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2015-2016 College Catalog [ARCHIVED CATALOG]
Course Descriptions
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Heating/Ventilation/Ac/Refrigeration |
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HVC 11207 Chimneys, Vents & Flues (0.2 cr.)
(F,W,S)
Covers the chimneys, vents, and flues that are used with fuel-burning furnaces and boilers. (Replaces HVC10201 & HVC10103)
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HVC 11208 Sheet Metal Duct Systems (0.4 cr.)
(F,W,S)
Covers the layout, fabrication, installation, and insulation of sheet metal duct systems. Also includes selection of registers, diffusers, dampers, and other duct accessories. (Replaces HVC 10212)
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HVC 11209 Fiberglass & Fabric Duct Systems (0.3 cr.)
(F,W,S)
Reviews the application and methods of fabricating fiberglass duct systems. Installation guidelines and methods to repair damaged components. Concludes with fabric-based duct systems. (Replaces HVC 10213)
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HVC 11210 Commercial Airside Systems (0.5 cr.)
(F,W,S)
Introduces systems used in commercial structures such as schools and office buildings that are divided into comfort heating and cooling zones. Covers the various types of systems, as well as the air terminals and air source equipment used. Commonly used accessories are also covered. (Replaces HVC 10200 & HVC 20149)
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HVC 11211 Air Quality Equipment (0.2 cr.)
(F,W,S)
Introduces the factors related to indoor air quality and human comfort. Equipment used to control humidity is presented in detail. Also covers air filtration materials and the introduction of outside air into the indoor environment. (Replaces HVC 10203 & HVC 10109)
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HVC 11212 Introduction to Hydronic Systems (0.5 cr.)
(F,W,S)
Introduces hydronic heating systems, the fuels used to heat the water and the pumps that circulate the heated water. (Replaces HVC 10202)
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HVC 14000 Geothermal Heat Pump Systems (3 cr.) Lecture-Lab: (2-2)
(F,W,S)
This course is designed to teach students the theory, design, installation and maintenance of water source geothermal heating/cooling systems. Theory concepts include open/closed loop systems and lab application with common geothermal systems. Prerequisites: HVC 11005, HVC 11006, HVC 11007 and HVC 10210.
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HVC 21300 Hardware & Fastening (0.4 cr.)
(F,W,S)
Covers a variety of fasteners, hardware, and wiring terminations used in HVAC systems including the installation of these components.
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HVC 21301 Control Circuit/Motor Troubleshoot (1.2 cr.)
(F,W,S)
Provides information and skills to troubleshoot control circuits and electric motors found in heating and cooling equipment. (Replaces HVC 10207 & HVC 10123)
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HVC 21302 Troubleshooting Cooling (0.8 cr.)
(F,W,S)
Provides guidance related to troubleshooting cooling systems. (Replaces HVC 10209 & HVC 20144)
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HVC 21303 Troubleshooting Heat Pumps (0.5 cr.)
(F,W,S)
Provides a thorough review of heat pump systems, operating cycle and troubleshooting procedures for components. (Replaces HVC 20310 & HVC 20145)
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HVC 21304 Troubleshooting Gas Heating (0.5 cr.)
(F,W,S)
Covers information and skills needed to troubleshoot gas-fired furnaces and boilers. (Replaces HVC 10208 & HVC 20141)
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HVC 21305 Troubleshooting Oil Heating (0.5 cr.)
(F,W,S)
Describes the construction and operation of oil-fired heating systems and their components. Includes servicing and testing of oil furnaces and procedures for isolating and correcting oil furnace malfunctions. (Replaces HVC 20309 & HVC 20143)
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HVC 21306 Troubleshooting Accessories (0.3 cr.)
(F,W,S)
Delivers information and skills needed to troubleshoot various air treatment accessories used with heating and cooling equipment. (Replaces HVC 20311 & HVC 20146)
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HVC 21307 Ductless Equipment/Zone Control Sys (0.5 cr.)
(F,W,S)
Introduces the information and skills needed to troubleshoot and repair zoned, ductless, and variable refrigerant flow systems.
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HVC 21308 Commercial Hydronic Systems (0.3 cr.)
(F,W,S)
Reviews basic properties of water and describes how water pressure is related to the movement of water through piping systems. Describes various types and components of commercial hot-water heating and chilled-water cooling systems, and examines how those systems function. (Replaces HVC 20304)
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HVC 21309 Steam Systems (0.4 cr.)
(F,W,S)
Focuses on the use of steam for storing and moving energy in HVAC systems. Reviews the fundamentals of water that relate to steam and describes the basic steam system cycle. Discusses a steam system’s operational components–steam boilers and their accessories and controls; steam system loads, including heat exchangers/converters and terminal devices. Steam system valves and piping are covered in detail, including common types of piping arrangements, the components of a condensate return/feedwater system, steam and condensate pipe sizing; and pressure-reducing valves and thermostatic valves. (Replaces HVC 20305)
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HVC 21310 Retail Refrigeration Systems (0.6 cr.)
(F,W,S)
Covers the applications, principles, and troubleshooting of retail refrigeration systems. (Replaces HVC 20303)
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HVC 21311 Customer Relations (0.2 cr.)
(F,W,S)
Presents the importance of establishing good relations with customers and provides guidance on how to achieve that goal. Focuses on ways for a technician to make a good first impression and describes how to communicate in a positive manner with customers. The elements of a service call and dealing with different types of problem customers are also covered.
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HVC 21400 Water Treatment (0.5 cr.)
(F,W,S)
Explains water problems encountered in heating and cooling systems and identifies water treatment methods and equipment. Covers basic water testing procedures and chemistry. (Replaces HVC 20307 & HVC 20132)
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HVC 21401 Indoor Air Quality (0.4 cr.)
(F,W,S)
Defines the issues associated with indoor air quality and its effect on the health and comfort of building occupants. Provides guidelines for performing an IAQ survey and covers the equipment and methods used to monitor and control indoor air quality. (Replaces HVC 20402 & HVC 20129)
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HVC 21402 Energy Conservation Equipment (0.3 cr.)
(F,W,S)
Covers heat recovery/reclaim devices, as well as other energy recovery equipment used to reduce energy consumption in HVAC systems. (Replaces HVC 20403 & HVC 20130)
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HVC 21403 Building Management Systems (0.5 cr.)
(F,W,S)
Explains how computers and microprocessors are used to manage zoned HVAC systems. Provides coverage of various network protocols and systems controllers, and introduces trainees to the various means of connection and system interface. (Replaces HVC 20404 & HVC 20131)
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HVC 21404 System Air Balancing (0.5 cr.)
(F,W,S)
Covers air properties and gas laws, as well as the use of psychrometric charts. Describes the tools, instruments, and procedures used to balance an air distribution system. (Replaces HVC 20401 & HVC 20150)
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HVC 21405 System Startup & Shutdown (0.6 cr.)
(F,W,S)
Presents the procedures for the startup and shutdown of hot water, steam heating, chilled water, and air handling systems. Also covers the start-up and shutdown of typical cooling towers and packaged HVAC units. The procedures for both short- and long-term shutdowns are included. (Replaces HVC 20405 & HVC 20133)
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HVC 21406 Construction Drawings/Specification (0.5 cr.)
(F,W,S)
Teaches how to interpret drawings used in commercial construction, including mechanical drawings, specifications, shop drawings, and as-builts. Explains how to perform takeoff procedures for equipment, fittings, ductwork, and other components. (Replaces HVC 20400 & HVC 20128)
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HVC 21407 Heating & Cooling System Design (1 cr.)
(F,W,S)
Identifies factors that affect heating and cooling loads. Explains the process by which heating and cooling loads are calculated, and how load calculations are used in the selection of heating and cooling equipment. Covers basic types of duct systems and their selection, sizing, and installation requirements. (Replaces HVC 20406 & HVC 20134)
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HVC 21408 Commercial/Industrial Refrigeration (0.8 cr.)
(F,W,S)
Expands on the study of product and process refrigeration equipment by describing systems used in cold storage and food processing applications, as well as transportation refrigeration. Various types of defrost systems are covered in detail. (Replaces HVC 20407 & HVC 20135)
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HVC 21409 Alternative/Specialized HVAC System (0.4 cr.)
(F,W,S)
Describes alternative devices used to reduce energy consumption, including wood, coal, and pellet fired systems, waste-oil heaters, geothermal heat pumps, solar heating, in-floor radiant heating, and direct-fired makeup units. Also introduces application-specific computer room environmental and air turnover systems. (Replaces HVC 20408)
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HVC 21410 Fundamentals of Crew Leadership (0.8 cr.)
(F,W,S)
Along with the principles of project planning, scheduling, and estimating, this module teaches the basic skills required for supervising personnel. (Replaces HVC 20409)
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Mechatronics |
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MEC 10000 Basic Electricity & Controls (3 cr.) Lecture-Lab: (2-2)
(V)
Industry relevant fundamentals of AC/DC electrical systems are introduced in subject areas including safety, electrical circuits, measurement, circuit analysis, inductance, capacitance and transformers. Relay logic control circuits are presented for students to understand in commercial and industrial applications. Additional concepts include solenoid valves, sequencing controls, time delay functions, proximity sensors, photo electric sensors and Hall-effect sensors. The learning environment will be a combination of theory based concepts and hands-on applications using industry recognized equipment and materials. Prerequisite: MTH 06300 (Basic Math) or competency.
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MEC 10401 Intro to Pneumatics (2 cr.)
(F,W,S)
This course will teach basic pneumatics to prepare learners to work intelligently in industry with pneumatic applications. It introduces pneumatic power and takes learners through key topics and skills in pneumatic power and safety, pneumatic circuits, pneumatic schematics, the principles of pneumatic pressure and flow, and pneumatic speed control circuits. It covers pressure regulation, air filtration, how to connect pneumatic circuits, pneumatic cylinders, valves and actuators, a wide array of pneumatic applications, pressure and cylinder force, pneumatic leverage, pressure and volume, and air flow resistance.
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MEC 10600 Mechanical Drives (3.4 cr.) Lecture-Lab: (1-4.3)
(F,W,S)
Mechanical drives introduces mechanical systems and develops fundamental knowledge of mechanical systems and practices. Covers basic safety, installation, key fasteners, power transmission systems, v-belt drives, chain drives, spur gear drives, and multiple shaft drives. Topics covered include learning how to select, install, adjust, troubleshoot and repair a range of mechanical systems which are commonly found in both automated and manual machines used in every industry around the world.
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MEC 10700 Pump Systems (2 cr.) Lecture-Lab: (1-1)
(F,W,S)
This course will introduce the student to centrifugal pumping systems commonly found throughout industrial and commercial facilities. Coursework will include safety, pump operation, maintenance, and system design including pump selection for various applications. Laboratory activities will include pump start up, calculating head pressure, flow rates as well as disassembly and inspection.
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MEC 10800 Intro to Hydraulic Systems (2 cr.) Lecture-Lab: (1-2)
(F,W,S)
Students will learn the history of hydraulics, the design of hydraulics circuits and the components utilized in hydraulic systems. Topics covered will include safety power units, actuators, conductors, control valves and fluid conditioning. Students will assemble various hydraulic circuits with components that are widely used throughout industry.
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MEC 10901 Precision Measuring Tools (2 cr.)
(F,W,S)
Introduces basic measurement, precision measurement tools, and dimensional gauging. Learners will cover concepts such as S.I. Measurement, U.S. Customary Measurements, Tape Measure and Measurement Conversion. Applications taught include using a dial caliper, digital caliper, English and metric micrometer, to include outside, inside and depth. Dimensional gauging will include an introduction to gauging as well as indicator measurement, data collection, and statistical process control (SPC). Measurement Tools provides an overview of concepts in control, chart analysis and operation, geometric dimensioning and tolerancing, and location, orientation, and form tolerances.
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MEC 20100 Programmable Logic Controllers (3 cr.) Lecture-Lab: (2-2)
(F,W,S)
The course Programmable Controller – SLC500/01 teaches how to program, operate, and interface the SLC500/01 programmable controller and RSLinx PLC programmable software in a variety of industrial applications. Students learn industry-relevant skills including subject areas such as PLC orientation, operation, programming, motor control, discrete I/O interfacing, event sequencing, application development, timer instructions, and counter instructions. Learners will gain knowledge in how to design, program and operate a PLC to control a number of process applications used by industries all over the world. Prerequisites: MEC 10000 (or MEC 10200 and MEC 10300).
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MEC 20200 Adv Controller Applications (3 cr.) Lecture-Lab: (1-2)
(F,W,S)
This course will teach how to design, program and operate a PLC to control a number of process applications used by industries all over the world. The skills learned are in high demand everywhere today. These skills include orientation, operation, programming, memory organization, program analysis, motor control, discrete I/O interfacing, troubleshooting, systems troubleshooting, event sequencing, application development timer instructions, counter instructions, program control instructions, and math and data move instructions.
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MEC 20300 Robotic Systems (2 cr.) Lecture-Lab: (1-2)
(F,W,S)
Robotic systems used in modern manufacturing systems will be the focus of this course. Topics will include electromechanical and fluid power systems, sensors, controls, maintenance and troubleshooting. Students will program robots commonly used in manufacturing environments. Prerequisite: WLD 21100 .
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MEC 20500 Transfer Line Capstone (3 cr.) Lecture-Lab: (2-2)
(F,W,S)
Studies will include the operation, maintenance, troubleshooting and repair of an industrial transfer line to include a pick and place feeding station, gauging station, orientation-processing station, and a servo-robotic assembly station. With an emphasis on safety and operation, lecture and lab activities will allow students to learn and utilize the technologies that integrate industrial automated assembly found in manufacturing environments. Prerequisites: MEC 20200 and MEC 20300 .
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Marketing |
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MKT 11000 Principles of Selling (3 cr.) Lecture-Lab: (3-0)
(F)
What does it take to be a highly successful salesperson and business leader? Explore the concepts that build leadership and selling skills, identify aspects of consumer buying decisions, ethical dilemmas, learn about relationship building, common mistakes in communicating, and sales processes.
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MKT 11500 Customer Relations (3 cr.) Lecture-Lab: (3-0)
(W)
This course examines the role of Customer Relations in the economy with emphasis on customer relations in business and organizations that have considerable dealings with the public. The class addresses the four C’s of excellent customer service, dealing with difficult people, handling angry customers, developing service strategies, customer service habits to develop, do’s and don’ts of customer service, customer service on the web, and culminates with the student’s development of a customer relations policy and program for their ‘chosen’ organization.
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MKT 20000 Principles of Marketing (3 cr.) Lecture-Lab: (3-0)
(F,W)
Marketing is the dynamic process in which business communicates value to their customers. Integrated marketing strategies will be experienced by exploring the necessary focus on objectives and effective resource utilization, while working to predict market changes and consistently satisfying the customer needs profitably. Students will meet learning objectives by applying marketing aspects: research, marketing mix, pricing, promotion, and assessment by creating a marketing plan.
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MKT 20200 Internet Marketing (3 cr.) Lecture-Lab: (3-0)
(W)
This course focuses on marketing in electronic environments primarily on the Internet, on one or more of its services (WWW, email), or offline by enterprises that produce and sell Internet-related products. The focus is on the synergy created when traditional marketing is performed in electronic environments and greatly reduce or eliminate time and space constraints, facilitate personalization and customization and allow the interoperability of computers and other devices. Prerequisites: MKT 20000 and CIS 10500 or permission of instructor
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MKT 20400 Advertising (3 cr.) Lecture-Lab: (3-0)
(W)
This course addresses the social value of advertising and its role in marketing. Analysis of behavioral scientists’ findings in regard to customer appeals and motivations, window display techniques, and principles of advertising copy and layout are conducted.
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Manufacturing Technology |
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MPT 10272 Machine Tool Safety (0.17 cr.)
(F,W,S)
Safety is the most important concern in the machine shop. This course will give you an overview of safe work practices, safe clothing, personal safety, fire prevention in the shop, hand tool safety, and machinery safety.
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MPT 10273 Identifying Surface Finishes (0.08 cr.)
(F,W,S)
This course gives consideration to surface smoothness wherever two machined surfaces come into contact with each other. This packet will help the learner identify factors which contribute to the quality of surface finish and give the learner practice in identifying surface finishes.
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MPT 10274 Shop Math - Speeds and Feeds (0.21 cr.)
(F,W,S)
This course will teach the learner how to accurately calculate cutting speeds, RPM, and feeds for the purpose of cutting metal.
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MPT 10275 Sharpening Drill Bits (0.25 cr.)
(F,W,S)
In this course the learner will learn how to sharpen a drill bit by hand.
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MPT 10276 Drilling on a Press (0.17 cr.)
(F,W,S)
In this course the learner will be taught how to drill holes in a work piece on the drill press.
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MPT 10277 Power Tap on the Drill Press (0.25 cr.)
(F,W,S)
In this course the learner will be taught the proper steps and how to power tap on the drill press.
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MPT 10278 Drill Press Project (0.58 cr.)
(F,W,S)
In this course the learner will use several drilling operations to complete a drill vise to print specifications.
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MPT 10279 Band Saw Blade Welding (0.25 cr.)
(F,W,S)
In this course the learner will develop the skill of welding a band saw blade.
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MPT 10280 Vertical Band Saw Project (0.25 cr.)
(F,W,S)
In this course the learner will be taught how to select, mount, cut and weld band saw blades. The student will also learn how to saw pieces to meet specifications.
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MPT 10281 Maintaining the Lathe (0.17 cr.)
(F,W,S)
In this course the student will be introduced to the lathe, its basic parts and accessories. The student will also learn lathe safety procedures and maintenance.
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MPT 10282 Grinding Lathe Tools (0.25 cr.)
(F,W,S)
In this course the student will learn how to sharpen lathe tools.
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MPT 10283 Facing on the Lathe (0.21 cr.)
(F,W,S)
In this course the student will learn how to face the ends of a work piece to a specified length.
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MPT 10284 Aligning Lathe Centers (0.17 cr.)
(F,W,S)
In this course the student will learn how to align the centers of the lathe using the trial cut method.
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MPT 10285 Cutting External Threads (0.5 cr.)
(F,W,S)
In this course the student will learn about threads and thread forms and how to chase an external thread.
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MPT 10286 Dial In Vise/Tram in Head (0.21 cr.)
(F,W,S)
In this course the student will learn the processes of a milling machine.
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MPT 10287 Fly Cutter & End Mill/Square Block (0.21 cr.)
(F,W,S)
In this course the student will learn how to square a block of material on all 6 sides.
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MPT 10288 Digital Read/Drill, Tap, & Ream (0.25 cr.)
(F,W,S)
This course will teach the learner how to use the digital readout to locate part coordinates to the print specifications.
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MPT 10289 Parallel Turning on Lathe (0.21 cr.)
(F,W,S)
This course will instruct the learner in turning work on the lathe to “rough” and “finish” quality.
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MPT 10290 Groove & Part on the Lathe (0.13 cr.)
(F,W,S)
This course will teach the student to cut grooves and cut off stock on the lathe.
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MPT 10291 Cutting Internal Threads (0.42 cr.)
(F,W,S)
This course will instruct the student in how to cut internal screw threads.
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MPT 10292 Knurling on the Lathe (0.13 cr.)
(F,W,S)
In this course the student will learn how to knurl on the lathe.
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MPT 10293 Sharpen End Mills (End) (1.0 cr.)
(F,W,S)
This student will gain an understanding of the principles of sharpening the ends (of faces) of end milling cutters. This skill will be developed through reading and hands-on practice on a Cutter and Tool Grinding Machine using the associated tools and fixtures.
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MPT 10294 Sharpen Various Cutters (1.0 cr.)
(F,W,S)
In this course the student will develop the skills necessary to grind complex milling cutters using tool and cutter grinding machines and associated fixtures.
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MPT 10295 Tilt Head and Turn Vise/Cut “V” (0.50 cr.)
(F,W,S)
This course will instruct the learner how to turn the swivel vise to cut a 30 degree “V” with a .250 radius and then tilt the head to cut a 90 degree “V” in a block of C.R.S. (Cold Rolled Steel), also referred to as “Mild Steel” or “Machine Steel.”
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MPT 10296 Turntable/Cut Radii (0.33 cr.)
(F,W,S)
This course will show the student how to “set-up” the turntable and cut radii.
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MPT 10297 Sine Plate/Cut Angles (0.33 cr.)
(F,W,S)
This course will show the student how to use the sine plate accessory to cut angles on a piece of steel using the vertical milling machine.
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MPT 10298 Boring Head/Bore 4 Holes (0.33 cr.)
(F,W,S)
This course will show how to use the boring head to bore holes into a piece of steel using the lay-out drilling machine (also called a “Jig Borer”).
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MPT 10299 Indexing Head/Key Ways (0.17 cr.)
(F,W,S)
This course will show the student how to use the indexing head to cut keyways and keyseats with a vertical milling machine. The indexing head locks in increments of 15 degrees with the locating pin, but can be set and locked at any degree with the lever lock.
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MPT 10302 Square and Block (6 Sides) (0.25 cr.)
(F,W,S)
This course will teach the student safety precautions pertaining to grinders; how to select a grinding wheel, how to care for a grinding wheel; how to dress a grinding wheel; how to grind a magnetic chuck; how to grind a block square to print tolerances.
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MPT 10303 Grind Angles and Radii (0.50 cr.)
(F,W,S)
This course will teach the student how to grind angles on a part by using a sine bar/sine plate; how to grind angles on a part by forming the grinding wheel; how to grind internal and external radii on a part by forming the grinding wheel with a radius dresser.
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MPT 10304 Parallel Grind to Print (1.00 cr.)
(F,W,S)
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MPT 10408 Math for Dividing Head (0.10 cr.)
(F,W,S)
This course will show the learner how to calculate simple and direct indexing.
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MPT 10409 Dividing Head/Cut Gear (0.42 cr.)
(F,W,S)
This course will teach the student how to use the Dividing Head to cut a gear after preparing the work piece on the lathe and broach a keyway to fit an arbor.
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MPT 12000 CNC Programming I (3 cr.) Lecture-Lab: 4 contact hours
(F,W,S)
This course will provide students with an introduction to Computer Numerical Control (CNC) theory and machine tool operation. Students will learn the various axes on vertical milling machines and turning centers (lathes) as well as understand the difference between absolute and incremental programming. Topics covered will include the recognition of different types of machines, their motions and the shop math skills necessary to become a successful CNC machinist. Emphasis will focus on CNC cutting tool technology, fundamentals of work piece offset, tool setup and using the correct clamping methods. Students will learn and perform the programming process utilizing the fundamentals of G and M codes. Students will also learn to perform common machine maintenance practices on various CNC machines.
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MPT 12100 CNC Programming II (3 cr.) Lecture-Lab: 4.5 contact hours
(F,W,S)
The advanced course builds upon the Computer Numerical Control (CNC) theory and machine tool concepts presented in CNC Machining I (MPT-12000). Students will learn the advanced G and M codes, fundamentals of cutter compensation and when to use subroutines or subprograms. Learning activities will also include the use of a canned cycle for drilling and cutting conditions for both the mill and the lathe. Emphasis will include learning how to thread mill, bore a set of jaws for a lathe and the use of a tailstock for a lathe. Upon completion of this course, the student will demonstrate a working knowledge of a CNC vertical machining center (mill) and a CNC turning center (lathe).
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MPT 12200 Lean Manufacturing (3 cr.) Lecture-Lab: 4 contact hours
(F,W,S)
Students will learn the advanced machining techniques that are essential in cutting costs in order to remain competitive in today’s global manufacturing environment. Focus will be on programming shortcuts utilizing G and M codes and macro programming techniques. Concepts in this course will expose and teach the fundamentals of probing and lean manufacturing techniques that set potential employees apart from the rest. Students will also be exposed to and learn the advantages of multi-axis machining.
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MPT 12300 Machinery’s Handbook (2 cr.) Lecture-Lab: (2-0)
(F,W,S)
The student will learn to use the Machinery’s Handbook to research, identify, and find information that is vital for a successful maintenance mechanic, machinist or toolmaker. Students will solve practical problems related to common industry applications. Topics include shop math, material properties, machining parameters, tapers, threads, gearing, and tooling specifications. Upon completion of this course, the student will demonstrate knowledge in the structure of the Machinery’s Handbook and the ability to navigate the text in problem solving situations
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Mathematics |
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MTH 06300 Basic Mathematics (4 cr.)
(F,W,S)
Mathematical concepts involving whole numbers, fractions, decimals, percents, proportions, measurement, geometry, and elementary algebraic operations will be taught.
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MTH 07300 Basic Algebra (4 cr.)
(F,W,S)
The fundamental operation of algebra using integers and rational numbers, exponents, linear equations, word problems, special products, factoring, and graphing of straight lines will be taught. A graphing calculator is required. Prerequisite: MTH 06300 or requisite COMPASS test scores.
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MTH 12000 Intermediate Algebra (4 cr.) Lecture-Lab: (4-0)
(F,W,S)
This course includes the study of the properties of real numbers, basic concepts of algebraic operations, solving and graphing linear and nonlinear functions, systems of equations, complex numbers, quadratic functions, factoring, rational expressions, and basic interpretations of tables and graphs of data. A graphing calculator is required. Prerequisite: MTH 07300 or requisite COMPASS test scores. (Math Credit)
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MTH 12500 Quantitative Literacy (4 cr.) Lecture-Lab: (4-0)
(F,W)
Applies mathematical techniques to solve real-world problems. Involves the study of topics including set theory, logic, mathematical models, financial math, probability, statistics and voting apportionment. Prerequisites: ENG 09000 and ENG 09601 and MTH 07300 or requisite COMPASS test scores.
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MTH 13000 College Algebra (4 cr.) Lecture-Lab: (4-0)
(F,W)
This is a one semester course designed to prepare students for the study of calculus. The topics to be covered include review of the fundamentals of algebra, relations, functions, solutions, of first- and second degree equations and inequalities, systems of equations, determinants, binomial theorem, mathematical induction, polynomial functions and theory of equations, analytic geometry and conic sections, geometric and arithmetical sequences and series, and miscellaneous topics. Calculators will be used for selected topics. Prerequisite: MTH 12000 or requisite COMPASS test scores. (Math Credit)
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MTH 18001 Pre-Calculus (4 cr.) Lecture-Lab: (4-0)
(F,W)
This course includes the study of functions, algebraic operations, trigonometry, logarithmic and exponential functions, conics, parametric equations, polar equations, combinations, permutations, sequences and series, and mathematical induction. A graphic calculator is required. Contact the mathematics department for information on calculator type. Prerequisite or corequisite: MTH 13000 or requisite COMPASS test scores. (Math Credit)
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MTH 20600 Application in Statistics (4 cr.) Lecture-Lab: (4-0)
(F,W,S)
This is an introductory course in statistics for any field in which the collection, analysis, interpretation, and presentation of numerical data are important. Topics include organization of data, types of distributions (binomial, normal, student t, chi-square), sampling, testing of hypotheses, confidence intervals, correlation, and regression. Additionally, the students will choose a project that will allow them to gain experience and demonstrate understanding of some of the statistical techniques or methods. A calculator is required. Computer software will be utilized. Prerequisite: MTH 07300 or higher or requisite COMPASS test scores. (Math Credit)
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MTH 22002 Calculus I (4 cr.) Lecture-Lab: (4-0)
(W)
This is the first of a three-semester sequential course in analytic geometry and calculus. Topics include functions, limits, continuity, derivatives, integrals, and their applications. A graphing calculator is required. Prerequisite: MTH 13000 and MTH 18001 or requisite COMPASS test scores. (Math Credit)
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MTH 22102 Calculus II (4 cr.) Lecture-Lab: (4-0)
(F)
This course is a continuation of MTH 22002 . Topics include applications of integration, techniques of integration, L’Hopital’s Rule, improper integrals, infinite series, conic section, plane curves, parametric equations, and polar coordinates. A graphing calculator is required. Prerequisite: MTH 22002 . (Math Credit)
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Music |
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MUS 10100 Music History & Appreciation (3 cr.) Lecture-Lab: (3-0)
(F,S)
This course is a guide to listening, with emphasis on understanding and experiencing the fundamentals of music to increase the enjoyment and knowledge of music and to cultivate the art of intelligent and perceptive listening. Prerequisite or co-requisite: ENG 10303 . (Humanities Credit)
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MUS 10400 Piano I (3 cr.) Lecture-Lab: (1.5-1.5)
(F)
This course is designed for group instruction on electronic piano. It will develop proficiency in piano playing in students who have had no experience at the keyboard. Other musical experience such as MUS 10100 is helpful but not essential. (Humanities Credit)
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MUS 10802 Contemp Acoustic Guitar Styles I (2 cr.) Lecture-Lab: (1-1)
(W)
This class will teach beginners in an ensemble setting the basics of guitar styles used by today’s musicians. Students will learn strumming and picking techniques along with simple major, minor and 7th chords that will allow them to accompany themselves and/or others. (Humanities Credit)
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MUS 10901 Contemp Acoustic Guitar Styles II (2 cr.) Lecture-Lab: (1-1)
(W)
This class is a continuation of MUS 10802 and will teach more advanced chords, strumming and picking techniques, along with more complex chord progressions. Both rhythm and lead techniques are taught in an ensemble setting. Prerequisite: MUS 10802 or permission of instructor. (Humanities Credit)
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MUS 11500 Beginning Voice (3 cr.) Lecture-Lab: (3-0)
(W)
This course provides classroom instruction in singing and vocal technique, including posture breathing, tone, song preparation, and performance. Some individual instruction, choral training, and general musicianship are also provided. The course is required of all students seeking a concentration in acting. (Humanities Credit)
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MUS 12300 Jazz History & Appreciation (3 cr.) Lecture-Lab: (3-0)
(W)
This course is an in-depth study of America’s only original art form through a historical and social perspective beginning with Blues and including Dixieland, swing, BeBop, and modern jazz. (Humanities credit)
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MUS 15000 Vocal Ensemble (1 cr.) Lecture-Lab: (0-3)
(F,W)
Performance ensemble with an emphasis of vocal mechanics, choral blending, rehearsal technique, sight singing, and ear training. Elementary music theory will also be taught, including treble and bass note reading, note values and rhythms (simple meter), and major key signatures. Repertoire is at the discretion of the instructor and will include a variety of genres ranging from the Middle Ages and Contemporary/Popular and may include foreign language literature.
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MUS 27503 Intermediate Voice (3 cr.) Lecture-Lab: (3-0)
(W)
This course is a continuation of MUS 11500 . It provides classroom instruction in singing and vocal technique, including articulation, resonance, vocal health, vocal problem-solving, and performance. Some individual instruction, choral training, and general musicianship are also provided. Prerequisite: MUS 11500 or permission of instructor. (Humanities Credit)
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Nursing |
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NUR 10515 Fundamentals of Nursing Practice (9.5 cr.) Lecture-Lab: (7-5.5)
(F)
This course is designed as a basic course in the nursing curriculum providing beginning nursing students the foundation upon which to build and expand. The course expands on the role of the nurse, exploring concepts of communication techniques, nursing process, nutrition, math skills, and scientific principles and skills of basic nursing practice. Prerequisite: admission to the nursing program
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