| ACR110 | Introduction to Automotive Collision Repair | This course provides the beginning automotive collision students with an introduction to careers in the Automotive Collision Repair (ACR) Industry, repair processes, collision shop equipment, tool safety and proper usage, personal protection equipmen... |
| ACR112 | Non-Structural Repair I | (Formerly ABR 110) This course will focus on the design and construction of the modern automobile. Students are introduced to theory and the fundamentals commonly used in sheet metal repair processes, chemical and plastic welding repair processes, al... |
| ACR115 | Automotive Welding | (Formerly ABR 115) This course will introduce the students to theory and the fundamentals of common ferrous and non-ferrous metal welding processes used in the collision repair industry. The course will focus on welding safety, gas welding and cuttin... |
| ACR119 | Paintless Dent Removal | This course will introduce the students to theory and the fundamentals of common Paintless Dent Removal (PDR) processes, along with tools and equipment used in the collision repair industry. The course will focus on: dent theory, vehicle inspection,... |
| ACR131 | Automotive Refinishing I | (Formerly ABR 130) This course will introduce the students to theory and basic fundamentals of vehicle finishing processes. The course will focus on paint and finishing safety, environmental practices, vehicle masking and protection, and surface prep... |
| ACR132 | Automotive Refinishing II | (Formerly ABR 131) This course will introduce the students to theory and the fundamentals of base coat and clear coat finishes, identification, set-up, and break down of finishing equipment, along with proper mixing and application of solvent base fi... |
| ACR137 | Automotive Mechanical Systems | (Formerly ABR 137) This course will introduce the students to theory and the fundamentals of the steering and suspension systems, drive trains, and braking systems as they apply to a collision repair technician. The course will focus on identificatio... |
| ACR138 | Automotive Electrical Systems | (Formerly ABR 138) This course will introduce the students to theory and the fundamentals of the air conditioning systems, cooling systems, fuel and exhaust systems, and automotive electronic systems as they apply to a collision repair technician. Th... |
| ACR212 | Non-Structural Repair II | (Formerly ABR 111) This course will introduce the students to theory and the fundamentals of repairing non-bolted vehicle body panels. The course will focus on the removal of interior and exterior trim, hardware, removing and installing stationary gl... |
| ACR215 | Automotive Detailing | (Formerly ABR 215) This course will introduce students to theory and the fundamentals of interior and exterior vehicle cleaning, and vehicle finish defect correction. The course will focus on: vehicle interior trim identification, soiled/stains ident... |
| ACR230 | Structural Repair | (Formerly ABR 230) This course will introduce the students to theory and the fundamentals of the vehicle's structural system. The course will focus on the identification and analysis of structural damage using both manual and computer measuring syste... |
| ACR233 | Automotive Refinishing III | (Formerly ABR 133) This course will introduce the students to theory and the fundamentals of color hue, saturation, and brightness and the tinting of automotive finishes. The course will focus on color matching, application of automotive finishes dur... |
| ACR234 | Refinishing IV - Custom Painting | This course will introduce the students to theory and the fundamentals of flames, pin-striping, wood grains, texture finishes, mural design, gold leafing, air brushing, and graphic design for automotive applications. The course will focus on the desi... |
| ACR235 | Damage Analysis and Shop Procedures | (Formerly ABR 235) This course will introduce students to theory and the fundamentals of identifying types of vehicle damages post collision. The course will focus on the preparation of written damage analysis, computerized analysis systems, and trai... |
| ACR299 | Special Topics in Automotive Collision Repair | This course is designed to provide automotive collision repair students with opportunities to explore the diversity of topics, businesses, and products within the automotive collision industry not specifically addressed by existing courses in the cat... |
| ARM111 | Fundamentals of High Tech Manufacturing I | This course will cover Occupational Safety and Health Administration (OSHA) safety standards, industrial hazards, personal protective equipment, fire and emergency response, Lockout/Tagout (LOTO), and ergonomics. |
| ARM112 | Fundamentals of High Tech Manufacturing II | This course will cover basic manufacturing and production, basic measurement devices, manufacturing efficiency techniques and industrial supply chain systems. |
| ARM113 | Fundamentals of High Tech Manufacturing III | This course will cover simple machines, basic electrical and fluid power systems, basic troubleshooting and problem solving techniques, and basic preventive and total productive maintenance. |
| ARM114 | Fundamentals of High Tech Manufacturing IV | This course will cover troubleshooting and problem solving techniques specific to quality control in manufacturing environments. |
| ARM116 | Mechatronics Graphics I | This course covers the role of technical drawings in industry, examples of different types of technical drawings, measurements using rulers, calipers and micrometers, and introduction to sketching techniques and to 3-view drawings. |
| ARM117 | Mechatronics Graphics II | This course continues coverage of 3-view visualization and sketching techniques. It also covers introduction to special views, dimensioning techniques and drawing layout. |
| ARM118 | Mechatronics Graphics III | This course will cover tolerancing, Computer Aided Design (CAD) terminology and basic object drawing, modification of existing CAD drawings and CAD dimensioning. |
| ARM119 | Mechatronics Graphics IV | This course will cover drafting standards, basic electrical symbols and schematics, basic fluids symbols and schematics, technical documentation and the use of embedded Computer Aided Design (CAD) package objects to create schematic drawings. |
| ARM131 | Robot Design and Construction I | This course will cover the history and development of robots, types of robots, robot components, and basic robot physics. The course will also touch on technical sketching as applied to robot design. |
| ARM132 | Robot Design and Construction II | This course will cover spur, bevel and worm gears, gear trains, mobile chassis design, wheel configurations, DC and AC motors, servo and stepper motors, and power supplies as applied to mobile robots. |
| ARM133 | Robot Design and Construction III | This course will cover microcontrollers, digital and analog signals, sensors, friction and bearings as applied to mobile robots along with the design and construction of robotic arms. |
| ARM134 | Robot Design and Construction IV | This course will cover robot programming in "C" to include variables, basic programming structures, for and while loops, if-else statements. A final robot project will be required. |
| ARM151 | Mechanical Systems I | This course covers basic safety protocol, the role of mechanical components in complex mechatronic systems, the flow of energy in a mechatronic system, calculation of force, accelerations, speed, torque, etc. and basic maintenance and systems-level t... |
| ARM152 | Mechanical Systems II | This course covers gears and gear drives, chain and sprocket systems, power transmission, pulley drives, synchronous drives, lubrication requirements of mechanical components, analyzing technical data sheets, and basic troubleshooting. |
| ARM153 | Mechanical Systems III | This course will cover mechanical shafts, couplings and bearings, lubrication, preventative and predictive maintenance of shafts, couplings, bushings, seals and bearings, alignment and troubleshooting. |
| ARM154 | Mechanical Systems IV | This course will cover clutches and brakes, linear motion technology, flexible elements and troubleshooting the mechanical components in a complete mechatronic system. |
| ARM155 | STEM Workplace Professional Skills | This course introduces students to principles of professional behavior in the industrial workplace. It covers the individual attitude and behavioral skills that are important to a person's success in an industrial environment. Students are typically... |
| ARM156 | Electrical Systems I | This course will cover the basic electrical components in a mechatronic system. Topics covered will include electrical safety; current, voltage, resistance and power in AC and DC circuits; principles of resistance, inductance, capacitance, impedance,... |
| ARM157 | Electrical Systems II | This course will cover fundamentals of parallel circuits, balancing bridges, reed switches, current dividers, voltage dividers, relays, indicators, solenoids and troubleshooting. |
| ARM158 | Electrical Systems III | This course will cover electromagnetism; switches; photoelectric, capacitive, and inductive sensors; DC motor and generator introduction; AC motor and circuitry introduction; waveforms; instrumentation, and troubleshooting techniques. |
| ARM159 | Electrical Systems IV | This course will cover capacitors, inductors, diodes, transistors, wiring diagrams, DC power supplies, transformers, complete mechatronic systems and systems troubleshooting. |
| ARM171 | Automation I | This course will cover electrical safety, fundamentals of DC motor operations, starting methods for DC motors, speed control, and troubleshooting DC motors, introduction to Programmable Logic Controllers (PLCs) and PLC terminology, hardware component... |
| ARM172 | Automation II | This course will cover fundamentals of AC motors, intro to 3-phase distribution, transformers, PLC architecture, peripheral support devices, analog and digital circuit structures, and Boolean algebra. |
| ARM173 | Automation III | This course covers AC induction motors, AC motor starting methods, AC motor speed control, and PLC input/output module devices and symbols. |
| ARM174 | Automation IV | This course will cover regenerative braking, National Electrical code (NEC) standards for installation and overload protection of motors, relay logic and ladder logic diagrams, circuit diagrams, scan time, and fundamentals of PLC programming. |
| ARM175 | Automation V | This course will cover entering and editing a PLC program, monitoring a program, component addressing, analog to digital conversions, PLC program troubleshooting and troubleshooting codes. |
| ARM176 | Automation VI | This is course will cover PLC data manipulation instruction, closed loop systems, arithmetic functions, and technical limits in implementation and how to overcome and improve them. |
| ARM177 | Automation VII | This course will cover PLC timers, counters, and subroutines. |
| ARM178 | Automation VIII | This course will cover identification of PLC logic and hardware faults and symptoms, isolating and correcting a fault, and troubleshooting procedures for closed loop systems. |
| ARM191 | Pneumatics and Hydraulics I | This course will cover basic safety rules and standards when working with mechatronic systems, introduction to fluid power, basic principles of hydraulics, fluid power components, hydraulic fluids and basic principles of pneumatics. |
| ARM192 | Pneumatics and Hydraulics II | This is the second module of a 3-module fluid power course. The three courses combined will provide students with the skills in fluid power safety, power, circuits, schematics, pressure, flow and resistance, speed control, and directional control val... |
| ARM193 | Pneumatics and Hydraulics III | This course will cover electronic controls, hydraulic cylinders and directional control valves, technical documentation, measurements and adjustments on a fluid system, troubleshooting and predictive/preventative maintenance. |
| ARM194 | Pneumatics and Hydraulics IV | This course covers pressure control valves, flow control, speed control, mobile hydraulic systems and complete fluids troubleshooting in a mechatronics system. |
| ARM196 | Capstone I | This is the second module of a four module, one credit hour capstone course which will provide students with the skills and knowledge to repair, operate and troubleshoot an entire mechatronics system. |
| ARM197 | Pneumatic and Hydraulic Systems Capstone | This is the third module of a four module, one credit hour capstone course which will provide students with the skills and knowledge to repair, operate and troubleshoot an entire mechatronics system. The emphasis in this module will be pneumatic and... |
| ARM198 | Complete Systems Integration III | This is the fourth module of a four module, one credit hour capstone course which will provide students with the skills and knowledge to repair, operate and troubleshoot an entire mechatronics system. The emphasis in this module will be PLC and whole... |
| ARM222 | Manufacturing Process Design | This course covers process management and design in the field of manufacturing and mechatronics. The primary emphasis is process design, with an emphasis on manufacturing constraints. Topics include cycle time, production time, barrier identification... |
| ARM226 | Programmable Automation Technologies | This course covers manufacturing technologies, including CNC, CAM, and the use of microcontrollers. The section on CNC includes an introduction to CNC design, commands, and general algorithms. The CAM section explains the use of NC, APT, parametric d... |
| ARM242 | Reverse Engineering of Mechanical Systems | This course is a study of the design of mechanical components in complex mechatronics systems. It covers an overview of statics, dynamics, and design of machine elements. Topics include force system analysis; study of equilibrium, translation, and ro... |
| ARM266 | Advanced Motor Control | This course covers advanced motor control as a continuation of Electrical Systems I, II, and III. The first part of the course covers general machine operations, types of braking and loads on a motor, and improving motor efficiency and power. The sec... |
| ARM280 | Industrial IoT Automated Manufacturing | This course is designed to prepare students to troubleshoot control and power components, motor starters, electrical systems, automatic input devices, and program and operate variable frequency AC drives. Connectivity to networks and the Internet of... |
| ARM281 | Mechatronics Control Applications | This course will cover setup, operation, programming and system troubleshooting of automated control devices. Students will use industrial controls components to develop skill in connecting to the Internet of Things (IoT). |
| ARM286 | Automation Pyramid | This course introduces the concept of Totally Integrated Automation by looking at the automation pyramid. Students will start at the field level with analogue sensors and actuators and go up to the control level with programming and networking PLCs.... |
| ARM288 | Process Control Technologies | This course covers topics in closed-loop control and technologies used in process control in the context of a complex mechatronic system. Students will be trained to characterize a system by its step response function and to create and interpret char... |
| ARM295 | Mechatronics Troubleshooting | This course is designed to develop the troubleshooting process applied to mechanical, electrical, pneumatic, hydraulic, and networked/Internet of Things systems found in automated manufacturing. System and component troubleshooting applying top-down,... |
| ARM299 | Special Topics: Automation, Robotics, Mechatronics | This course provides students with additional information about specialized areas in automation, robotics, and mechatronics. Topics will be identified for each section of the course. This course is repeatable, any topic only once, for a maximum of si... |
| AUT110 | Introduction to Automotive Technology | This course provides the beginning automotive technician the opportunity to increase his or her knowledge of certain mechanical actions and reactions related to the automobile. Proper and safe use of hand and precision tools, and use of common automo... |
| AUT111 | Engine Repair | This course covers repair of engines, including theory, diagnosis, measurement, light machining, and correct reassembly procedures. The lubrication, cooling, and fuel support systems are included.NOTE: The students will be required to provide their... |
| AUT112 | Braking Systems | This course provides instruction in the theory of operation, diagnosis, and servicing of automotive drum and disc brake systems. Students will perform complete brake service including the proper machining of drums and rotors. Diagonally split brakes,... |
| AUT113 | Suspension and Alignment | This course covers theory of operation, diagnosis, maintenance, repair and adjustment procedures pertaining to steering gears, steering linkages, wheels and tires, and suspensions. NOTE: The students will be required to provide their own basic tools. |
| AUT131 | Auto Electrical I | This course offers the beginning automotive technician an opportunity to gain understanding of the theory, operation, and testing of basic electricity, the automotive battery, starting systems, charging systems, and lighting systems. NOTE: Students w... |
| AUT132 | Manual Drive Train and Axles | This introductory course focuses on the repair and overhaul of manual transmissions, transaxles and drive line components. Theories of operation, diagnosis, maintenance, and repair procedures pertaining to manual transmissions, transaxle and drive li... |
| AUT231 | Auto Electrical II | This course covers the theory of operation, diagnosis, and repair of body wiring, lighting circuits, accessories, gauges, and networks. NOTE: The students will be required to provide their own basic tools. |
| AUT232 | Automatic Transmission and Transaxle | This course focuses on the repair and overhaul of automatic transmissions. Theories of operation, diagnosis, maintenance, and repair procedures pertaining to automatic transmissions, automatic transaxles, and torque converters are covered. NOTE: The... |
| AUT233 | Advanced Driveline Systems | This course covers advanced topics in design and diagnosis for manual transmission, automatic transmission, coupling devices, four wheel drive (4WD) systems, and all wheel drive (AWD) systems. In addition current trends and future technologies in dri... |
| AUT251 | Powertrain Controls | This course focuses on the diagnosis, testing, and service of computerized powertrain control systems. Topics will include diagnosis and repair of computer and network operation, sensors and inputs, advanced charging, starting and ignition system. Ad... |
| AUT252 | Powertrain Management | This course provides students with the opportunity to review and enhance their theory and service skills in automotive electrical systems, fuel systems, engine mechanical diagnosis, emission control systems, and electronic engine control systems. Stu... |
| AUT275 | Air Conditioning and Heating | This course gives the automotive technician the opportunity to gain an understanding of the theory of automotive air conditioning, heating and ventilation systems and the related service procedures. Students may also gain certification in recycling... |
| AUT290 | Automotive Service | This is the capstone course in the automotive program. It gives the student the opportunity to practice operations in a shop environment and situation similar to the repair industry including shop operations and vehicle repair. All areas of the autom... |
| AUT299 | Special Topics in the Automotive Industry | This course is designed to provide automotive students with opportunities to explore the diversity of topics, businesses, and products within the automotive industry not specifically addressed by existing courses in the catalog. This course may be ta... |
| BRGE10 | Bridge to Manufacturing Pathway | This course is designed to strengthen the basic math, math literacy, and language skills specific to a manufacturing program of study for adults (16 years or older). Students will use problem solving techniques and projects to better understand the "... |
| CAD110 | CAD/CAM Concepts | This course will introduce the student to how computers are used in Computer Aided Design. The course will cover basic functions of Windows operating system, as well as computer hardware and software and how the operating system relates to the use of... |
| CAD111 | CAD Drafting Application | This course is designed to introduce the student to the tools and graphical communication techniques of the CAD-drafting profession. Topics include geometric constructions, sketching, scales, multiviews, sectional views, auxiliary views, dimensioning... |
| CAD117 | Introduction to AutoCAD | The course is designed to introduce students to the use of AutoCAD for computer-aided design and drafting. 2D drawing, modifying and dimensioning is emphasized.NOTE: Completion of CAD 110 is recommended. |
| CAD170 | Introduction to SolidWorks | (Formerly CAD 173) This course is designed as an introduction to the SolidWorks Computer Aided Design software. Topics will include part creation, use of features, assembly modeling, and drawing creation. NOTE: Completion of CAD 117 or a strong wor... |
| CAD171 | Introduction to Inventor | The course is designed as an introduction to the Inventor Computer Aided Design software. Topics will include part creation, use of features, assembly modeling and drawing management.
NOTE: Completion of CAD 117 or a strong working knowledge of anot... |
| CAD176 | Introduction to Creo | This course is designed as an introduction to the Creo Computer Aided Design software. Topics will range from 3-dimensional solid modeling to detail drawing creation and assembly. Note: Completion of CAD 117, equivalent industrial experience, or stro... |
| CAD177 | Civil Drafting | This course will introduce students to software used in the preparation of civil and surveying drawings. Software studied includes AutoCAD and advanced applications such as Land Development Desktop and Civil 3D. |
| CAD178 | Introduction to Revit | (Formerly CAD 214) This course is designed as an introduction to the Revit Computer Aided Design software. Topics will include building 3D architectural project models with walls, window, doors, floors, roofs, stairs; creating schedules; adding views... |
| CAD179 | Introduction to Autodesk 3ds Max | Animation and rendering of 3 dimensional objects for architects, graphic illustrators and product designers. Software emphasized is Autodesk 3ds Max. |
| CAD211 | Geometric Dimensioning and Tolerancing | This course is a study of the current ASME Y14.5 Dimensioning and Tolerancing standard. It helps students interested in CAD advance their knowledge and skills of mechanical design/drafting operation utilizing an industrial CAD system. The emphasis is... |
| CAD215 | Drafting for MEP | This course covers creating and presenting Mechanical, Electrical, and Plumbing (MEP) plan sets utilizing Revit. Class focuses on MEP schematics and basic design, creating a 3D model of the MEP systems, and applying workflow strategies for the effici... |
| CAD217 | AutoCAD II | Discussion and lab work are presented dealing with advanced drawing and dimensioning techniques, attributes, and individualized customization of AutoCAD menus and files. |
| CAD270 | SolidWorks II | (Formerly CAD 174) This course is designed as a continuation of CAD 170 Introduction to SolidWorks. It expands the topics started in CAD 170. It also covers sheet metal part creation, basic mold design, and importing files from other CAD programs. |
| CAD271 | Inventor II | This course is a continuation of CAD 171. It further explores the Inventor Computer Aided Design software. Topics include but are not limited to advanced part modeling, sheet metal parts, iParts, advanced assemblies, “Design Center”, border and title... |
| CAD273 | Advanced CAD Specialization | The course is of a project nature where the student will select and complete one or more projects throughout the semester. There will be periodic reports to the instructor in the form of a formal written progress report. Specific prerequisite will... |
| CAD276 | Creo II | This course builds upon CAD176 and further explores the Creo Computer Aided Design software. Topics include but are not limited to advanced part modeling, advanced assemblies, and an introduction to Creo Simulate (formerly Mechanica) as a design tool... |
| CAD277 | Drafting for Surveyors | This course covers creating and presenting plats, topographic surveys, and construction staking drawings. Class will utilize Civil 3D to create and present drawing to industry standards. Additional commands are used to help create multiple sheets and... |
| CAD278 | Revit II | This course is designed as a continuation of CAD178, Introduction to Revit. It expands the topics started in CAD178. It also covers more advanced concepts such as Conceptual Massing, Family Creation, Site and Structural Tools, Design Options, Phasing... |
| CAD279 | Design Visualization Using 3ds Max Design | This course is designed for students who are interested in using Autodesk 3ds Max Design software to enhance their 3D designs. Students will use the software to create 3D illustrations and rendering of products, interiors/exterior of buildings to pro... |
| CAD287 | Drafting for Civil Engineers | This course covers creating and presenting Civil Engineering plans set and submittals. Class focuses on the use of Alignments, Profiles, Corridors, and more to create engineering plans sets and exhibits. Class touches on engineering software such as... |
| CAD290 | Mechanical Drafting | This course covers presenting, designing, and detailing mechanical drafting (Parts and Assemblies, Tooling, and GD&T). AutoCAD and Solidworks software used. Solidworks is emphasized for the creation of 3D models, fusing the art of drafting, with the... |
| CMT299 | Special Topics in Construction Management Technology | This course is expected to serve students in the CMT and CIV programs and members of the Lake County Construction community. The course is proposed to provide an opportunity to offer courses on special topics that are not part of the regular curricul... |
| CNC110 | CNC Operations I | Set-up and operation of CNC FANUC and HAAS controlled industrial vertical milling machines and turning centers.NOTE: Machine shop experience or MTT 111 or MTT 112 is recommended. |
| CNC111 | Geometric Dimensioning and Tolerancing | This course will assist Machine Tool students to advance their knowledge and skills on the principles and applications of Geometric Dimensioning and Tolerancing techniques using the ASME Y14.5-2009 standard. |
| CNC115 | CNC Programming I | Provides students with the basic principles and practices of numerical control machining. Manual parts programming will be performed for CNC lathes and milling machines.NOTE: It is recommended that either CNC 110, MTT 112 or machine tool industrial... |
| CNC210 | CNC Operations II | Advanced set-ups, operations, and features of FANUC controlled CNC machine tools are covered including the use of a vertical machining center, and turning center and Wire EDM. |
| CNC215 | Advanced Mill Programming | A continuation of CNC 115 including advanced manual part programming on a FANUC and HAAS controlled CNC mill and 4 weeks of CNC Wire EDM. Sub programs, macros, threadmilling rotation and other transformations are also included.NOTE: Industrial shop... |
| CNC216 | Advanced Lathe Programming | Designed as a continuation of Computerized Numerical Control Lathe manual programming. The nature of the material will range from lathe G&M codes to advanced level conversational programming, sub programs, macro and other advanced techniques.NOTE:... |
| CNC217 | Introduction to Wire EDM Machining | Designed as an introduction to the concepts of Operation and Programming of a FANUC CNC Wire Electrical Discharge Machine. The nature of the material will range from basic operation to G&M codes for programming.NOTE: Students with Machine Shop or CN... |
| CNC218 | Introduction to Master CAM | Computer Aided Design and Manufacturing processes are discussed and implemented utilizing Master Cam software. Parts will initially be drawn in the CAD environment. The NC instructions necessary to drive a CNC machine tool to manufacture these parts... |
| CNC219 | CNC Specialization | An advanced CNC course in which the student chooses a topic of specialization. Topics may include areas such as programming 4 and 5 axis machines, NC tooling, conversational programming, robotics and CNC, digitizing, etc. Course work may be completed... |
| CNC230 | Master CAM II | Computer Aided Design and manufacturing processes are discussed and implemented utilizing Master Cam 3D software for the Mill, Lathe and Wire EDM machines. Parts will initially be drawn or imported from a CAD environment. The NC instructions necessa... |
| CNC250 | Advanced Manufacturing | This capstone course will apply the knowledge and skills used in Computer Aided Design and manufacturing processes. The course will utilize Mastercam software, a CNC machining center and the student's choice in CAD software. Students will learn the k... |
| CNC299 | Special Topics: CNC Machining Technology | This course provides students with additional information about specialized areas in CNC machining technology. Topics will be identified for each section of the course. This course is repeatable up to two times, any topic only once, for a maximum of... |
| EAP111 | Electrician Apprenticeship Work Experience I | This course provides a planned educational experience in the Electricians Apprenticeship program by placing the student in a supervised educational work experience. Specific learning objectives agreed upon by the student and the students work superv... |
| EAP112 | Electrician Apprenticeship Work Experience II | This course provides a planned educational experience in the Electricians Apprenticeship program by placing the student in a supervised educational work experience. Specific learning objectives agreed upon by the student and the students work superv... |
| EAP113 | Electrician Apprenticeship Work Experience III | This course provides a planned educational experience in the Electricians Apprenticeship program by placing the student in a supervised educational work experience. Specific learning objectives agreed upon by the student and the students work superv... |
| EAP114 | Electrician Apprenticeship Work Experience IV | This course provides a planned educational experience in the Electricians Apprenticeship program by placing the student in a supervised educational work experience. Specific learning objectives agreed upon by the student and the students work superv... |
| EAP115 | Electrician Apprenticeship Work Experience V | This course provides a planned educational experience in the Electricians Apprenticeship program by placing the student in a supervised educational work experience. Specific learning objectives agreed upon by the student and the students work superv... |
| EET113 | Solid State Electronics | This course is an introduction to semiconductor devices and their applications. Operating principles and characteristics of diodes, transistors, JFETS, MOSFETs and thyristors are discussed. Transistor models using the h and r parameters are covered.... |
| EET115 | Electronic Laboratory Techniques | An introduction to electronic measurement techniques, the identification and testing of electronic components, and Ohm's law and power law. Lab safety concepts, proper use of basic laboratory equipment such as oscilloscopes, DMM, power supplies, freq... |
| EET130 | Introduction to Renewable Energy Sources | This course provides an overview of renewable (essentially carbon-free) energy sources with an emphasis on Solar, Wind and Geothermal technologies. Students will acquire an understanding of various renewable energy systems and their underlying physic... |
| EET170 | DC Circuit Fundamentals | Topics include definition of voltage, current, resistance, conductance, and power. Also includes Ohm's Law, Kirchhoff's Laws as applied to series, parallel and series-parallel circuits. Calculation of power dissipation, use of voltage and current div... |
| EET173 | DC Analysis-Network Theorems | Introduction to network theorems and solutions, to include Thevenin's Theorem, Norton's Theorem, Mesh analysis, Nodal analysis, Superposition and other analysis techniques. |
| EET174 | AC Fundamentals | Introduction to AC circuit fundamentals. Study of circuitry consisting of AC sources, resistors, inductors, capacitors and transformers. Course material covers, reactance, impedance, vectors, current and voltage phase relationships, apparent and reac... |
| EET175 | AC Analysis and Circuit Theorems | AC network theorems and solutions, to include Thevenin's Theorem, Norton's Theorem, Max Power Transfer Theorem, Mesh analysis, Nodal analysis, superposition and other analysis techniques. Series and parallel resonance will also be included with discu... |
| EET176 | Circuit Analysis and Network Theorems | This course introduces students to DC and AC analysis with network theorems, including Thevenin's Theorem, Norton's Theorem, Max Power Transfer Theorem, mesh analysis, nodal analysis, branch analysis, superposition and other analysis techniques. Pass... |
| EET211 | Advanced Solid State Electronics | This is a continuation of EET 113 with an emphasis on the development of frequency response characteristics of operational amplifiers, open and closed loop response, negative and positive feedback, active filters, oscillators/timers, voltage regulato... |
| EET212 | Electronic Communications Systems | Principles of operation and design of electronics equipment including radio fundamentals, radio receivers, transmitters, antennas and transmission of RF energy. Digital communications will be covered. |
| EET216 | Microprocessors I | Introductory course in microprocessors dealing with hardware and software. The Pic micro controller will be used as the target processor. Hardware configuration including CPU, Memory, I/O, and Assembly language programming with the PIC 16F84 instruct... |
| EET223 | Introduction to Digital Electronics | (Formerly EET 213) This course covers principles of operation, performance, and design of digital circuits and digital instrumentation. Number systems including binary; Boolean algebra and the application to digital logic; combinational and sequentia... |
| EET230 | Electrical Machinery | Principles of design and construction of many types of motors and generators including servos, synchros, motor and generator control circuits, and industrial application. Course oriented to troubleshooting and repair techniques. NOTE: ELC 114 is reco... |
| EET299 | Special Topics in Electrical/Electronics Engineering | This course will provide students with more information about specialized topics in areas of analog or digital electronics, telecommunications, industrial controls, system design software or related topics. Note: Topics will be identified for each se... |
| EGR120 | Introduction to Engineering | This introductory, freshman-level Engineering Transfer course introduces students to the different fields of engineering using case studies and guest speakers from the various engineering disciplines. Students are prepared for success in college and... |
| EGR121 | Engineering Design Graphics | This is an introductory course in the Engineering Transfer and Engineering Technology curriculum. The course emphasizes the use of graphical communication for engineers, designers and drafters to communicate technical ideas in the context of the eng... |
| EGR125 | Engineering Statics | This course covers analysis of static structures for engineering transfer students. Topics include particle statics, general principles and force vectors, rigid body equilibrium, moments of inertia, distributed forces and centroids, analysis of struc... |
| EGR140 | How to Make Almost Anything | This course provides an introduction to the digital manufacturing and prototyping technologies commonly used in engineering design today. It is based on the Massachusetts Institute of Technology (MIT) course by the same name that started the "fab lab... |
| EGR222 | Engineering Mechanics of Materials | This course is an engineering study of the elementary mechanics of deformable bodies/strength of materials. The course includes analysis of: the elastic and inelastic relationships between external forces acting on engineering structures and the stre... |
| EGR225 | Engineering Dynamics | This course introduces students to particle kinematics (rectilinear and curvilinear); Newton's laws; energy, work, and momentum methods; planar dynamics and rigid bodies; rigid body kinematics; impulse and momentum; and vibrations. Application to eng... |
| EGR260 | Introduction to Circuit Analysis | This course will introduce circuit analysis at the engineering level. It will include the standard analysis tools such as nodal analysis, mesh analysis, Thevenin's and Norton's theorems and superposition. Impedances are defined and AC steady state... |
| EGR299 | Special Topics in Engineering | This course addresses the in-depth study of special topics in engineering that do not have specific courses in the catalog. Course content will vary depending on the topic being studied. Topics may be drawn from any of the various engineering discipl... |
| EIT110 | Topics in Mathematics for Computer and Electronics Technicians | Mathematics topics are studied which have direct application in the fields in electronics and computer technology. Topics include mathematics concepts required to understand and analyze electronics and computer problems. |
| EIT111 | Digital and Network Fundamentals | This is an introductory course in digital electronic concepts and networking fundamentals. The course will introduce basic Boolean Algebra including masking concepts. LAN network fundamentals will be studied including peer to peer networks using TC... |
| EIT116 | Fiber Optic Fundamentals | This course is an introduction to the theory and application of fiber optics as a means of data transmission. This course will cover fiber optic cabling, connectors, splices and tools, power budgets, fiber optic design, installation and testing, and... |
| EIT210 | Data and Network Communications | This course will deal with the fundamental of data communications in network environments. Baseband transmission as well as encoded data transfer methods will be studied. Protocols will be investigated in detail including Ethernet and Sonet at the... |
| EIT230 | Secure Wireless Networking | This course will cover the basics of planning and implementing a wireless network, with special focus on using adequate data security techniques. Gateway security, including building gateways and firewalls, and authentication and encryption methods... |
| EIT250 | Wireless Data Communications | This course will deal with issues encountered with data communications in a wireless networked environment. Radio frequency technologies will be studied, along with data transmission, protocols, hardware and software installation and support, wireles... |
| ELC113 | Basic Instrumentation and Shop Practice | An introduction to electronic measurements, repair and construction techniques and the identification and testing of electronic components.NOTE: Recommended preparation concurrent enrollment in EET 170 and ELC 172 or equivalent knowledge. |
| ELC114 | Motor and Machine Controls | Describes control circuits and components used in industry with particular attention to motor controls. Material includes controller characteristics and applications.NOTE: Recommended preparation EET 170 and ELC 172 or equivalent knowledge. |
| ELC171 | Programmable Logic Controllers | In this course, students will learn what a Programmable Logic Controller is, how a PLC works, and how to install a PLC in an automated system. Students will also learn the basics of programming a PLC using a relay ladder logic and Boolean functions.... |
| ELC172 | Applied AC Circuit Theory | Fundamentals of AC circuit theory and application. Includes topics of capacitance, inductance, time constants, reactance, RLC AC circuits, transformers, relays, filters and mathematics as required. ELC 172 is a continuation of EET 170 for the Electri... |
| ELC271 | Advanced Programmable Controls | This course will address application and interfacing aspects of programmable control not covered in the introductory course ELC 171. Topics included in this course cover information on data acquisition and data file manipulation, analog to digital a... |
| ELC276 | Electrical Industrial Safety | This course provides a study of the safety practices and procedures that are required in the electrical industry. The nature of electrical work places electricians in potentially harmful situations on a regular basis. Electricians must be aware of... |
| ELT111 | Electronic Drafting | Drawing of electronic components and wiring diagrams, with emphasis on national standards and codes. Pspice schematic capture and PC board software will be introduced. |
| ELT117 | Industrial Digital Electronics I | An introduction to digital electronics with an emphasis on analysis and troubleshooting aspects of digital electronics. It is a part of the one year certificate maintenance program.NOTE: Recommended preparation high school algebra or concurrent enro... |
| ELT151 | PC Hardware Fundamentals | This course will cover the basic components of a PC, including motherboards, memory, disk drives, cases and power supplies. Computers will be disassembled, reassembled and configured to operate.NOTE: Recommended preparation CIT 120 and concurrent en... |
| ELT152 | PC Peripherals and Troubleshooting | This course will cover the common peripheral components of a PC, including modems, Sound cards, network interface cards (NIC), and printers. Additionally, troubleshooting of hardware components will be presented, including diagnostic hardware and so... |
| ELT172 | Applied Communications Circuits | A survey of various communications systems. AM/FM radio systems as well as video communications systems will be included. The troubleshooting aspects of the various circuits will be emphasized.NOTE: Recommended preparation EET 170 and ELC 172 or equ... |
| ELT217 | Microprocessors II | Second course in microprocessor electronics and follows EET 216 Microprocessors I. Intended to be part of the Associates in Applied Science degree in Electronics. 80xxx series of microprocessors are covered with introductions to assembly language a... |
| EMF111 | Electronics Math I | Introduces topics in algebra, trigonometry, and problem solving techniques as it applies to the Electronic Manufacturing Program within an industrial setting. |
| EMF112 | Electronics Math II | Continues the use of algebra to solve linear equations. The quadratic equation is introduced along with right triangle trigonometry. |
| ESC120 | Earth Science | This course is designed for students who are interested in physical features related to our dynamic earth. There are four disciplines that make up the course: geology, oceanography, meteorology and astronomy. Topics covered within these disciplines i... |
| ESC121 | Physical Geology | For those who wish to explore an interest in geology, major in geology, or satisfy lab science requirements. Topics include igneous rocks and volcanism, sedimentary rocks and stratigraphy, metamorphic rocks and metamorphism, weathering, mass wasting,... |
| ESC122 | Historical Geology | Primarily for those majoring in geology or those who wish to understand the geologic evolution of North America. Combines a regional and topical approach to continental development, crustal structure, and mountain building. Regional stratigraphy is... |
| ESC123 | Introduction to Meteorology | For the non-science major or those who wish to gain a comprehensive overview of the science of meteorology without a laboratory component. The primary goal of this course is to help students become better educated consumers of the massive amount of w... |
| ESC124 | Oceanography | For the non-science major or those who wish to gain a comprehensive overview of the science of oceanography. Topics include a history of oceanographic investigations; topography, structure, and evolution of the ocean basin; chemical and physical pro... |
| ESC125 | Geology of the National Parks | This introductory course is designed for students and community members who are interested in learning basic geologic features of national parks. No previous Geology or Earth Science knowledge is necessary. Topics include basic geologic principles an... |
| ESC126 | Geology of Illinois | A survey of the principle aspects of Illinois geology, with emphasis on the landforms, rocks, soil, structure and glacial history of Illinois and parts of adjacent states. Also active geologic processes today, resource development, land and water us... |
| ESC127 | Introduction to Meteorology with Lab | This course is intended for the non-science major or those who wish to gain a comprehensive overview of the science of meteorology with a laboratory component. The primary goal of this course is to help students become better educated consumers of th... |
| ESC128 | Great Mysteries of the Earth | This course is for the non-science major or those pursuing an interest in the geosciences. This course will examine selected mysteries, myths, and pseudoscience of our world from the content areas of earthquake myths, volcano myths, flood myths, land... |
| ESC129 | Severe and Hazardous Weather | This course is designed for students who wish to gain a better understanding of the causes and impacts of various types of extreme weather. Meteorological concepts and processes that cause severe and hazardous weather will be presented in a non-techn... |
| ESC140 | Introduction to Astronomy with Lab | This course is for the non-science major or those who wish to gain a comprehensive overview of the science of astronomy with a lab component. This descriptive treatment of astronomy will include topics such as the history of astronomy, the solar syst... |
| ESC141 | Introduction to Astronomy | This course is for the non-science major or those who wish to gain a comprehensive overview of the science of astronomy. This descriptive treatment of astronomy will include topics such as the history of astronomy, the solar system, stellar evolution... |
| ESC224 | Environmental Geology | For the non-science major or as a foundation course for those wishing to major in environmental sciences. A critical and objective approach is utilized to evaluate the human interrelationship with geological hazards and problems. Volcanoes, earthqu... |
| ESC226 | Field Geology | Introduction to basic geological field methods and application of geological concepts through field studies of selected regions. May include camping, backpacking, canoeing, and/or hiking, occasionally under rigorous conditions. Travel expenses are pa... |
| ESC299 | Special Topics in Earth Science | This course is designed to provide students with information about specialized areas in Earth Science including areas such as geology, meteorology, oceanography, astronomy or climatology. Topics will be identified by course section: see course schedu... |
| GEG120 | Principles of Physical Geography | This introductory physical science course examines the processes and agents that help to shape and change the environment in which humans live, as well as the spatial interrelationships that exist between the earth's heat and energy systems and weath... |
| GEG121 | Physical Geography | This introductory physical science course examines the processes and agents that help to shape and change the environment in which humans live. Emphasis is placed on the interrelationships that exist between the earth's heat and energy systems and th... |
| GEG122 | Cultural Geography | This introductory social science survey course is designed to help students acquire geographic knowledge about human cultural trends and activities. A wide range of current and urgent world concerns such as population control, cultural differences, u... |
| GEG123 | World Regional Geography | This introductory social science course emphasizes the human and physical geography of the world's major regions. Each region is surveyed as to its location and component countries and peoples, world importance, distinctive physical and cultural char... |
| GEG223 | Geography of Latin America | This introductory social science course is a survey of Latin America's cultural, economic, physical, political, and social geographies. It emphasizes problems and potentials of regional development and land use. GEG 223 is offered for elective credit... |
| GEG240 | Geographic Information Systems I | This course is an introduction to the fundamentals of GIS and basic geographic concepts necessary for analyzing and utilizing spatial data. These concepts include map scale, projections, coordinate systems, methods of symbolizing map data, vector ve... |
| GEG299 | Special Topics: Geography | This course addresses the in-depth study of special topics in geography, which do not have specific courses in the catalogue. Course content will vary depending on the topic being studied, but could include regional courses, field courses, study abro... |
| HET110 | Basic Refrigeration Systems | This course introduces students to basic refrigeration theory and practice in Heating, Ventilation, Air-Conditioning and Refrigeration (HVACR). The function and operational characteristics of the mechanical refrigeration system including condensers,... |
| HET111 | HVACR Electricity I | This course introduces students to basic AC and DC circuitry, the laws of electricity, wiring of basic HVACR equipment, and safety procedures with an emphasis placed on sustainable energy sources through the use of lectures, demonstrations, and lab e... |
| HET115 | Carpentry I | This course covers the essential details of frame dwelling construction. Content covered includes footings, girders, floor joists, floor openings, subflooring, balloon and platform types of framing, and rough framing of window and door openings. The... |
| HET119 | HVACR Electricity II | This course covers intermediate AC and DC circuitry, the laws of electricity, wiring of HVACR equipment, and safety procedures with an emphasis placed on sustainable energy sources. Through lectures, demonstrations, and lab experiences, students will... |
| HET130 | Heating I Residential Appliances | This course introduces students to the basic principles, practices, operations, service and installation of residential heating equipment through the use of lectures, demonstrations, and lab experiences. The function and operational characteristics o... |
| HET135 | Plumbing and Pipefitting I | This course introduces students to blueprint drawings and detail sheets; piping system standards and specifications; and trade math. Students will be exposed to advanced blueprint reading examples, as well as motorized equipment and above ground pipe... |
| HET136 | Plumbing and Pipefitting II | This course is a continuation of HET 135. The course also introduces students to pipe hangers and supports, identifying and installing valves, field routing and vessel trim, spring can supports, planning work activities and performing non-destructive... |
| HET150 | Air Conditioning I Split-Systems | This course introduces students to the basic principles, practices, operations, service and installation of split-system residential and commercial cooling equipment, as well as industrial refrigeration equipment. The function and operational charact... |
| HET155 | HVAC/R Blueprint Reading | This course introduces students to how blueprints are structured and the conventions that are used in making them and reading them for the HVAC/R field. These principles are then applied to detail drawings and assembly drawings of mechanical equipmen... |
| HET172 | Refrigeration II Commercial Appliances | This course introduces students to the basic principles, practices, operations, service, and installation of commercial refrigeration appliances. Students will learn how the product is cooled, desired temperature maintained, and proper humidity condi... |
| HET190 | EPA Certification Preparation | This course introduces students to basic refrigeration, theory, and practice of the EPA mandated Section 608 Refrigeration Certification exam. The function and operational characteristics of the mechanical refrigeration system including condensers, e... |
| HET191 | HVACR Load Calculation | This course introduces students to the standards for producing HVACR equipment sizing load calculations. The course details proper procedure required to complete a residential or commercial load calculation performed in accordance with the Air-Condit... |
| HET192 | HVACR Engineering Tech Practicum | This course is a supervised work experience in the HET program. It incorporates on-the-job training in the greater Lake County area and provides students with an opportunity to demonstrate acquired skills and knowledge, as well as continue their deve... |
| HET193 | Recertification Preparation | This course is designed for students whose certification has expired or for students who need to re-sit for the EPA Technician Certification Exam or the Industry Competency Exam. This course prepares students with a review of pertinent material prior... |
| HET194 | NATE Certification Preparation | This course prepares students to sit for the North American Technician Excellence (NATE) HVACR Exams. All pertinent material prior to the administration of the exams is reviewed.Prerequisite: Consent of Instructor |
| HET230 | Air Movement and Ventilation | This course covers intermediate principles, practices, operations, and service of commercial HVAC equipment through the use of lectures, demonstrations, and lab experiences. The function and operational characteristics of various types of residential... |
| HET231 | Heating II Hydronic Heating Systems | This course introduces students to the basic principles, practices, operations, service and installation of residential and light commercial boilers through the use of lectures, demonstrations, and lab experiences. The function and operational charac... |
| HET250 | Air Conditioning II Commercial HVAC Appliances | This course covers intermediate principles, practices, operations, service and installation of commercial HVAC equipment through lectures, demonstrations, and lab experiences conducted on commercial HVAC equipment. The function and operational charac... |
| HET251 | Sheet Metal Fabrication | This course introduces students to methods of sheet metal fabrication. Content includes laying-out and fabricating sheet metal ducts and fittings used in heating and air conditioning installations. This course emphasizes reading blueprints common to... |
| HET252 | Air Conditioning III Installation & Service | This course covers various types of residential heating and air-conditioning service techniques and installation procedures, including equipment selection, layout, duct fabrication, piping techniques, troubleshooting, codes, preventive maintenance, m... |
| HET273 | Direct Digital Controls | This course covers basic commercial control principles and offers students experiences and practice in the selection, installation, operation, and servicing of pneumatic and electronic automation control systems and components used in commercial buil... |
| HET291 | Energy Auditing | This course covers building energy auditing and associated heating and air-conditioning equipment. The concepts of heat flow, energy audit software, building science, building envelope, construction practices, material costs, moisture concerns, prope... |
| HET292 | RESENT Exam Preparation | This course provides a review of material required to prepare students to take the Residential Energy Services Network's (RESNET®) Quality Assurance Designee Trainer Exam.Prerequisite: Consent of Instructor |
| HET294 | Green Building/Energy Sustainability | This course provides an introduction to "Green Building" within the LEED certification process. Other topics related to sustainability will be covered including conservation, insulation, weatherization, and renewable energy technologies such as wind,... |
| HET299 | Special Topics in HVACR | This course addresses the in-depth study of special topics in HVACR that do not have specific courses in the catalog. Course content will vary depending on the topic being studied. Topics may include current issues in HVACR, new technologies in HVACR... |
| INT110 | Preventive and Periodic Maintenance Planning | This course covers preventive and periodic maintenance in the industrial mechatronics environment. Writing work orders, using the information to control maintenance decisions, and evaluating the need for preventive maintenance are covered. Maintenanc... |
| INT114 | Measurement and Quantitative Skills | This course will enable students to develop precision measurement and applied math skills to meet the demands of today's cutting-edge manufacturing environment. Students will learn to use gauges, micrometers, dial calipers, and other measurement devi... |
| INT119 | Print Reading | This course will prepare students to identify basic electrical, fluids, HVAC, networking, and IoT symbols on schematics. Students will learn to create and interpret technical documents. The writing of maintenance and repair documents such as work ord... |
| INT120 | Basic Pneumatics | This course will expose students to the theories and basic components of pneumatics. Basic component construction and operation will be explored. Pneumatic theory will be supplemented by hands-on disassembly and assembly of actual industrial componen... |
| INT121 | Pneumatic System Operations | This course provides the student with working knowledge of installation, maintenance, and troubleshooting of industrial pneumatic systems. The student will work with pneumatic valves, vacuum systems, and air compressors. |
| INT122 | Basic Hydraulics | This course exposes the student to the theories and basic components of hydraulic systems. Basic component construction and operation is explored. The theory of function is supplemented by hands-on disassembly and assembly of actual industrial compon... |
| INT123 | Hydraulic Systems Operation | This course provides the student with the application of basic industrial hydraulic principles. The student will conduct exercises with basic hydraulic components within simple hydraulic systems. The course helps to develop skills in utilizing hydrau... |
| INT124 | Centrifugal Pumps and Alignment | This course is designed to give the student understanding and experience with various types of industrial pumps and drive mechanisms. Topics covered are basic knowledge of centrifugal pumps, diaphragm pumps, piston pumps, theory of pump operation, an... |
| INT125 | Piping Systems | This course is designed to give the student knowledge and skills on how to select, size, identify, and install a variety of piping, fittings, and valves used in air, water, and other process systems. Topics include iron pipe, steel tubing, hydraulic... |
| INT150 | Mechanical Drives | This course is designed to give the student a basic understanding of the mechanical concepts behind mechanical drives. Students will demonstrate installation, alignment, and troubleshooting of belt, chain, gear, and multiple shaft drives. Safety and... |
| INT154 | Mechanical Alignment and Bearings | This course will give the student an understanding of lubricants, gaskets, seals, shaft alignment and correct selection, servicing and installation of bearings. |
| INT159 | Electrical Systems Wiring, Troubleshooting, and Repair | This course introduces the student to the basics of electricity needed by the industrial repair person. Included are basic electrical theory, operation, how to use a multi-meter, AC/DC electric motors, motor controls, and wiring. Applications needed... |
| INT240 | Building Systems Maintenance | This course is designed to give the student knowledge and skills in the fields of heating, cooling, lighting, security, and other systems found in facility maintenance. In addition, preventive maintenance, ordering, and rigging topics are covered. |
| INT241 | New Technologies in Mechatronics Maintenance | This course will explore new technologies, update skills and determine the benefits of new processes. Topics will reflect the needs of industry in relation to advances in controls, programmable logic controllers, motors and drives, process control, a... |
| INT287 | Process Control Systems | This course provides a hands-on approach to the study of fluid handling systems. A wide variety of system components including pumps, piping, seals and packing, flow control devices, flow measuring devices, and pressure vessels will be studied. Pract... |
| ISE110 | Introduction to Industrial Electricity | Introductory course in industrial electricity. Emphasis placed on fundamental principles and practices. |
| ISE111 | Industrial Electrical Circuits I | Introduces students to electrical fundamentals as related to direct current systems and applications. |
| ISE112 | Industrial Electrical Circuits II | Introduces students to electrical fundamentals as related to alternating current systems and applications. |
| ISE114 | National Electrical Code | Provides the student with the opportunity for study and interpretation of the National Electrical Code.NOTE: Previous electrical experience/education is strongly recommended. |
| ISE117 | Industrial Electronic Devices | Introduces students to a wide variety of analog and digital circuits used in various electronic systems and devices used in the home and industry. |
| ISE118 | Power Distribution | Electrical and electronic applications on industrial equipment including simple and automated welding control circuits, switching circuits, light and heat controls, speed and voltage regulators, large current polyphase rectifiers, temperature recorde... |
| LPO110 | Introduction to Lasers, Photonics and Optics | This course will introduce students to the field of photonics, including a variety of optics, electronics and photonics laboratory equipment. Additionally, lab safety skills as defined by the American National Standards Institute (ANSI) Z136.5 standa... |
| LPO111 | Fundamentals of Light and Lasers | This course covers the nature and property of light, light sources, laser safety, geometrical and physical optics, and principles of lasers. Selected topics in math will be reviewed in conjunction with topics in photonics. Typical math topics embedde... |
| LPO112 | Elements of Photonics | This course covers the basic principles of lasers and other photonic devices used in fiber optics, imaging, display and storage applications. |
| LPO113 | Photonics-Enabled Technologies | The subject matter covered in this course includes topics such as laser welding; laser drilling, cutting and marking; test and measurement applications; forensic science and homeland security; and basic spectroscopy principles. Course topics have a s... |
| LPO145 | Photonic CAD Applications | This course will introduce students to the use of computer aided design (CAD) in the field of photonics. Students will utilize a CAD program in the design of mechanical structures and optical assemblies as well as for lens design and ray-tracing of a... |
| LPO211 | Quality Assurance for Precision Optics | The course offers a more advanced look at many of the topics covered in Fundamentals of Light and Lasers (LPO 111). Topics include Imaging with multiple lenses, F-stops and apertures, Optical Systems, Matrix Optics, Fundamentals of fiber optics, Inte... |
| LPO212 | Elements of Photonics II | This course builds upon Elements of Photonics (LPO 112) and covers additional laser systems including excimer lasers, fiber lasers, diode lasers, dye lasers, and others. In lab students will experience advanced applications with hands-on laser optica... |
| LPO250 | Laser and Electro-Optic Devices | This course offers a more advanced look at many of the devices used in a photonics lab. Physical characteristics of photodetectors, such as response time and detectivity, will be measured and compared to published device specifications and further ve... |
| LPO290 | Laser, Photonics and Optics Capstone Proposal | This course will require students, or teams of students, to decide on a capstone project to be completed in LPO Project or Research Capstone (LPO 291). Proposed projects must be cleared with the instructor to verify that they meet program requirement... |
| LPO291 | Laser, Photonics and Optics Project or Research Capstone | This course will require students, or teams of students, to work on a capstone project. Students must complete the project under the guidance of the instructor to ensure the project, as proposed in LPO 290 and LPO 291 course requirements, are maintai... |
| MCS121 | Computer Science Concepts | An introduction to the field for majors and non-majors. The course previews the fundamental concepts and applications of computer science through a survey of topics including: algorithms and problem solving, computer organization, networking, databas... |
| MCS124 | Programming in Basic Language | A beginning course in computer programming using the QBASIC language. Machine organization, input, and output, transfer of control, looping, arrays, character strings, subroutines, and sequential files are the major topics. |
| MCS140 | Computer Programming for Engineers and Scientists | This course is designed to fulfill the requirements established by the Association for Computing Machinery (ACM) for the CS1 course. It also is designed to meet the computer science requirements of engineering students with applications in math. Th... |
| MCS141 | Computer Science I | The first in a sequence of courses for majors in Computer Science, this course introduces a disciplined approach to problem-solving, algorithm development and data abstraction. The course covers: branching, repetition and sequence control structures... |
| MCS142 | Computer Science II | This course is designed to fulfill the requirements established by the Association for Computing Machinery (ACM) for the CS2 course. Using the Java computer language this course presents such topics as string processing, internal searching and sorti... |
| MCS240 | Computer Organization and Architecture | This course is designed to fulfill the requirements established by the Association for Computing Machinery (ACM) for its Computer Organization and Architecture course. Topics include computer structure, machine language, assembly language principles,... |
| MET111 | Manufacturing Processes | This course introduces students to the processes, production procedures and materials used in manufacturing. Casting, machining, forging, rolling, treatment and production of engineering materials is also studied. |
| MET112 | Basic Metallurgy I | This course introduces students to metals with emphasis on their physical and mechanical properties relating to applications including metal forming, heat treatment and surface treatment of carbon and alloy steels. |
| MET113 | Basic Metallurgy II | This course is a continuation of MET 112 Basic Metallurgy I with emphasis on cast irons, nonferrous metals and their alloys. Foundry casting, machining, forming, welding and power metallurgy processes are also covered. |
| MET115 | Industrial Pneumatics and Hydraulics | This course introduces students to the study of fluid power technology using liquid or compressed air as the transfer media. Complete hydraulic and pneumatic systems are studied including power sources, reservoirs, pumps, compressors, lines, valves... |
| MET131 | Introduction to Robotics | This course is an introduction to the technology of robotics. Topics include definitions, classifications, components, hardware design, kinematics analysis, sensors and perception, navigation, control systems, and interface hardware. |
| MET212 | Mechanisms | This course introduces students to the study of motion, velocity, and acceleration as they pertain to the design of gears, linkages, and other mechanical assemblies which transmit or convert motion. |
| MET214 | Mechanical Design and Drafting | This course introduces students to the design and graphic representation of basic machine parts such as gears, cams, castings, stampings, the redesign of simple mechanisms, piping drawing, and welding representations. |
| MET215 | Machine Design | This is a capstone course that covers the application of empirical and analytical techniques used in the design of mechanical components. Combined states of stress using Mohr's Circle, design criteria (including maximum shear stress, Mises-Hencky str... |
| MET216 | Applied Finite Element Analysis | This course is designed to explain how to apply finite element analysis to real-world problems. Students will be introduced to finite element analysis software and will learn the proper techniques of how it is used to test engineering designs for fai... |
| MET231 | Mechatronics | This course will provide students with technical knowledge related to industrial automation systems. Mechanical, electrical and electronic components, in terms of theory of operation and application, will be studied in detail. The use of microprocess... |
| MET299 | Special Topics: Mechanical Engineering Technology | This course provides students with additional information about specialized areas in mechanical engineering. Topics will be identified for each section of the course. This course is repeatable up to three times, any topic only once, for a maximum of... |
| MTH101 | Elementary Concepts of Mathematics | This course is designed as a review of the principles of arithmetic: fractions, decimals, ratios, proportions, percent, introduction to algebra, US customary and metric measurements, formulas for area, perimeter, and volume from a calculator based pe... |
| MTH102 | Basic Algebra | This developmental course is the first course in the algebra sequence. Basic algebra topics include, but are not limited to: expressions, linear equations and functions with graphing, exponents, basic polynomial operations, and factoring. Modeling an... |
| MTH105 | Preparatory Mathematics for General Education | This course focuses on developing mathematical maturity through problem solving, critical thinking, data analysis, and the writing and communication of mathematics. Students will develop conceptual and procedural tools that support the use of key mat... |
| MTH108 | Intermediate Algebra | This developmental course is the second course in the algebra sequence that further develops the concepts of basic algebra. Intermediate algebra topics include, but are not limited to: polynomial inequalities, systems of equations and inequalities; q... |
| MTH114 | Applied Mathematics I | This course explores the basic principles of mathematics with an emphasis on career technical applications. Operations of signed numbers including integers fractions and decimals are studied. Further areas of study include ratios, proportions, perce... |
| MTH115 | Applied Mathematics II | This course explores the basic principles of mathematics with an emphasis on career technical applications. Operations of signed numbers including integers fractions and decimals are studied. Further areas of study include ratios, proportions, perce... |
| MTH117 | Technical Mathematics I | This course covers college mathematics for students majoring in technology. It includes algebra, geometry and trigonometry.NOTE: A specific graphing calculator is required for this course. Contact the EMPS division office for details. |
| MTH118 | Technical Mathematics II | This course is a continuation of MTH 117. Major topics are algebra, geometry, vectors, complex numbers, logarithms, matrices, inequalities and trigonometry. NOTE: A specific graphing calculator is required for this course. Contact the EMPS Division o... |
| MTH121 | Mathematics for Elementary Teaching I | This is the first college-level math course in a two course sequence which is intended for students planning to major in elementary education. This course is not intended to offer teaching methods to future educators. Topics include problem solving,... |
| MTH122 | College Algebra | This course is primarily intended to prepare students for Finite Mathematics and Calculus for Business and Social Sciences. This course will also serve as a prerequisite to Trigonometry. College algebra topics include, but are not limited to: conic s... |
| MTH123 | Trigonometry | This course is primarily for students who intend to take MTH 145 Calculus and Analytic Geometry I. Trigonometry topics include, but are not limited to: trigonometric functions and their graphs, trigonometric identities and equations, and applications... |
| MTH127 | Finite Mathematics I | Designed primarily for business, commerce or social science students of whom it may be required. Topics include set theory, elementary combinatorics, probability, matrix algebra, introduction to linear programming, and Markov chains. NOTE: Specific g... |
| MTH140 | Contemporary Mathematics | This course is to develop competency in analytical reasoning, problem solving, and multi-step decision making as well as exposing students to some current trends in mathematical thought. The emphasis is on mathematical reasoning and the solving of re... |
| MTH141 | Quantitative Literacy | This course develops conceptual understanding in several areas, including: representing and analyzing data through such statistical measures as central tendency, dispersion, normal distribution, and correlation and regression; using logical statement... |
| MTH142 | General Education Statistics | This course focuses on statistical reasoning and the solving of problems using real-world data rather than on computational skills. Emphasis is on interpretation and evaluation of statistical results that arise from simulation and technology-based co... |
| MTH144 | Precalculus | This course is primarily for students who intend to take MTH 145 Calculus and Analytic Geometry I. Precalculus topics include, but are not limited to: polynomial, rational, exponential, logarithmic, and trigonometric functions, graphs, and equations,... |
| MTH145 | Calculus and Analytic Geometry I | This course covers the calculus of algebraic and transcendental functions. Analytic geometry topics are limited to the line and circle. Calculus topics include limits, differentiation and integration of both algebraic and transcendental functions, in... |
| MTH146 | Calculus and Analytic Geometry II | This course is a continuation of MTH 145. Techniques of integration, applications of integration, differential equations, parametric equations, polar coordinates and infinite sequences and series will be covered. NOTE: A specific graphing calculator... |
| MTH221 | Mathematics for Elementary Teaching II | This is the second college-level math course in a two course sequence which is intended for students planning to major in elementary education. This course is not intended to offer teaching methods to future educators. Topics include probability, sta... |
| MTH222 | Business Statistics | This course covers solving real-life business applications in statistics. The course includes, but is not limited to, using principles of probability, descriptive statistics, and an introduction to one and multi-sample inferential statistics such as... |
| MTH224 | Calculus for Business and Social Science | Includes analytical geometry and calculus topics such as functions and their graphs, rectangular coordinate systems, limits, differentiation and integration of algebraic, logarithmic and exponential functions. Applications are included along with sel... |
| MTH225 | Introduction to Linear Algebra | This is a first course in vectors, matrices, vector spaces and linear transformations and includes a substantial proof component. Applications of topics to problems arising in engineering and business are included. The course may be taken concurrentl... |
| MTH227 | Ordinary Differential Equations | This is an introductory course that involves the solving of various ordinary linear and nonlinear differential equations of first and higher order and the solving of systems of differential equations. Methods include separation of variables, various... |
| MTH244 | Discrete Mathematics | Introduction to the mathematical analysis of finite collections and to the mathematical foundations of sequential machines, computer system design, data structures and algorithms. Topics include, but are not restricted to sets, counting, recursion,... |
| MTH246 | Calculus and Analytic Geometry III | This course is a continuation of MTH 146. Topics include vectors in two and three dimensions, vector operations, lines and planes in space, vector functions, functions of more than one variable, partial derivatives, directional derivatives, gradients... |
| MTH299 | Special Topics in Mathematics | This course addresses the in-depth study of special topics in mathematics that do not have specific courses in the catalog. Course content will vary depending on the topic being studied. Topics may include but are not limited to: mathematical statist... |
| MTT110 | Machine Trades Blueprint Reading | Designed to study the principles which are essential for visualization and training in the interpretation of blueprints and sketches of machine parts. Attention is given to representations of common machine processes, special forms of dimensioning, s... |
| MTT111 | Machine Shop I | Designed as an introduction to machining and machine shop practices.Study topics include hand tools, speeds and feeds, measurement, Taps and Dies, cutoff machines and general safety. Student will learn to setup and operate traditional metal cutting m... |
| MTT112 | Machining Principles | Theory and practices involved in the safety and operation of traditional metal cutting machine tools and their appropriate tooling. Student will be expected to do a practical setup and operation on a manual Mill, Lathe, and Drill press. Some CNC mill... |
| MTT113 | Grinding Technology | Designed to provide the student with grinding theory and practice. Surface, cutter, sine plate, form and cutter grinding are included. |
| MTT115 | Introduction to Die Making | Presents the student with the basic fundamentals of die construction, function and die components.NOTE: Machine shop skills and basic shop mathematics are strongly recommended. |
| MTT116 | Introduction to Moldmaking | Designed to provide the student with basic fundamentals of mold construction and components.NOTE: Machine shop skills and basic shop mathematics are strongly recommended. |
| MTT210 | Machine Shop II | Designed as a continuation of material and information presented in Machine Shop I. Additional topics of study include advanced operations on the lathe and vertical milling machine, grinding, EDM, heat treating and materials usage.NOTE: Shop math sk... |
| MTT211 | Jig and Fixture Design | Designed to familiarize the student with the design fundamentals of drill jigs and milling, lathe, assembly, and grinding fixtures. |
| MTT212 | Precision Machining/NIMS Credentialing | Designed to provide a National Credentialing studies class, this course will give each student an opportunity to demonstrate hands-on competency and related theory based on NIMS (National Institute of Metalworking Skills) nationally validated standar... |
| MTT215 | Die Making II | A continuation of Diemaking I. Students build a punch press die, sharpen the tools and manufacture a part in class.NOTE: Students with Machine Shop experience may contact the department chair if interested in alternative methods of meeting the prere... |
| MTT216 | Moldmaking II | Designed for students to learn advanced mold components, moldmaking, advanced mold techniques and understanding of plastics. The nature of this course will range from basic knowledge of plastics to actually building a small mold and molding it.NOTE:... |
| PHY120 | Practical Aspects of Physics | This is a one semester lecture-discussion course supplemented with demonstrations and laboratory designed primarily for non-science students. It stresses some fundamental concepts in physics as applied to everyday situations. A verbal rather than a... |
| PHY121 | General Physics I | This it the first course in a two semester sequence designed for students in arts and sciences. Basic concepts of mechanics, waves and sound are developed through lectures, demonstrations and laboratory experience. Basic knowledge of algebra and ge... |
| PHY122 | General Physics II | This is the second course in a two semester sequence. Basic concepts of heat, thermodynamics, electricity, magnetism, optics and modern physics are developed. |
| PHY123 | Physics for Science and Engineering I | This is the first course in a three semester sequence designed for students in engineering, physics, mathematics and chemistry. Fundamental concepts of mechanics are developed through lecture, demonstration and laboratory experience. NOTE: MTH 146 i... |
| PHY124 | Physics for Science and Engineering II | This is the second course in a three semester sequence. Fundamental concepts of heat, electricity, and magnetism are developed. |
| PHY221 | Physics for Science and Engineering III | This is the third course in a three semester sequence. Fundamental concepts of waves, sound, optics, and modern physics will be developed. |
| PMT110 | Manufacturing Your Success | This course will focus on core academic and trade skills to support students' transition during their first semester in the Precision Machining program. The student will be supported while they complete their first semester studying modern machining... |
| PMT112 | Blueprint Reading & Precision Measurement | This course prepares students to understand technical information when reading manufacturing blueprints and how to use semi-precision and precision measuring tools. Attention is given to visualization and training in the interpretation of blueprints... |
| PMT114 | Machining Processes I | This course is an introduction to machining and machine shop practices. Topics will include hand tools, measurement, cut off machines, drilling machines, benchwork, turning machines, milling machines, grinding machines and general safety. The content... |
| PMT124 | Machining Processes II | The content of this course is a continuation of Machining Processes I and will provide students with the ability to improve their skills in manual milling and turning processes. Students will hone their skills in precision manual machining procedures... |
| PMT126 | CNC Machining | This course introduces students to the skills of CNC Mill and Turning Center setup. Through lecture and lab assignments, the student will learn how to setup 2-1/2 axis CNC mills and 2-axis lathes. Students will learn G and M codes, basic programming... |
| PMT128 | Precision Grinding | The course is designed to provide the student with learning experiences in the theoretical and the practical skills development in precision grinding operations. The students will machine parts and use a surface grinder to apply various surface and f... |
| PMT129 | EDM & Waterjet Technology | This course teaches the general concepts of Wire Electrical Discharge Machining, a method involving electrical discharges between a wire and a conductive workpiece to remove material in a non-conventional manner. Through lecture and lab assignments,... |
| PMT132 | CNC Mill Setup & Programming | This course teaches the general concepts of CNC Mill Programming using manual G & M coding. Students will program offline and on the shop floor while learning the principles of 2-1/2 axis CNC milling. Students will also be introduced to CAM programmi... |
| PMT134 | CNC Lathe Setup & Programming | This course teaches the general concepts of CNC Lathe Programming using manual G & M coding. Students will program offline and on the shop floor while learning the principles of 2 axis CNC turning. Students will also be introduced to CAM programming.... |
| PMT136 | Advanced Inspection & Measurement | This course will provide students with training on basic and advanced measuring tools and techniques commonly found in manufacturing environments. This course teaches the care and use of metrology tools such as optical comparators, toolmakers microsc... |
| PMT138 | CAM Programming-2D | This course introduces computer aided design and computer aided manufacturing using MASTERCAM as a CAD/CAM environment, emphasizing the writing and running of CNC Mill and lathe programs and machining parts. It is a study of basic modern machining me... |
| PMT140 | Metallurgy for Metalworking | This course develops familiarization with the various ferrous and non-ferrous metals used in the metalworking industry. This is a study of metals and their properties, metallurgical concepts, steel numbering system, Iron-Carbon diagrams, various heat... |
| PMT142 | Jig & Fixture Design | Designed to familiarize the student with the design fundamentals of drill jigs and milling, lathe, assembly, and grinding fixtures. The students will learn the basics of jig and fixture design. The types, functions and classifications of fixtures wil... |
| PMT148 | CAM Programming-3D | This course is a continuation of CAD/CAM I using MASTERCAM as a CAD/CAM environment, emphasizing the writing and running of CNC Mill and lathe programs and machining parts. It is a study of advanced machining methods and teaches the use of software i... |
| WFT113 | Welding Blueprint Reading | This course (formerly WLD 113) will cover the study and development of blueprint reading skills as they apply to the metals/welding fabrication trades. Skill and proficiency in understanding the make-up and interpretation of prints will include the s... |
| WFT117 | Applied Welding Fabrication I | This course enables the student to study supplemental machining skills required in the weldment fabrication industry. Students will gain experience on various machine tools such as: drill press, horizontal saws, vertical saws, pedestal grinders, brak... |
| WFT170 | General Welding | This course (formerly WLD 170) is designed to introduce students to common welding processes and the industry. A general and basic knowledge of industry safety, operation and the fundamentals of common arc and gas welding processes are studied and pr... |
| WFT171 | Gas Welding, Brazing and Thermal Cutting | This course (formerly WLD 171) will present welding theory, safety, care of equipment, skill development and application with the oxy-fuel process. Students will study and practice fusion welding, brazing, and conditioning techniques. Various thermal... |
| WFT172 | Shielded Metal Arc Welding I | This course (formerly WLD 172) covers the fundamental theory and practice of "stick" electrode welding in the flat and horizontal positions. Safety, equipment set-up and adjustment, materials preparation, techniques and electrode selection are studie... |
| WFT175 | Gas Metal Arc Welding I | This course (formerly WLD 175) covers the fundamental theory and practice of gas metal arc welding and flux core arc welding in the flat and horizontal positions. Short circuit, spray transfer methods are studied and practiced. A variety of material... |
| WFT176 | Welding Certification and Testing | This course (formerly WLD 176) prepares students to complete performance qualification testing in GTAW, GMAW and SMAW processes. American Welding Society structural welding codes will be used. In addition to qualitative welding tests, students will s... |
| WFT178 | Gas Tungsten Arc Welding I | This course (formerly WLD 178) covers the fundamental theory and practice of gas tungsten arc welding (TIG) in the flat and horizontal positions. A variety of material thickness and joint designs will be covered implementing single pass and multi-pas... |
| WFT180 | Robotics Welding I | This course introduces students to the knowledge and skills necessary to operate and program a Gas Metal Arc Welding (GMAW) Robotic System. Skill sets developed will include: safe operation, error correction and user interface, teach pendant controls... |
| WFT217 | Applied Welding Fabrication II | This course is a continuation of WLD117-Applied Welding Fabrication I. Study and practice is continued in various metal forming and machining techniques including bending, rolling, turning and milling. Emphasis on blueprint reading, advanced measurin... |
| WFT270 | General Welding II | This course is a continuation of WLD170. Additional welding theory in GMAW,FCAW, SMAW, GTAW and Thermal Cutting is studied and practiced. Lab times arededicated to developing techniques used on low carbon steel alloys in the flatposition. Metallurgy... |
| WFT272 | Shielded Metal Arc Welding II | This is an advanced study in "stick" electrode welding theory and practices. It features the opportunity to develop out-of-position welding abilities on plate and pipe, study methods of weld testing, certification procedures, and welding of stainles... |
| WFT275 | Gas Metal Arc Welding II | This course is a continuation of WLD175 Gas Metal Arc Welding I. Students will beable to produce quality gas metal arc welds in the vertical and overhead positionson low-carbon steel meeting AWS standards. The single and multiple passtechniques will... |
| WFT278 | Gas Tungsten Arc Welding II | This course (formerly WLD 179) is a continuation of WFT 178 (formerly WLD 178) Gas Tungsten Arc Welding. Study and practice will include welding of low-carbon steel plate in vertical and over head positions using single and multi-pass techniques. Add... |
| WLD299 | Special Topics in Welding | This course is designed to provide welding students an opportunity to explore the diversity of topics, businesses, equipment and applications in the welding industry that are not specifically addressed by any existing welding course offered at Colleg... |