCT 202 - Residential Mechanical Systems
IAI: None    1.2
Residential Mechanical Systems introduces the basic systems used in home construction. Heating, plumbing, and electrical systems are discussed with application to basic functions, design, and efficiency.
Prerequisite: None
Credit: 3 semester hours
Lecture: 3    Lab: 0

BCT 218 - Construction Surveying II
IAI: None    1.2
Construction Surveying II is an advanced surveying course for construction technicians. Major concepts covered are triangulation, construction computations, coordinate systems, land surveying, and engineering surveying. The student will use a Total Station in the field to collect surveying data and interface CAD software to generate drawings and maps.
Prerequisite: BCT 195, MTH 100, MTH 132, or MTH 125
Credit: 3 semester hours
Lecture: 2    Lab: 2

BCT 219 - Statics and Strength of Materials for Building Construction
IAI: None    1.2
Statics and Strength of Materials for Building Construction provides the analysis of real force systems by the application of the principles of equilibrium to rigid bodies, and simple structures. This course is a study of stresses and deformations produced by external forces under various loading conditions and specifically applied to building construction technology. Computer-aided design will be incorporated where applicable.
Prerequisite: MTH 100, MTH 132 or MTH 125, or consent of instructor.
Credit: 3 semester hours
Lecture: 2    Lab: 2

BCT 225 - Construction Safety
IAI: None    1.2
Construction Safety presents a comprehensive review of safety and health standards for the construction industry as required by the Occupational Safety and Health Administration, Department of Labor. Certificate cards are issued for completion of this course.
Prerequisite: None
Credit: 3 semester hours
Lecture: 3    Lab: 0

BCT 237 - Computer-Aided Architectural Drafting
IAI: None    1.2
Computer-Aided Architectural Drafting provides the student with the opportunity to learn architectural applications of AutoCAD. Although no previous computer experience is required, a basic knowledge of architectural drafting conventions is required.
Prerequisite: BCT 104 or recent drafting experience.
Credit: 3 semester hours
Lecture: 2    Lab: 2

BCT 239 - Wood Frame Structures
IAI: None    1.2
Wood Frame Structures presents fundamental principles that allow the student to communicate effectively in the graphic language concerning wood structural components. Students are introduced to structural wood framing techniques, with emphasis on primary structural members and their relative position within residential and light commercial construction projects. Structural framing plans, drawn on the CAD system, are typical required lab projects.
Prerequisite: BCT 237
Credit: 3 semester hours
Lecture: 2    Lab: 2

BCT 248 - Computer-Aided Architectural Drafting II
IAI: None    1.2
Computer-Aided Architectural Drafting II expands upon the concepts studied in BCT 237. Introduction to use of script files, menu editing, drawing attributes, and 3-D applications for architectural drafting will be presented. The student will study applicable AutoCAD linkages with other architectural-related software programs.
Prerequisite: BCT 237 or consent of instructor.
Credit: 3 semester hours
Lecture: 2    Lab: 2

BCT 250 - Special Topics in Building Construction
IAI: None    1.2
Special Topics in Building Construction explores specific applications, skills, or interest in building construction technology. A special topic requires: adequate and available materials on a specific construction related issue, a comprehensive course outline, instructor expertise, student and community interest, and ability to increase skills and/or knowledge in building construction technology. Variable and repeatable credit up to six credit hours may be earned.
Prerequisite: Determined by the special topic and consent of instructor.
Credit: 1-6 semester hours
Lecture: 1-6     Lab: 0-4

BCT 251 - Codes, Contracts, and Specifications
IAI: None    1.2
Codes, Contracts, and Specifications is a survey of the various types of building codes and contract documents associated with residential and commercial construction projects. Specifications are discussed in detail and computer generated specifications are demonstrated. A case study of a current construction project constitutes the major project.
Prerequisite: BCT 104 or consent of instructor.
Credit: 3 semester hours
Lecture: 3    Lab: 0

BCT 260 - Building Construction Estimating
IAI: None    1.2
Building Construction Estimating introduces the basic concepts of preparing construction cost estimates including the four major components—material, labor, overhead, and profit. A systematic approach to quantity surveys is emphasized. Students first apply manual techniques and then utilize a computer and Timberline software to complete an estimating project of an entire residence.
Prerequisite: BCT 190
Credit: 3 semester hours
Lecture: 2    Lab: 2

BCT 270 - Construction Job Scheduling
IAI: None    1.2
Construction Job Scheduling introduces the concepts and skills necessary to effectively schedule and communicate a construction project. The student is introduced to the critical path method and PERT. Practical scheduling projects apply both manual techniques and commercial software for a personal computer. Construction management components of planning, cost awareness, and resource control are presented and applied.
Prerequisite: BCT 260
Credit: 3 semester hours
Lecture: 2    Lab: 2

BCT 287 - Structural Detailing
IAI: None    1.2
Structural Detailing provides the student an experience in preparing structural detail drawings for application to commercial structures of steel and concrete. Principles of steel, reinforced concrete and pre-cast concrete are introduced for background in the standards and conventions of logical detailing. Structural detail drawings are created using a CAD system.
Prerequisite: BCT 239
Credit: 3 semester hours
Lecture: 2    Lab: 2

BCT 298 - Independent Study
IAI: None    1.2
Independent Study encourages individual projects or research of special interest related to Building Construction Technology. The student must submit an application to the division director prior to mid-term of the prior semester for a specific topic in cooperation with a qualified instructor. Approval of the topic and study plan by the instructor and division director is required. Variable and repeatable credit up to six hours may be earned.
Prerequisite: Current enrollment in the Building Construction Technology curriculum, completion of a minimum of 12 credits in BCT courses, and sophomore class standing.
Credit: 1-6 semester hours
Lecture: 0    Lab: 5-30

Electronic Engineering Technology            EET

Division of Business, Computers and Information Systems, Engineering and Technology
(815) 921-3101

EET 100 - Introduction to Electronics
IAI: None    1.2
Introduction to Electronics presents a series of lecture demonstrations on electronics theory and practical applications. The course attempts to develop student interest in electronics and provides a general survey of the electronics area of study. Students learn to apply electronics in daily life, perform basic calculations, and develop measurement skills. Laboratory activities include working with a digital multimeter and soldering on a printed circuit board. This is a general survey course for non-electronics majors only.
Prerequisite: None
Credit: 3 semester hours    
Lecture: 2    Lab: 2

EET 125 - Electronic Fabrication Skills
IAI: None    1.2
This laboratory course covers chassis wiring, cable assembly techniques, and proper handling precautions of the materials used in fabrication and repair of electronic equipment. Material Safety Data (MSD) sheets are explained. Proper hand tool usage and safety concepts are emphasized throughout the course. Surface Mount Technology projects will be constructed. Designing a Printed Circuit Board using CAD software is also covered.
Prerequisite: None
Credit: 2 semester hours
Lecture: 1    Lab: 3

EET 135 - Digital Electronics
IAI: EGR 932    1.2
Digital Electronics introduces the theory and application of digital logic circuits. Topics include basic combinational logic with applications and basic sequential logic with applications. Examples are presented using discrete logic IC’s and programmable logic devices (PLD’s). Electrical considerations related to digital logic circuits are also addressed.
Prerequisite: EET 141 and MTH 125 (or MTH 100 or MTH 132) or consent of instructor.
Credit: 4 semester hours
Lecture: 3    Lab: 2

EET 141 - DC/AC Circuits and Electronics I
IAI: None    1.2
The DC/AC Circuits and Electronics I course develops techniques for circuit analysis using electronics applications. Basic electrical concepts are introduced. Circuit analysis using Ohms’ Law, Kirchhoff’s voltage, and current laws is explained. Electronic devices such as diodes, MOSFETs, BJTs, and op amps are employed extensively to illustrate applications. Laboratory activities include learning to use digital multimeters, DC power supplies, signal generators, and oscilloscopes. Electronic Design Automation using PSpice is used. Laboratory documentation employing Microsoft Word and Excel is explained.
Prerequisite: Credit or concurrent enrollment in MTH 125 (or MTH 100, MTH 132) or consent of instructor
Credit: 4 semester hours
Lecture: 3    Lab: 3

EET 142 - DC/AC Circuits and Electronics II
IAI: None    1.2
DC/AC Circuits and Electronics II is a continuation of EET 141. Circuit analysis techniques such as simplifying circuits and the development of equivalent circuits are examined. Electronic devices are used routinely to emphasize circuit analysis applications.
Prerequisite: EET 141 and MTH 125 (or MTH 100, MTH 132) or consent of instructor
Credit: 4 semester hours
Lecture: 3    Lab: 3

EET 168 - Electronic Engineering Technology Internship
IAI: None    1.2
EET Internship requires a supervised experience in the field of electronic engineering technology using a cooperative training plan agreed to by the instructor, participating firm, and student. The student must submit an application to the instructor prior to mid-term of the previous semester and requires consent of the instructor or division director. Variable and repeatable credit up to six credit hours may be earned.
Prerequisite: Current enrollment in the Electronic Engineering Technology curriculum, completion of at least 20 credits in EET courses, and sophomore class standing.
Credit: 1-6 semester hours
Lecture: 0    Lab: 5-30

EET 219 - Fundamentals of Electric Motors and Controls
IAI: None    1.2
Fundamentals of Electric Motors and Controls introduces the fundamentals of DC, single-phase AC, and three-phase AC motors and controls. Topics include: basic magnetic theory, motor characteristics and construction, various types of electromechanical and electronic motor controls, DC and AC generators, transformers, and stepper motors. Lab exercises are coordinated with lecture presentations.
Prerequisite: EET 142, EET 240, CDT, 162, and MTH 100 (or MTH 100, MTH 132) or consent of instructor
Credit: 3 semester hours
Lecture: 2    Lab: 2

EET 231 - Transform Circuit Analysis
IAI: None    1.2
Transform Circuit Analysis reviews DC and AC circuit theory including Thevenin’s, Norton’s, and the superposition theorem. Mesh and nodal analyses are covered. Waveform descriptions and time-domain solutions are developed. Differential equations are generated and solutions developed using Laplace transform methods. Transform circuit analysis is emphasized. Pole-zero analysis, driving-point impedance, and transfer functions are introduced. Computer assignments using PSpice are required. Circuit concepts are illustrated through classroom demonstrations and laboratory experiments.
Prerequisite:  EET 132 and MTH 135; or consent of instructor.
Credit: 4 semester hours
Lecture: 3    Lab: 2

EET 239 - Programmable Logic Controllers (PLCs)
IAI: None    1.2
Programmable Logic Controllers (PLCs) introduces the application and programming of powerful and flexible devices for industrial control systems. Topics include: ladder logic, PLC programming, program documentation, and PLC input/output requirements. Laboratory exercises include hands-on work with a small PLC system to complete PLC projects.
Prerequisite: EET 135, EET 141, EET 145, and EET 240
Credit: 3 semester hours
Lecture: 2    Lab: 2

EET 240 - DC/AC Circuits and Electronics III
IAI: None    1.2
DC/AC Circuits and Electronics III is a continuation of EET 142. The course provides more advanced exploration and mastery of the topics introduced in EET 141 and EET 142. Frequency response and power applications are studied. Electronic Design Automation is used extensively to simulate circuits constructed in the laboratory. Laboratory activities include using oscilloscopes and signal generators. Students will be expected to use Microsoft Word and Excel to prepare their laboratory reports.
Prerequisite: EET 142 or consent of instructor
Credit: 4 semester hours
Lecture: 3    Lab: 3

EET 242 - Sensors, Transducers, and Signal – Conditioning
IAI: None    1.2
Sensors, Transducers, and Signal-Conditioning presents all of the components found in a modern instrumentation system including sensors and transducers, signal conditioning, data collection and display. Sensors for various physical quantities are discussed, including: temperature, pressure, strain, acceleration, and displacement. Laboratory activities are coordinated with the lecture topics.
Prerequisite: EET 240 or consent of instructor.
Credit: 3 semester hours
Lecture: 2    Lab: 2

EET 245 - Control Systems
IAI: None    1.2
Control Systems introduces basic industrial control systems. Topics include: on-off control, several forms of proportional analog control, digital control, and fuzzy logic control. Related topics such as feedback sensors and stability concerns are studied. Laboratory activities are coordinated with the lecture topics.
Prerequisite: EET 240 or consent of instructor.
Credit: 3 semester hours
Lecture: 2    Lab: 2

EET 251 - Microcontrollers and Interfacing
IAI: None    1.2
EET 251 introduces the student to microcontroller architecture and C programming for embedded control applications. The course deals with the logical development of programs with appropriate software documentation, and the associated hardware interfacing. Professional programming and debugging tools are used throughout the course. Laboratory work includes writing programs and building hardware for various applications.
Prerequisite: EET 135 or consent of instructor
Credit: 4 semester hours
Lecture: 3    Lab: 3

EET 254 - Robotics and Automated Systems
IAI: None    1.2
EET 254 introduces the student to the mechanical, electrical, and electronic components used in robotics and other automated systems. The student will learn essential terminology used in robotics and the basic operation of robots in automated manufacturing. The course deals with analog-to-digital (ADC) and digital-to-analog (DAC) conversion for component interfacing. The student will be introduced to the programming software used for automated systems. Laboratory work includes interfacing the components properly, and writing programs using CAD software and the robot programming language in group or individual projects.
Prerequisite: Consent of instructor
Credit: 3 semester hours
Lecture: 2    Lab: 2

EET 261 - Advanced Microcontrollers
IAI: None    1.2
Advanced Microcontrollers presents microcontrollers for solving basic control problems. Hardware interfacing and software design are studied. The instruction centers on the more popular low-cost microcontrollers. Laboratory activities are coordinated with the lectures and include one or more design projects.
Prerequisite: EET 251
Credit: 3 semester hours
Lecture: 2    Lab: 2

EET 265 - Audio Electronic Systems
IAI: None    1.2
Audio Electronic Systems introduces the fundamentals of electronic systems for reproduction or reinforcement of sound. This course presents an overview of acoustics and all components of an audio system, including: input transducers (microphones), digital and analog signal processors, amplifiers, and output transducers (loudspeakers). Various analog and digital recording technologies are explored. Laboratory exercises are coordinated with lecture topics.
Prerequisite: EET 240 or consent of instructor.
Credit: 3 semester hours
Lecture: 2    Lab: 2

EET 275 - Wireless Electronics
IAI: None    1.2
Wireless Electronics introduces the basic principles of electronic communications, radio frequency identification (RFID), and remote passive and powered sensors such as those based on surface acoustical wave (SAW) devices. Resonant circuits are studied. Amplitude-, frequency-, and phase modulation and demodulation techniques are covered. Transmission lines and antennas are also explored.
Prerequisite: EET 240 or consent of instructor
Credit: 3 semester hour
Lecture: 2    Lab: 2

EET 282 - EET Capstone Project
IAI: None    1.2
EET 282 is a project-based experience that allows the student to use basic and advanced principles covered in other courses. Students will work individually or in teams to select a project with the consent of the faculty advisor. Project schedule management is emphasized. Project parameters and specifications will be developed. A budget will be established. Approaches to final testing, in order to verify that specifications have been met, will be addressed.
Prerequisite: EET 240, EET 251, and
EET 254
Credit: 3 semester hour
Lecture: 2    Lab: 2

EET 285 - Introduction to Digital Signal Processing
IAI: None    1.2
Introduction to Digital Signal Processing presents fundamental sampled data systems and digital signal processing (DSP) as an alternative to traditional analog techniques. Topics include: Nyquist criteria, convolution and transform techniques, Infinite Impulse Response (IIR) digital filters, and Finite Impulse Response (FIR) digital filters. The required mathematics is covered. Laboratory activities include using signal generators, oscilloscopes, and commercial DSP evaluation board and software.
Prerequisite: EET 240 and EET 251 or consent of instructor.
Credit: 3 semester hours
Lecture: 2    Lab: 2

EET 298 - EET Seminar
IAI: None    1.2
EET 298 is a weekly discussion regarding current events in the electronics industry. Topics may include sensors, integrated circuits, microcobtrollers, robotics, alternative energy, power electronic, modeling, and simulation. Students will select topics of interest, research the topics, prepare a written report, and lead a class discussion.
Prerequisite: EET 240, EET 251, and EET 254
Credit: 3 semester hours
Lecture: 3    Lab: 0

EET 299 - Special Topics in Electronic Engineering Technology
IAI: None    1.2
Special Topics in Electronic Engineering Technology explores specific applications, skills, or interest in modern electronics technology. A special topic requires: adequate and available materials on a specific electronics-related issue, a comprehensive course outline, instructor expertise, student and community interest, and ability to increase skill and/or knowledge in electronic engineering technology. Variable and repeatable credit up to six credit hours may be earned.
Prerequisite: Determined by the special topic.
Credit: 1-6 semester hours
Lecture: 1-6    Lab: 0-4

Engineering    EGR

Division of Business/Computers and Information Systems/Engineering and Technology
(815) 921-3101

EGR 101 - Introduction to Engineering
IAI: None    1.2
Introduction to Engineering is a study of engineering and technological systems. The course explores various engineering disciplines, the role of the engineer in society, the engineering approach to problem solving and the engineering design process. Laboratory activities involve reverse-engineering products to find out how they are designed and manufactured.
Prerequisite: None
Credit: 2
Lecture: 1    Lab: 2

EGR 135 - Engineering Graphics
IAI: EGR 941 (approval pending)    
Engineering Graphics is an introduction to engineering and design. Topics include multi-view orthographic representations, auxiliary projections, dimensioning, section views, basic tolerancing, threads and fasteners, assembly drawings, 2-D production drawings, 3-D solid modeling used for part generation, prototyping and engineering analysis. (Solidworks will be used as modeling software.)
Prerequisite: None
Credit: 4
Lecture: 2    Lab: 4

EGR 206 - Statics
IAI: EGR 942    1.1
Statics is an analysis of real force systems by applying the principles of equilibrium to rigid bodies, simple structures and fluids. Distributed forces, determination of centroids, moments of inertia, analysis of structures, virtual work, friction, and related topics are presented.
Prerequisite: Credit or concurrent enrollment in MTH 135.
Credit: 3
Lecture: 3    Lab: 0

EGR 207 - Dynamics
IAI: EGR 943    1.1
Dynamics is an analysis of motion of particles and the relationship between forces acting on bodies and the changes in motion produced. Particle and planar kinematics, principles of force, mass and acceleration, work and energy, vibration, impulse and momentum, and related topics are presented.
Prerequisite: EGR 206
Credit: 3
Lecture: 3    Lab: 0

EGR 221 - Elementary Mechanics of Deformable Bodies
IAI: EGR 945    1.1
Elementary Mechanics of Deformable Bodies studies the relationship between external forces and the stresses and deformations they produce in a deformable body for both elastic and inelastic behavior. Consideration is given to members subjected to tension and compression, torsion, and bending related to: loading and deflection of beams and shafts, buckling of columns, repeated loads, combined stresses, analysis of stress and strain, Mohr’s Circle, and related topics.
Prerequisite: EGR 206
Credit: 3 semester hours
Lecture: 3    Lab: 0

EGR 231 - Engineering Circuit Analysis
IAI: EGR 931    1.1
Engineering Circuit Analysis reviews DC and AC circuit theory including Thevenin’s, Norton’s, and the superposition theorem. Mesh and nodal analyses are covered. Waveform descriptions and time-domain solutions are developed. Differential equations are generated, and solutions developed by using Laplace transform methods. Transform circuit analysis is emphasized. Pole-zero analysis, driving-point impedance, and transfer functions are introduced. Computer assignments using PSpice are required. Circuit concepts are also illustrated through classroom demonstrations.
Prerequisite: Credit or concurrent enrollment in PHY 225 or consent of instructor.
Credit: 3
Lecture: 2    Lab: 3

Graphic Arts Technology                    GAT

Division of Business/Computers and Information Systems/Engineering and Technology
(815) 921-3101

GAT 101 - Introduction to Graphic Arts Technology
IAI: None    1.2
Introduction to Graphic Arts Technology is a series of lectures, discussions, presentations, laboratory experiences, and field trips designed to orient students to the breadth of the graphic arts industry. Topics discussed include the historical aspects of the industry as well as the current technology utilized in the production of printed matter.
Prerequisite: None
Credit: 4 semester hours
Lecture: 2    Lab: 4

GAT 105 - Basic Photography
IAI: ART 917    1.2
Basic Photography is a systematic approach to mastering the fundamental techniques and concepts of photography. Emphasis is placed on operation of photographic equipment using black and white materials and processing procedures. Photographic principles covered include light and its characteristics, depth-of-field, and composition. Use of these principles leads the student from an original idea to the creation of black and white photographs.
Prerequisite: None
Credit: 3 semester hours
Lecture: 2    Lab: 2

GAT 110 - Introduction to Photoshop
IAI: None    1.2
Introduction to Photoshop will familiarize the student with the composition and editing capabilities of Adobe Photoshop. This course is laboratory-based and each student will be required to complete a variety of activities utilizing the software.
Prerequisite: None
Credit: 2 semester hours
Lecture: 1    Lab: 2

GAT 115 - Introduction to Illustrator
IAI: None    1.2
Introduction to Illustrator orients the student to vector-based graphic design software to create original artwork as well as modify and recreate existing files for production output.
Prerequisite: None
Credit: 2 semester hours
Lecture: 1    Lab: 2

GAT 150 - Typography
IAI: None    1.2
Typography explores the structure, personality and history of type. Fundamental typographic principles, font recognition and analysis of both historical and postmodern design theory will be covered. Emphasis will be on content, form and technique for the effective use of typography in ads, posters, newsletters and other visual communications.
Prerequisite: GAT 101 or consent of the instructor
Credit: 2 semester hours
Lecture: 1    Lab: 1

GAT 168 - Graphic Arts Technology Internship
IAI: None    1.2
Graphic Arts Technology Internship requires a supervised experience in a graphic arts production facility using a cooperative training plan agreed to by the instructor, participating firm, and student. The student must submit an application to the instructor prior to mid-term of the previous semester and requires consent of the instructor or division director. Variable and repeatable credit may be earned up to six hours.
Prerequisite: Current enrollment in the Graphic Arts Technology curriculum, completion of at least 12 credits in GAT courses, and sophomore class standing.
Credit: 1-6 semester hours
Lecture: 0    Lab: 5-30

GAT 178 - Fundamentals of Desktop Publishing
IAI: None    1.2
Fundamentals of Desktop Publishing is a continuation of the computer skills learned in GAT 101. This course will explore the basics of graphic design, typography, layout and technical issues for desktop publishing. This course reinforces the use of current computer software including Adobe Illustrator, Adobe Photoshop, and QuarkXPress.
Prerequisite: GAT 101 or consent of the instructor.
Credit: 3 semester hours
Lecture: 2    Lab: 2

GAT 180 - Introduction to Press Operation
IAI: None    1.2
Introduction to Press Operation provides the student with an introduction to small offset press operation. Projects will be run on an offset duplicator with instruction in setup, single-color printing, cleanup, and safety. Discussions will include the topics of infeed systems, registration, dampening, and inking systems.
Prerequisite: GAT 101 or consent of the instructor.
Credit: 4 semester hours
Lecture: 2    Lab: 4



GAT 190 - Image Generation and Output
IAI: None    1.2
Image Generation and Output explores the creation and output of digital files for printing and publishing. Instruction and laboratory experience includes the application of current computer software, digital technology, creation, setup, and use of plates, and other input and output devices.
Prerequisite: GAT 101
Credit: 2 semester hours    
Lecture: 1    Lab: 2

GAT 211 - Advanced Photography
IAI: None    1.2
Advanced Photography studies control of perspective through large format camera movements. The concept of the Zone System, along with a historical perspective of photography, is covered. Other topics include high-contrast processes, hand coloring and optics.
Prerequisite: GAT 105 or consent of instructor.
Credit: 3 semester hours
Lecture: 2    Lab: 2

GAT 215 - Advanced Illustrator
IAI: None    1.2
Advanced Illustrator builds upon skills learned in GAT 115 such as pen tool techniques, object binding, pathfinders and filters and effects. Additional topics include brushes, patterns, appearance palettes, 3D effects and live tracing. Projects include technical drawings, artistic renderings and 3D object creating.
Prerequisite: GAT 115 or consent of instructor
Credit: 2 semester hours
Lecture: 1    Lab: 1

GAT 220 - Advanced Photoshop for the Graphic Arts Industry
IAI: None    1.2
Advanced Photoshop for the Graphic Arts Industry involves a more intensive study of digital image manipulation. Topics include advanced layering techniques, use of channels, duotones, and output specific to the printing and publishing industry.
Prerequisite: GAT 110 or consent of instructor.
Credit: 3 semester hours
Lecture: 2    Lab: 2

GAT 241 - Intermediate Desktop Publishing
IAI: None    1.2
Intermediate Desktop Publishing continues from GAT 178 into more advanced concepts and applications of computer-based composition systems for the graphic arts industry. Topics and projects include: creation of multi-page documents, advertisements, product packaging, large format designs, and file and font management.
Prerequisite: GAT 178
Credit: 4 semester hours
Lecture: 2    Lab: 4

GAT 242 - Advanced Desktop Publishing
IAI: None    1.2
Advanced Desktop Publishing continues from GAT 241 to more advanced concepts and applications of preflighting, color separations, impositioning, indexing of multi-page documents, duotones to quadtones, scanning transparencies, and trapping.
Prerequisite: GAT 241
Credit: 3 semester hours
Lecture: 2    Lab: 2



GAT 250 - Special Topics in Graphics Arts Technology
IAI: None    1.2
Special Topics in Graphic Arts Technology explores specific applications, skills, or interest in graphic technology. A special topic requires: adequate and available materials on a specific graphic arts related issue, a comprehensive course outline, instructor expertise, student and community interest, and ability to increase skill and/or knowledge in graphic arts technology. Variable and repeatable credit up to six credit hours may be earned. This course may be repeated three times.
Prerequisite: Determined by the special topic and consent of instructor.
Credit: 1-6 semester hours
Lecture: 1-6    Lab: 0-4

GAT 255 - Color System Management
IAI: None    1.2
Color System Management applies color theory to the practical management of color in a production environment. Topics include: color theory, color measurement, establishing scanner and monitor color profiles, proofing, and press calibration. Students will learn to develop a system to achieve predictable and consistent color reproduction.
Prerequisite: GAT 220
Credit: 3 semester hours        
Lecture: 2    Lab: 2

GAT 260 - Estimating for Graphic Arts Production
IAI: None    1.2
Estimating for Graphic Arts Production explores the manual and electronic method for pricing production printing jobs. Major emphasis is on estimating photo lithographic work but other types of production will be discussed. Field trips, class discussion and laboratory case studies will allow the student a variety of estimating experiences. Instruction will include the manufacture of paper and inks.
Prerequisite: GAT 190 and GAT 290, MTH 115 or MTH 120, or consent of instructor.
Credit: 3 semester hours
Lecture: 3    Lab: 0

GAT 280 - Press Operation II
IAI: None    1.2
Press Operation II continues from GAT 180 to cover more intricate applications and build skills utilizing a small offset press. Topics and related student projects include: press measurement techniques, ink density, conductivity, critical registration, multi-color runs, and press maintenance.
Prerequisite: GAT 180
Credit: 4 semester hours
Lecture: 2    Lab: 4

GAT 290 - Finishing, Bindery and Variable Data Applications
IAI: None    1.2
Finishing, Bindery and Variable Data Applications is an introduction to finishing and binding techniques, the operation of paper drills, saddle stitchers, programmable cutters, and paper folders for a variety of laboratory projects. Also covered is variable data control using a variety of software programs. Lectures and discussions as well as tours will be used to introduce complex finishing techniques not available in our classroom.
Prerequisite: GAT 101 or consent of instructor.
Credit: 3 semester hours
Lecture: 2    Lab: 2

GAT 298 - Independent Study in Graphic Arts
IAI: None    1.2
Independent Study encourages individual projects or research of special interest related to Graphic Arts Technology. The student must submit an application to the division director prior to mid-term of the prior semester for a specific topic in cooperation with a qualified instructor. Approval of the topic and study plan by the instructor and division director is required. Variable and repeatable credit up to six credit hours may be earned. This course may be repeated three times.
Prerequisite: Current enrollment in the Graphic Arts Technology curriculum, completion of a minimum 21 credits in GAT courses, and sophomore class standing.
Credit: 1-6 semester hours
Lecture: 0    Lab: 5-30

Manufacturing Engineering Technology            MET

Division of Business, Computers and Information Systems, Engineering and Technology
(815) 921-3101

MET 100 - Introductory CAD and Print Reading
IAI: None    1.2
Introductory CAD and Print Reading is designed for the student without recent high school or industrial drafting experience. The basic concepts required to create and interpret industrial drawings are presented and practiced. This course provides fundamental print reading principles with emphasis on symbols and other pertinent data.
Prerequisite: None
Credit: 1-3 semester hours
Lecture: 1-2     Lab: 1-2

MET 102 - Methods of Statistical Process Control (SPC)
IAI: None    1.2
Methods of Statistical Process Control presents basic statistical concepts, quality tools, common probability distributions, problem-solving techniques, control charts for variable and attribute data, interpretation, Gage R&R, process capability analysis, and acceptance sampling. Instruction and lab exercises integrate management strategies, data planning, cross-functional project teams, and requirements of modern quality standards that lead to successful application of SPC.
Prerequisite: MTH 100, 132, or 125
Credit: 3 semester hours
Lecture: 2    Lab: 2

MET 105 - Materials and Processes
IAI: None    1.2
Materials and Processes introduces material properties and attributes of metals, plastics, ceramics, composites, and other materials. The survey of processes includes heat treatment, surface processing, particulate processing, casting, molding, forming, joining, material removal and other special processing technologies. Theory is illustrated by laboratory experiments and demonstrations along with company visits to view the latest technologies.
Prerequisite: Co-requisite MTH 100, MTH 125 or MTH 132
Credit: 3 semester hours
Lecture: 2    Lab: 2

MET 106 - Metrology I
IAI: MTM 916    1.2
Metrology I introduces the science of measurement for engineering technicians, machinists, and technical personnel through basic measurement principles, selection, operation, and application of English and Metric measuring instruments. Lecture and lab exercises cover basic dimensional metrology, measuring instruments, gaging, high-amplification comparators, surface plate, angular instruments, sine bar, pneumatic gaging, and CMM systems. Related topics introduce data analysis, variable versus attribute, MSA, calibration systems, and modern standards for quality systems and metrology.
Prerequisite: Credit or current enrollment in MTH 100, 132, or 125.
Credit: 3 semester hours
Lecture: 2    Lab: 2

MET 108 - Computer Drafting Using AutoCAD™
IAI: MTM 911     1.2
Computer Drafting Using AutoCAD™ introduces computer graphic concepts, hardware, software, and operating principles of a comprehensive PC-based computer graphics system. The student will use AutoCAD™ software for all course projects. The latest ANSI/ASME standards will be incorporated throughout the course. Lecture and laboratory projects emphasize drafting principles and techniques necessary to produce multi-view, auxiliary, and section drawings with appropriate dimensioning practices.
Prerequisite: CDT 100 or consent of instructor.
Credit: 3 semester hours
Lecture: 2    Lab: 2

MET 110 - Manufacturing Processes I
IAI: MTM 922     1.2
Manufacturing Processes I provides an introduction to machining processes including milling, turning, grinding, drilling, and cutoff operations. Laboratory activities include the fundamentals of machine setup and operations, tooling, precision measurement, process safety, care and maintenance. This course is offered at a regional training center in partnership with Rock Valley College.
Prerequisite: CDT 100 or consent of instructor.
Credit: 3 semester hours
Lecture: 1    Lab: 4

MET 111 - CNC Machine Setup/Operation/Programming
IAI: None    1.2
CNC Machine Setup/Operation/Programming studies the setup and operation of computer numerical control (CNC) machine tools. The course is designed to provide knowledge on the latest CNC machines using an online training environment and lab session including turning centers and machining. Exercise and laboratory projects emphasize practical problems, demonstrations, and student operation of CNC equipment.
Credit: 3 semester hours
Lecture: 2    Lab: 2

MET 120 - CNC Machine Setup/Operation
IAI: MTM 915    1.2
CNC Machine Setup/Operation studies the setup and operation of computer numerical control (CNC) machine tools. The course is designed to provide knowledge on the latest CNC machines using turning centers and machining centers in the CIM Laboratory. Lecture and laboratory projects emphasize practical problems, demonstrations, and student operations of CNC equipment.
Prerequisite: AMT 110 or consent of instructor.
Credit: 2 semester hours
Lecture: 1    Lab: 2

MET 121 - Fundamentals of CNC Programming (Manual)
IAI: MTM 915    1.2
Fundamentals of CNC Programming (Manual) is a study of the fundamentals of computer numerical control programming for machine tools within the manufacturing environment. Emphasis is on application, operation of a CNC program, tooling and machines. Students will write programs and verify them using machine or computer graphics.
Prerequisite: AMT 120 or consent of instructor.
Credit: 2 semester hours        
Lecture: 1    Lab: 2

MET 118 - Intermediate AutoCAD™ - Production Drafting
IAI: None    1.2
Intermediate AutoCAD™ - Production Drafting extends and builds upon current drafting practices for AutoCAD™ users. Emphasis is placed on the identification and familiarization of techniques that enhance CAD productivity and the production of industrial drawings. This course is intended for students completing a CAD certificate program and is not required for the A.A.S. degree program.
Prerequisite: CDT 108
Credit: 3 semester hours
Lecture: 2    Lab: 2

MET 133 - Graphics/Solidworks™ CAD I
IAI: MTM 911    1.2
Graphics/Solidworks CAD I introduces computer graphics concepts, hardware, software, and operating principles of a computer graphics system. The student will use SolidWorks™ software for all course projects. The latest ANSI/ASME standards will be incorporated throughout the course. Lecture and laboratory projects emphasize design principles and techniques necessary to produce solid models, assemblies and multi-view drawings.
Prerequisite: CDT 100 or consent of instructor
Credit: 3 semester hours
Lecture: 2    Lab: 2

MET 146 - Hydraulics, Pneumatics and PLCs
IAI: None    1.2
Hydraulics, Pneumatics and PLCs introduces the basic concepts of fluid power technology including the function of hydraulic and pneumatic components. Emphasis is placed upon the delineation of basic hydraulic and pneumatic circuits. Basic operations and programming of PLCs is also presented.
Prerequisite: Credit or concurrent enrollment in MTH 100, MTH 132, or MTH 125.
Credit: 3 semester hours
Lecture: 2    Lab: 2

MET 162 - Applied Physics
IAI: None    1.2
Applied Physics for technical students teaches industrial and technical applications to develop competence in physics and mathematics fundamentals for all technology students. Five major areas of study relating to modern physics for the technician are covered: mechanics, matter and heat, wave motion and sound, electricity and magnetism, and light.
Prerequisite: Credit or current enrollment in MTH 125, MTH 132, or MTH 100 is recommended.
Credit: 4 semester hours
Lecture: 3    Lab: 2

MET 217 - Statics
IAI: None    1.2
Statics is an analysis of real force systems by applying the principles of equilibrium to rigid bodies and simple structures. Distributed forces, determination of centroids, moments of inertia, analysis of structures, friction and related topics are also presented.
Prerequisite: Co-requisite of MTH 100, MTH 125 or MTH 132
Credit: 3 semester hours
Lecture: 3    Lab: 0

MET 218 - Strength of Materials
IAI: None    1.2
Strength of Materials studies the relationship between external forces and the stresses and deformations they produce in a deformable body. Consideration is given to members subjected to tension and compression, torsion and bending related to: loading and deflection of beams and shafts and the buckling of columns. Computer-aided design systems will be incorporated where applicable.
Prerequisite: Co-requisite of MTH 100, MTH 125 or MTH 132, CDT 217
Credit: 1-3 semester hours
Lecture: 1-3  Lab: 0

MET 220 - Mechanisms
IAI: None    1.2
Mechanisms present the study of existing mechanisms, motion characteristics, and the application of mechanism design to provide desired motions. In the motion study, absolute and relative velocities and accelerations are presented. CAM layout is presented in detail as well as the nomenclature and kinematics of gearing. Computer-aided design systems will be incorporated where applicable.
Prerequisite: Co-requisite of MTH 100, MTH 125 or MTH 132
Credit: 3 semester hours
Lecture: 3    Lab: 0

MET 221 - Machine Design
IAI: None    1.2
Machine Design explores factors that influence materials and application of particular machine elements in their environment. Attention is given to various loading conditions, stresses, and deformations, which must be considered in arriving at a satisfactory design. Elements include: gears, belts, chains, clutches, brakes, power screws, fasteners, bolted joints and couplings. Computer-aided design systems will be incorporated where applicable.
Prerequisite: CDT 133, CDT 218
Credit: 3 semester hours
Lecture: 3    Lab: 0

MET 222 - Mechanical Design Capstone
IAI: None    1.2
Mechanical Design Capstone is a capstone course, which emphasizes the solving of technical problems using a multidiscipline engineering technology approach. The instructor or student may propose an area of investigation. Successful solutions will require that the student use an interactive method using varying degrees of analysis, synthesis, and evaluation. Sources of information, such as vendor catalogs, annuals and library references will be used. The project findings will be presented by the student in both oral and written form.
Prerequisite: AMT 111, CDT 218,
SPH 131, QLT 106
Credit: 3 semester hours
Lecture: 2    Lab: 2

MET 226 - CNC/CAM Operations I
IAI: None    1.2
CNC/CAM Operations I teaches the concepts of Computer Numerical Control for machine tools, tooling, software and operating principles of CNC systems. Students develop part programs using current, industrial CAM software for program generation, editing and tool path verification. Postprocessing and G-M code verification is presented for specific machine tools..
Prerequisite: CDT 108 or CDT 133 and AMT 121 or AMT 111, or consent of instructor
Credit: 3 semester hours
Lecture: 2    Lab: 2

MET 233 - Graphics/SolidWorks™ CAD II
IAI: None    1.2
Graphics/SolidWorks™ CAD II requires a comprehensive background with Solidworks™ software and current drafting practices. Lecture and laboratory projects include: surface, solid modeling, parametrics, and assemblies. Rapid prototyping techniques will be introduced. Emphasis is placed on the techniques used to maximize design and drawing productivity.
Prerequisite: CDT 133
Credit: 3 semester hours
Lecture: 2    Lab: 2

MET 237 - Design of Experiments
IAI: None    1.2
Design of Experiments presents the best of Taguchi and Western experimental design techniques for process quality improvement. Students learn the sequential approach, effective setup, quality tools, statistical and graphical analysis, and reporting of DOE. Lecture and lab exercises make extensive use of practical case studies to apply simple response tables, graphical techniques, and computer analysis for process optimization.
Prerequisite: QLT 101, 102
Credit: 4 semester hours
Lecture: 3    Lab: 2

MET 240 - CNC/CAM Operations II
IAI: None    1.2
CNC/CAM Operations II is a second course that provides the student with a background in CNC programming using CAM software. Emphasis is placed on the identification and familiarization of techniques that enhance CAM productivity and the production of CNC programs. Students develop part programs using software for program generation, editing and simulation of tool paths.
Prerequisite: AMT 226
Credit: 3 semester hours
Lecture: 2     Lab: 2

MET 243 - Continuous Improvement in Manufacturing
IAI: None    1.2
This course is designed to bring lean manufacturing techniques and training, that are changing the world of manufacturing, into the classroom. Emphasis is placed on continuous improvement, waste elimination, customer focus and elements of lean production.
Prerequisite: None
Credit: 3 semester hours
Lecture: 3     Lab: 0

MET 247 - Manufacturing Methods, Process Planning and Systems
IAI: None    1.2
Manufacturing Methods, Process Planning and Systems studies the techniques, equipment and systems for successful manufacturing production. Students learn to plan an operation sequence, determine tooling requirements, and develop and utilize standard data. Lecture and case studies to improve manufacturing systems employ the principles and practices of Just-In-Time (JIT), Total Quality Management (TQM), Computer Integrated Manufacturing (CIM), and Flexible Manufacturing Systems (FMS).
Prerequisite: AMT 180
Credit: 1-3 semester hours
Lecture: 1-3    Lab: 0

MET 249 - Automated Production Capstone
IAI: None    1.2
A capstone course, emphasizing the solving of technical programs using a multidisciplinary engineering technology approach. The instructor or student may propose an area of investigation. Successful solutions will require that the student use an interactive method using varying degrees of analysis, syntheses, and evaluation. Information, such as vendor catalogs, manuals and library references will be used. The project findings will be presented by the student in both oral and written form.
Prerequisite: SPH 131, CDT 133,
CDT 146, CDT 162, CDT 218, AMT 110, AMT 111, QLT 106
Credit: 3 semester hours
Lecture: 2     Lab: 2