EET 2566C Basic Electricity and Systems
4 hrs., 4 credits.
This course is designed to provide the student with basic knowledge and skill in AC and DC electrical circuits to include circuit analysis, recognition and use of electrical components and electrical measurement. Topics include voltage, resistance, current, power, Ohm's Law, inductors, capacitors, series and parallel circuits. Three phase AC power fundamentals including power factor, phase-to-phase and phase-to-ground relationships will be covered. These subjects are applied to power distribution and transmission systems and in plant auxiliary power distribution systems. Includes storage battery charging systems, station service supply sources, main and auxiliary power transformers, air and oil circuit breakers, and switchyard equipment. Reading and interpreting electrical schematics, including one-line and three-line diagrams and metering and relaying diagrams will be stressed.

ETI 1813 Introduction to Chemical/Process Plant Technology
3 hrs., 3 credits.
Introduction to Chemical/Process Plant Technology provides an overview study of chemical plants, plant operations, process terminology, and practical safety requirements related to chemical plants, power plants and laboratories. Students will be introduced to the function of chemical plants, followed by functional descriptions of process equipment and systems. Process instrumentation will also be introduced. The operator's role in safety will be stressed throughout this course. The safety material that will be presented is based on the standards of the Occupational Safety and Health Administration to include: Lock and Tag Procedures, Confined Space Entry, Personal Protective Equipment, Laboratory Hazards, Fire Safety, Hazardous Materials, and Hazard Communications.

ETI 1870C Power Generation I
3 hrs., 3 credits.
This course provides an introduction to the major systems and components that make up a modern power plant. Students will learn how electric power is produced and distributed; how boilers, turbines, and condensers operate; and what the general responsibilities of plant operators are during all phases of plant operation. Specific attention is given to the flow of water and steam through the steam cycle, how combustion occurs, types of boilers and turbines, operation of steam cycle support systems, bearings and lubrication, turbine control, pollution control, and plant safety.

ETI 1879C Mechanical Concepts
3 hrs., 3 credits.
Mechanical Concepts introduces the steps for completing a typical maintenance job. Participants will learn the components of a typical maintenance management system, preventative maintenance system, and predictive maintenance system. Participants will learn about the basic tools used in maintenance and common equipment found in all industrial plants and facilities.

ETI 2871C Power Generation II
4 hrs., 4 credits.
This course introduces the auxiliary equipment associated with the flow of fluids through plant systems. Also discussed is the flow of fluids through plant systems, the flow of fluids through piping systems; how fluid flow is affected by valves, traps, and strainers; and how centrifugal pumps and positive displacement pumps operate. Compressors, fans, and heat exchangers are covered. Participants will also become familiar with the symbols used to represent various components on system diagrams and with the operator checks important to maintaining efficient operation of plant systems and components.

ETI 2872C Power Generation III
3 hrs., 3 credits.
This course is an introduction to power plant instrumentation, with an emphasis on common types of instruments that measure and indicate the value of variables such as pressure, flow, level, and temperature. Participants will learn how such values are transmitted to various plant locations and how to read and use piping and instrumentation diagrams (P and ID's). Coverage includes both pneumatic and electronic systems and equipment.

ETI 2873C Power Generation IV
4 hrs., 4 credits.
This course covers the conversion of energy from one form to another in the power plant. Definitions of the technical terms involved and the measurement of the physical properties will be studied. The second focus will be on typical boiler fuels (coal, heavy and light oils, and natural gas). Physical properties and the measurement of the properties of each fuel will be presented. Participants will be introduced to fuel delivery, storage and processing and a detailed study of the combustion process will be made with particular emphasis on the effects of stoichiometric and off-stoichiometric combustion.

ETI 2875C Steam/Gas Turbines and Diesels
3 hrs., 3 credits.
Upon completion of this course, students will understand the basic design and operation characteristics of both the combustion gas turbine and the diesel engine as typically used in power plants. Participants will be knowledgeable about basic gas turbine designs used for single shaft, two-shaft, and combined cycle operation and be able to explain the operating principles of a diesel engine and its control and protective devices.

ETI 2876C Water Treatment and Equipment
3 hrs., 3 credits. Prerequisite: ETI 1870C
This course is designed to introduce the fundamental principles behind water chemistry, begins with the properties of matter and the way elements and compounds react. Several subjects are then addressed; concentration, pH, acids, and alkalies as they relate to plant water chemistry; the different types of corrosion and their prevention; and the principles of ion exchange and filtration. Finally, basic water treatment fundamentals and specific boiler water treatment techniques are explained to provide a foundation for understanding water treatment equipment operation.

ETI 2877C Environmental Protection
3 hrs., 3 credits. Prerequisite: ETI 2871C
This course focuses on the plant's effects on the environment, including air pollution controls, circulating water systems, wastewater systems, and pertinent laws and regulations. Various sources of environmental damage are covered such as heat, chemical contamination of ground water, excessive noise, sulphur oxides, nitrogen oxides, particulate stack emissions, unburned hydrocarbons, fuel oil spills and coal dust. Participants are also introduced to the most common types of flue scrubbers (wet and dry process), techniques for controlling nitrogen oxides, principles of filter baghouse operation, and electrostatic precipitators.

ETI 2878C Plant Protection Systems
3 hrs., 3 credits. Prerequisite: ETI 2872C
This course introduces typical devices used to protect personnel and prevent damage to plant equipment. Devices covered include fuses over current relays, and over and under voltage relays. Also covered are generator, bus and line differential protection, as well as high and low pressure protection. The material presented includes trip and alarm logic for chemical protection, electrical protection, turbine protection, boiler protection, and generator protection. Interpreting typical logic and block diagrams is also covered.

DEP 2004 Human Development
3 hrs., 3 credits.
Study of normal human growth and development from conception throughout the life span. Focus is on fundamental changes within an individual's domains of physical, cognitive and psychosocial development, and of interrelationships between the environment and the individual.

DEP 2102 Child Development
3 hrs., 3 credits.
This course is an in-depth study of the growth and development of children from conception to puberty. The course includes research and theory bearing on child development and practical material more directly related to the human experience. Offered via TV.

INP 1301 Human Relations in Business and Industry
3 hrs., 3 credits.
This course deals with human relations problems as they apply to business and industry. Analysis is given to how human behavior relates to interaction on the job between supervisors, subordinates and peers.

PSY 2012 General Psychology
3 hrs., 3 credits.
An introduction to the broad field of psychology. Subjects of study include the goals of psychology; principles of learning, remembering, and forgetting; senses; perception; effects of heredity on behavior; emotion; drives and motives; frustration and conflict; abnormal behavior; personality; psychotherapy; tests and measurements; developmental psychology; and social psychology. Gordon Rule word requirement: 2,000

RTE 1000 Orientation to Radiographic Technology
1 hr., 1 credit.
This course is an introduction to the radiography profession, the role of the technologist as a member of the health care team, ethics, basic hospital and medical terminology, and principles of physical science.

RTE 1111 Radiographic Nursing Procedures
2 hrs., 2 credits. Prerequisite: BSC 1084C
The course will introduce nursing techniques and patient care as related to the diagnostic and fluoroscopic practices of patient care in the radiology department.

RTE 1418 Principles of Radiographic Exposure I
2 hrs., 2 credits. Prerequisite: RTE 1503; Corequisite: RTE 1513
The objective of this course is to provide an introduction to basic principles of radiographic exposure and processing. Topics include radiographic density, contrast, definition, distortion, film, latent image formation, and processing.

RTE 1458 Principles of Radiographic Exposure II
3 hrs., 3 credits. Prerequisite: RTE 1418
The objective of this course is to provide advanced, comprehensive instruction and discussion in principles of radiographic exposure. Topics include detailed instruction in the control of exposure and quality using mass, kvp, SID, geometric factors, autotiming devices, grids, screens, beam restrictors and filters. Tube rating and technique charts will also be evaluated.

RTE 1503 Radiographic Positioning I
2 hrs. Lecture, 2 hrs. Lab, 3 credits.
This course will consist of a lecture-laboratory study of basic routine positions of the chest, abdomen, upper and lower extremities, shoulder, and sternum.

RTE 1513 Radiographic Positioning II
3 hrs., 3 credits. Prerequisite: RTE 1503
A study of basic anatomy, physiology, and positioning of all routine contrast examinations and all routine spine examinations.

RTE 1613 Radiographic Physics
3 hrs., 3 credits. Prerequisite: MAT 1033; Corequisite: RTE 1458
The basic objective of this course is to present to students a comprehensive look at the principles of radiation physics. The course includes the fundamentals of electrical generation, properties of X-rays, production of X-rays, attenuation factors, and special radiology equipment and circuits.

RTE 1804 Radiographic Clinical I
16 hrs. Lab, 2 credits. Prerequisite: Current BCLS Certification; Corequisite: RTE 1503
During the first clinical experience students will be assigned to observe, assist in performing, then perform examinations of the chest, abdomen, extremities and bony thorax.

RTE 1814 Radiographic Clinical II
18 hrs. Lab, 3 credits. Prerequisite: RTE 1804
In the second clinical experience students continue to practice and master learned competencies. In addition, students begin rotations in diagnostic fluoroscopy examinations and perform examinations of the spines.

RTE 2061 Radiographic Seminar
4 hrs., 4 credits. Prerequisite: RTE 2782C; Corequisite: RTE 2854
This course provides a comprehensive review of patient care, image production and evaluation, equipment operation and maintenance, radiographic procedures and radiation protection.

RTE 2385 Radiation Biology and Protection
2 hrs., 2 credits. Prerequisite: RTE 2523
This course includes a study of radiation interaction and its effects biologically. Radiation dangers and safety procedures used in response to these dangers are the basic content of this course. X-ray equipment, radiation quantities and units of radiation protection, the MPD, detection instruments, images, and basic protection methods are discussed, relating these to state regulations, licensing, and federal standards for radiation safety.

RTE 2458L Radiographic Quality Assurance
2 hrs., 2 credits. Prerequisite: RTE 1418
The course covers all aspects of radiology quality assurance.

RTE 2523 Radiographic Positioning III
3 hrs., 3 credits. Prerequisite: RTE 1513
This course provides lecture study of all routine head examinations and an overview of special procedures, CT and MRI.