May 06, 2024  
2017-2018 CATALOG 
    
2017-2018 CATALOG [ARCHIVED CATALOG]

Courses Offered


 Graduate holding diploma

 A grade of “C” or better is required in all prerequisite courses and in all courses specified by course numbers in the summary of required hours.

Note:  Any program directed or technical electives, all Allied Health programs, Associate of Science in Teaching (AST), and Technical Certificates requires “C” or better in all course work.

 

Physical Education (Activity Courses)

Physical Education Activity courses meet 2 hours per week for each semester hour of credit. To encourage students to develop and maintain an active, healthy lifestyle, designated Physical Education Activity Courses are repeatable for credit, but no more than 6 hours (in any combination) may be applied toward a degree. Each course has a maximum limit as well (see course description).

Adaptive Physical Education

Students with Adaptive Physical Education needs may enroll in any of a number of regular Physical Education activity classes. These classes routinely begin with evaluation of each student’s physical profile and establish a personalized training or conditioning program based on the individual’s needs. A wide range of adaptations may be implemented, limited by considerations of the student’s personal safety and abilities and reasonable and appropriate use of the College’s equipment and facilities.

  
  • PHED 1020 - Step Aerobics

    (2)
    Repeatable; maximum of 4 hours applicable toward a degree. [on demand]


    Click here for Fall course scheduling information.


  
  • PHED 1030 - Aerobic Kickboxing

    (1)
    Repeatable; maximum of 2 hours applicable toward a degree. [S]


    Click here for Fall course scheduling information.


  
  • PHED 1040 - Indoor Cycling

    (1)
    Basic instruction and practice of indoor cycling on a stationary bike; repeatable, maximum of 2 hours applicable toward a degree. [F, S]


    Click here for Fall course scheduling information.


  
  • PHED 1080 - Introduction to Pilates

    (1)
    A class emphasizing mat exercise that increases muscular strength, tone and flexibility. Repeatable; maximum of 2 hours applicable toward a degree. [F, S]


    Click here for Fall course scheduling information.


  
  • PHED 1085 - Zumba

    1
    Zumba - a Latin dance style cardio workout. Repeatable; maximum of two hours applicable toward a degree. [F,S]


    Click here for Fall course scheduling information.


  
  • PHED 1090 - Introduction to Yoga

    (1)
    Repeatable; maximum of 2 hours applicable toward a degree. [F, S]


    Click here for Fall course scheduling information.


  
  • PHED 1095 - Power Yoga

    (1)
    Practice in an intense form of yoga; repeatable; maximum of 2 hours applicable toward a degree. [F, S]


    Click here for Fall course scheduling information.


  
  • PHED 1100 - Weight Loss Management

    (1)
    Class will cover the major components of weight loss management through nutrition and physical well being. Repeatable; maximum of 4 hours applicable toward a degree. [F, S]


    Click here for Fall course scheduling information.


  
  • PHED 1110 - Concepts of Wellness

    (1)
    Concepts, understandings, and values of activity as applied to optimal living through wellness; lab in motor activity. [E]


    Click here for Fall course scheduling information.


  
  • PHED 1120 - Strength and Conditioning

    (1)
    Intro to weight training and conditioning; repeatable; maximum of 4 hours applicable toward a degree. [E]


    Click here for Fall course scheduling information.


  
  • PHED 1130 - Fitness for Living

    (2)
    Encompasses strength training, body contouring and toning, aerobic conditioning, and flexibility. Each student’s current status will be assessed and progress monitored. Repeatable; maximum of 4 hours applicable toward a degree. [F, S]


    Click here for Fall course scheduling information.


  
  • PHED 1140 - Walking for Fitness

    (2)
    A course designed to improve each student’s level of cardiovascular fitness without the possible risks sometimes associated with higher intensity exercise. The Rockport Fitness Walking Test will be utilized in order to design individualized walking programs based on existing levels of cardiovascular fitness. Repeatable; maximum of 4 hours applicable toward a degree. [E]


    Click here for Fall course scheduling information.


  
  • PHED 1150 - Circuit Resistance Training

    (1)
    Basic instruction and practice in the fundamentals of weight training using light hand weights; repeatable; maximum of 2 hours applicable toward a degree. [F, S]


    Click here for Fall course scheduling information.


  
  • PHED 1450 - Beginning Self-Defense

    (1)
    repeatable; maximum of 2 hours applicable toward a degree. [F]


    Click here for Fall course scheduling information.


  
  • PHED 1460 - Self-Defense for Women

    (1)
    repeatable; maximum of 2 hours applicable toward a degree. [S]


    Click here for Fall course scheduling information.


  
  • PHED 1560 - Scuba Diving

    (1)
    Scuba equipment rental not included in course cost; swimming proficiency needed; repeatable; maximum of 2 hours applicable toward a degree. [F, S]


    Click here for Fall course scheduling information.


  
  • PHED 1570 - Backpacking and Hiking

    (1)
    Repeatable; maximum of 2 hours applicable toward a degree; equipment, campsite rental fees, food, and transportation not included in course cost. [F, S]


    Click here for Fall course scheduling information.


  
  • PHED 1740 - Popular Social Dance

    (1)
    Covers the fundamental steps, styling and variations of different social dances selected from the Fox Trot, Waltz, Swing, Polka, Cha- Cha, Tango, Rumba, Samba, Schottische and Country Western. Repeatable; maximum of 4 hours applicable toward a degree. [F]


    Click here for Fall course scheduling information.


  
  • PHED 1760 - BellyDance Fitness

    (1)
    Bellydance Fitness is a bellydance class taught in a group format that promotes active participation to provide fitness benefits. Repeatable; maximum of two hours toward a degree. [F,S]


    Click here for Fall course scheduling information.


  
  • PHED 1820 - Beginning Table Tennis

    (1)
    Repeatable; maximum 2 hours applicable toward a degree. [F, S]


    Click here for Fall course scheduling information.


  
  • PHED 1830 - Racquetball

    (1)
    Repeatable; maximum of 2 hours applicable toward a degree. [F, S]


    Click here for Fall course scheduling information.


  
  • PHED 1840 - Volleyball

    (1)
    Repeatable; maximum 2 hours applicable toward a degree. [S]


    Click here for Fall course scheduling information.


  
  • PHED 1850 - Basketball

    (1)
    Repeatable; maximum 2 hours applicable toward a degree. [F]


    Click here for Fall course scheduling information.


  
  • PHED 1860 - Golf

    (1)
    Repeatable; maximum 2 hours applicable toward a degree. [F]


    Click here for Fall course scheduling information.


  
  • PHED 1870 - Beginning Tennis

    (1)
    [E]


    Click here for Fall course scheduling information.


  
  • PHED 1880 - Intermediate Tennis

    (1)
    [on demand]


    Click here for Fall course scheduling information.


  
  • PHED 1895 - Bowling

    (1)
    Repeatable; maximum of 2 hours applicable toward a degree. [F, S]


    Click here for Fall course scheduling information.


  
  • PHED 1990 - Special Topics: Physical Education Activity

    (1-2)
    Repeatable for credit on different topics; maximum of 6 hours applicable toward a degree. [on demand]


    Click here for Fall course scheduling information.



Physical Science

  
  • PSCI 1030 - The Physical Environment

    (4)
    Explores physical science in its historical and sociological significance, the process of science, and the present content of scientific fact and theory; includes physics, chemistry, geology and astronomy; class 3 hours, lab 3 hours. [F, S] Note(s): Fulfills a General Education requirement. ► “common”  Tennessee’s public Universal Transfer courses.


    Click here for Fall course scheduling information.


  
  • PSCI 1310 - Integrated Earth and Space Science

    (3)
    This course is an integrated approach to basic principles from the fields of geology, oceanography, meteorology, and astronomy. Topics include: map interpretation, minerals and rocks, processes acting at the Earth’s surface and within the Earth, plate tectonics, geologic time and dating, water movements, ocean floor, weather and climate, composition and motions of the Earth, solar system, phases of the moon, origin and life cycles of stars, and galaxies; class 2 hours, lab 3 hours. Prereq(s): PHYS 1310 and CHEM 1310 [E] Note(s):

    Fulfills a General Education requirement.


    Click here for Fall course scheduling information.


  
  • PSCI 2990 - Special Topics in Science

    (1-4)
    Study of a specific topic in science; repeatable for credit on different topics. Prereq(s): Department head and instructor’s consent [on demand]


    Click here for Fall course scheduling information.



Physical Therapist Assistant

Admission to the Physical Therapist Assistant Program is a prerequisite for all PT courses. Please consult the SUMMARY OF REQUIRED HOURS; all PT courses shown in the same term are corequisites, all PT courses shown in the preceding term(s) are PT prerequisites, and all BIOL and PHYS courses are pre/corequisites to PT courses as shown.

  
  • PT 104 - Introduction to Physical Therapy

    (2)
    A course designed to familiarize the student with the history, function, purpose of physical therapy and the role of the physical therapist assistant - PTAs role in ethics, medical-legal issues, medical terminology. administration and communications skills with all clients/patients and other care providers;  [F]


    Click here for Fall course scheduling information.


  
  • PT 111 - Clinical Practice 1

    (2)
    Clinical experience in local health care facilities to observe and practice basic physical therapy skills and interventions learned in the classroom and laboratory participation. Students are under the direct supervision of a licensed physical therapist or a licensed physical therapist assistant; clinic hours: 8/week; Satisfactory/No Credit grading; liability insurance required. [S]


    Click here for Fall course scheduling information.


  
  • PT 112 - Pathological Conditions

    (3)
    A survey of diseases and injuries treated by physical therapy. Associated medical or surgical treatment of these conditions as well as physical therapy treatment for specific conditions are covered. [S]


    Click here for Fall course scheduling information.


  
  • PT 115 - Physical Therapy Procedures 1

    (5)
    The first of a series of courses designed to teach students skillful knowledge and performance of basic physical therapy principles, interventions and modality techniques; class 3 hours, lab hours: 6; liability insurance required.  [F]


    Click here for Fall course scheduling information.


  
  • PT 123 - Functional Anatomy

    (4)
    A course designed to integrates muscle innervation, position, and function of the musculoskeletal system for specific joints and their muscular components. Students are taught palpation skills, joint range of motion, goniometric measurement and manual muscle testing. Biomechanical concepts are also integrated with this course as they relate to simple movement analysis and kinesiology; class 3 hours, lab 3 hours. [F]


    Click here for Fall course scheduling information.


  
  • PT 125 - Physical Therapy Procedures 2

    (4)
    A continuation of Physical Therapy Procedures I (PT 115), emphasizing the principles and uses of spinal traction and exercises, electrical stimulation, iontophoresis, biofeedback, pain control, protocol exercise routines and review of manual muscle testing; class 3 hours, lab hours: 3; liability insurance required.  [S]


    Click here for Fall course scheduling information.


  
  • PT 201 - Physical Therapy Seminar

    (2)
    Critique sessions concerning physical therapy interventions and clinic participation. The students prepare presentations on Physical Therapy interventions for specific pathologies and review the process for licensure. [S]


    Click here for Fall course scheduling information.


  
  • PT 205 - Therapeutic Exercise

    (5)
    This course is designed to teach the principles and uses of therapeutic exercises and exercise equipment options. The course includes special assessment procedures, exercise techniques, neurodevelopmental exercises, and techniques utilized in specific conditions. An  introduction to orthotics, prosthetics, splinting as well as gait analysis is included; class 3 hours, lab 6 hours. [F]


    Click here for Fall course scheduling information.


  
  • PT 210 - Clinical Practice 2

    (4)
    A continuation of PT 111 where students work under the direct, on premise supervision of a physical therapist or physical therapist assistant to gain experience in the skills and interventions learned in class and laboratory; clinic hours: 16/week; Satisfactory/No Credit grading; liability insurance required. [F]


    Click here for Fall course scheduling information.


  
  • PT 221 - Clinical Practice 3

    (10)
    A continuation of PT 210 - Clinic Practice II, where students apply the skills learned in class and laboratory. Students will always be under the direct, on premise supervision of a physical therapist or physical therapist assistant; clinic hours: 32/week; Satisfactory/No Credit grading; liability insurance required. [S]


    Click here for Fall course scheduling information.



Physics

  
  • PHYS 1030 - Concepts of Physics

    (4)
    One semester intro physics course for nonscience and non-engineering majors; focus on the nature of physics and applying basic physics concepts in everyday life experience and work; math limited to basic algebra required to understand and apply physics concepts; mechanical motion, energy, temperature and heat, fluids, electricity, magnetism, wave motion and optics; class 3 hours, lab 3 hours. [E] Note(s): College level reading and math; can be taken with   .Fulfills a General Education requirement.


    Click here for Fall course scheduling information.


  
  • PHYS 1310 - Integrated Physics

    (3)
    An integrated approach to the physics concepts associated with force and motion, energy, heat and temperature, sound, light, electricity and magnetism using guided student inquiry. Connections of these physics concepts to other fields of science like chemistry, biology, geology, and earth science will be made; lab 3 hours, class 2 hours. [E] Note(s):

    Fulfills a General Education requirement.


    Click here for Fall course scheduling information.


  
  • PHYS 2010 - Non-Calculus-Based Physics 1

    (4)
    Algebra-based physics for engineering technology and pre-professional majors; class 3 hours, lab 3 hours. Mechanics, heat and thermodynamics. Coreq(s): MATH-1720 Concurrent: MATH 1720 [F] Note(s):

    Fulfills a General Education requirement. ► “common”  Tennessee’s public Universal Transfer courses.


    Click here for Fall course scheduling information.


  
  • PHYS 2020 - Non-Calculus-Based Physics 2

    (4)
    Algebra-based physics for engineering technology and pre-professional majors; class 3 hours, lab 3 hours. Electricity and magnetism, ray and wave optics. Prereq(s): PHYS 2010 [S] Note(s): Fulfills a General Education requirement. ► “common”  Tennessee’s public Universal Transfer courses.


    Click here for Fall course scheduling information.


  
  • PHYS 2110 - Calculus-Based Physics 1

    (4)
    Calculus-based physics; for engineering and science majors; class 3 hours, lab 3 hours. Mechanics: statics, kinematics, work, energy, power, momentum, conservation laws, heat, rotation and harmonic motion, and thermodynamics. Prereq(s): MATH 1910 Concurrent: MATH 1920 [F] Note(s): Fulfills a General Education requirement. ► “common”  Tennessee’s public Universal Transfer courses.


    Click here for Fall course scheduling information.



Plumbing

  
  • PM 000 - Plumbing


    This program will provide the necessary knowledge, skills and abilities in the safe and efficient performance of the residential plumbing profession. Training will be competency based in accordance with the National Center for Construction Education and Research (NCCER) curriculum and local plumbing code(s). Training will consist of a specified common core and required competencies according to curricula. Training will include hands-on instruction and will require students to demonstrate learning outcomes through performance oriented evaluations. 1290 clock hours.


    Click here for Fall course scheduling information.



Political Science

  
  • POLS 112 - Introduction to World Politics

    (3)
    World politics with emphasis on international competition, cooperation, war, and peace. Theories explain political and economic events, military conflicts, and how domestic politics are linked to foreign policy. The behavior of states and non-state actors are linked to the evolution of the contemporary world order. [F, S] Note(s): Fulfills a General Education requirement.


    Click here for Fall course scheduling information.


  
  • POLS 218 - The American Presidency

    (3)
    This course examines the growth and development of the Presidency and its place in the American political system. Topics covered include policy, image, campaigning, domestic and foreign policies, and the economy. Prereq(s): ENGL 1010, PO 110 [on demand]


    Click here for Fall course scheduling information.


  
  • POLS 1030 - American Government

    (3)
    Basics of democratic government; constitutional principles, functions, operations, and processes of governmental change; attention given to the role of political institutions and parties, public opinion, interest groups and the media. [F, S, Su] Note(s): Fulfills a General Education requirement. ►”common” Tennessee Public University Transfer Course.


    Click here for Fall course scheduling information.



Position Emission Tomography

  
  • PETC 2300 - Positron Emission Tomography

    (3)
    This course is designed to provide students with a cognitive foundation in positron emission tomography (PET). The relationships between physiology, pathophysiology, radiochemistry, radiobiology, instrumentation, and patient care techniques in order to perform PET Imaging procedures in neurology, cardiology, and oncology are discussed. Radiation protection and physics, with focus on the positron, is discussed in detail. Prereq(s): Instructor’s consent [F, S, SU]


    Click here for Fall course scheduling information.


  
  • PETC 2317 - Clinical Positron Emission Tomography 2

    (3)
    This is the second in a two part series of PET clinical education courses allowing students to assimilate methods, theory, and techniques learned in the didactic course with clinical experience. The objective during the 200 hours of clinical experience is to continue to develop a student who is technically competent and capable of interacting in the healthcare environment in a manner, which maximizes value to the system. Arrangements for clinical education are made by the students at a suitable PET facility within their geographical area. Students will demonstrate an acceptable level of progression in clinical competency throughout the two-course sequence. Prereq(s): PET 200 [E] Note(s): Satisfactory/No Credit grading


    Click here for Fall course scheduling information.


  
  • PETC 2607 - Clinical Positron Emission Tomography 1

    (9)
    This is the first in a two part series of PET clinical education courses allowing students to assimilate methods, theory, and techniques learned in the didactic course with clinical experience. The objective during the 500 hours of clinical experience is to develop a student who is technically competent and capable of interacting in the healthcare environment in a manner, which maximizes value to the system. Arrangements for clinical education are made by the students at a suitable PET facility within their geographical area. Students will demonstrate an acceptable level of progression in clinical competency throughout the two-course sequence. Prereq(s): CNMT or ARRT Certification Coreq(s): PET 200 [E] Note(s): Satisfactory/No Credit grading.


    Click here for Fall course scheduling information.



Powerhouse Operations

  
  • NUCL 2512 - Power Plant Components

    (3)
    This course covers the fundamentals associated with nuclear power plant components. Course content includes types of valves including   actuators and applications, types of pumps and their operating characteristics, heat exchanger, demineralizers, electrical components, and instrumentation. Prereq(s): Minimum Associate of Applied Science (A.A.S.) degree in discipline or departmental approval. [F] Note(s): Student must be AT COLLEGE LEVEL IN ALL AREAS to take this course.


    Click here for Fall course scheduling information.


  
  • NUCL 2622 - Plant Operating Procedures 1

    (4)
    This course involves the study of nuclear plant operating procedures and their application during normal and transient conditions. Emphasis is placed upon general operating procedures and selected abnormal operating procedures. Prereq(s): NUCL 2510, 2511, 2512, and 2513 or departmental approval. [S] Note(s): Student must be at COLLEGE LEVEL IN ALL AREAS OF STUDY to take this course.


    Click here for Fall course scheduling information.


  
  • NUCL 2730 - Plant Operating Procedures 1

    (3)
    This course involves the study of selected nuclear plant abnormal operating procedures (AOPs) and their application during transient conditions. These procedures provide responses to various instrumentation and control failures, loss of power events, steam or feedwater system breaks, steam generator tube leaks, and the loss of safety related cooling water systems. Prereq(s): NUCL 2620, 2621, 2622, and 2623. (Su) Note(s): NUCL 2620, 2621, 2622, and 2623 or departmental approval.


    Click here for Fall course scheduling information.


  
  • PZ 110 - Powerhouse Operations 1

    (4)
    (DuPont) Theory of steam generation; class 3 hours, lab 2 hours. Boilers, auxiliaries and superheaters; instruments and controls; fuels. [on demand]


    Click here for Fall course scheduling information.


  
  • PZ 111 - Powerhouse Operations 2

    (4)
    (DuPont) Theory of steam generation; class 3 hours, lab 2 hours. Turbines, auxiliaries, coal handling, emission control systems, river water pumping stations, water treatment and cooling tower use, application and maintenance. [on demand]


    Click here for Fall course scheduling information.


  
  • PZ 210 - Powerhouse Operations 3

    (4)
    (DuPont) Theory of steam generation; class 3 hours, lab 2 hours. Use of well water for steam generation, manufacturing processes; electrical generation and distribution, compressed air production, and equipment maintenance. Prereq(s): PZ 110, 111 [on demand]


    Click here for Fall course scheduling information.


  
  • PZ 211 - Powerhouse Operations 4

    (4)
    (DuPont) Theory of steam generation; class 3 hours, lab 2 hours. Compression refrigeration systems, heat transference, refrigerant types, compressors, low-temperature systems, air conditioning applications, delivery and handling; intro to waster water treatment and sludge disposal. Prereq(s): PZ 110, 111 [on demand]


    Click here for Fall course scheduling information.



Practical Nursing (LPN)

  
  • LP 000 - Practical Nursing


    32.5 clock hours/week. Must be taken in sequence.

    First Semester
    Intro to the nursing profession; normal anatomy and physiology, nutrition, aging, basic math; nursing procedures to assist in maintaining normal function; clinical experiences in long term care facilities.

    Second Semester
    Study of alterations in normal function; focus on nursing care of adults with medical and/or surgical problems; includes disease process, diet therapy, and pharmacology; clinical experiences in acute care setting.

    Third Semester
    Specialty areas of obstetric, gynecologic and pedia tric nursing; intensive review for state licensing examination; concentrated clinical practice experience. First Semester: [F, S]; Second Semester: [S, Su]; Third Semester: [Su, F]


    Click here for Fall course scheduling information.



Psychology

  
  • PSYC 201 - Introduction to Behavioral Statistics

    (3)
    Fundamental statistics for the behavioral sciences; descriptive and inferential statistics, research design, and interpretation of psychological data. Prereq(s): 2 years of high school algebra and acceptable test scores; or DSPM-0850 [S]


    Click here for Fall course scheduling information.


  
  • PSYC 213 - Introduction to Abnormal Psychology

    (3)
    This course provides an introduction to the description and classification of psychological disorders. Theoretical approaches and perspectives to psychopathologies are investigated. Emphasis is on examining the histories, causes, symptoms, diagnoses, and treatments of various disorders. Methods of instruction include lectures, group discussions, student presentations, films, activities, debates, and case studies. Prereq(s): ENGL-1010, PSYC-1030 [F, S]


    Click here for Fall course scheduling information.


  
  • PSYC 215 - Child Growth and Development

    (3)
    Physical, emotional, social and intellectual child development from conception through adolescence; concepts of development and function derived from theoretical approaches, research and clinical observation emphasized; child rearing applications included. [F, S]


    Click here for Fall course scheduling information.


  
  • PSYC 223 - Psychology of Aging

    (3)
    This course focuses on current research associated with aging by exploring recent changes in demography and subsequent individual behavior. Emphasis is on positive aging which explores the psychological factors, individual traits, and social and community resources integral to living and functioning optimally in old age. [S]


    Click here for Fall course scheduling information.


  
  • PSYC 235 - Special Topics in Psychology

    (1-3)
    Specific topics of traditional and current social and psychological interest; repeatable for credit on different topics. [on demand]


    Click here for Fall course scheduling information.


  
  • PSYC 1030 - General Psychology

    (3)
    Intro survey course; study of mental processes and human behavior to better understand ourselves and anticipate and predict the behavior of others; history and methods of psychology, principles of human development (infancy through adulthood), motivation, emotion, stress, learning and remembering, and abnormal psychology. [E] Note(s): Fulfills a General Education requirement. ►”common” Tennessee Public University Transfer Course.


    Click here for Fall course scheduling information.


  
  • PSYC 2110 - Psychology of Personal Adjustment

    (3)
    The purpose of this course is to increase self-knowledge, personal freedom, personal accountability, and the ability to affect positive personal change. Growth is examined theoretically and applied to real life situations. Topics include: 1) personality and self, 2) stress, disorders, and happiness, 3) thinking and feeling, 4) values and beliefs, 5) financial planning, 6) personal accountability, and 7) personal relationships. Prereq(s): College level English and reading and writing are required. [E] Note(s): ►


    Click here for Fall course scheduling information.


  
  • PSYC 2120 - Social Psychology

    (3)
    Study of the relationship between the individual and society. Examines individuals in social contexts, their social roles, group processes and intergroup relations. Includes topics such as small group behavior, social behavior, social cognition, conformity, attitudes, and motivation. Prereq(s): PY 101 [F,S] Note(s): ►


    Click here for Fall course scheduling information.


  
  • PSYC 2130 - Life Span Psychology

    (3)
    Overview of human developmental changes from conception to death focusing on multidisciplinary perspectives (biological, cognitive, behavioral, social); analysis and application of these perspectives in various environmental contexts. Prereq(s): PSYC 1030 [E] Note(s): ►


    Click here for Fall course scheduling information.



Quality Technology

  
  • QA 142 - Quality Engineering

    (4)
    Basic concepts and body of knowledge involved in Certified Quality Engineer Examination; basic concepts and principles of probability, discrete and continuous probability functions, sampling distributions, statistical inference, regression, and correlation analysis; statistical quality control, acceptance sampling using attributes and variables, experimental design, quality planning, quality management, product liability, metrology, inspection, testing, quality cost analysis, quality auditing, reliability, maintainability, product safety, quality information systems, motivation, and human factors. Prereq(s): Recommended MATH-1510 or 1530 [on demand]


    Click here for Fall course scheduling information.


  
  • QA 146 - Quality Auditing

    (3)
    Concepts and body of knowledge required for performing power industry auditing in accordance with  ANSI N45.2.12, ANSI N45.2.23 and ASME NQA-1 are addressed. Review of steps required for planning and conducting an audit; initiation, preparation, performing, reporting, and follow-up; other topics are internal, external system, product, and processes. Emphasis is on auditing tools and techniques as well as audit preparation, record-keeping, closure, and verification. Prereq(s): ET 115 [S]


    Click here for Fall course scheduling information.


  
  • QA 147 - Metrology and Calibration

    4
    This course covers the proper use and calibration measurement and test equipment. Instruction includes symbols, components, and geometric dimensioning and tolerancing (GD&T) terminology. Measurement and test equipment used in the course includes but is not limited to standard measuring equipment, electronic measuring devices, gauges, optical tools, force measurement devices, weights, and hardness testing devices. Participants will learn the concepts of ASME Y14.5 standards as it applies to GD&T. Prereq(s): ET 115 [S] Note(s): CLass: 3 hours, Lab: 3 hours.


    Click here for Fall course scheduling information.


  
  • QA 211 - Root Cause Analysis & Preventive/Corrective Actions

    3
    Students will learn how to identify and apply various preventive methods including both design and process failure mode and effects analysis. Elements of corrective action and failure/root cause analysis are discussed. Students will learn how to determine whether products or materials meet conformance requirements, use various methods to label and segregate nonconforming materials, and the steps in determining fitness-for-use and product disposition. Prereq(s): QA 146, QA 147 [F]


    Click here for Fall course scheduling information.


  
  • QA 212 - Power Plant Construction & QA/QC

    4
    This course will cover the activities related to the construction of power plants, erection of buildings and major equipment pedestals, flashing, transfer of systems from construction to operations, start-up testing and ascension testing. It will also address all applicable codes and standards. Body of knowledge topics will include the performance of specific inspections/examination activities for power industry construction inspection in accordance with ANSI N45.2 series of standards. Prereq(s): QA 146, QA 147 [F] Note(s): Class: 3 hours, Lab: 3 hours.


    Click here for Fall course scheduling information.


  
  • QA 221 - Continuous Improvement & Human Performance Measures

    3
    Course will cover the basic, fundamental and systematic approach to productivity, quality and safety improvement in all types of business. Topics will include why continual improvement is important, defines it in simple terms that relate to organizational success, and how it can be sustained over time. The Five “S” Model will also be emphasized (Sort, Set in Order, Shine, Standardize, & Sustain). Human performance tools will be emphasized. Prereq(s): QA 211, QA 212 [S]


    Click here for Fall course scheduling information.


  
  • QA 240 - Statistical Process Control

    (3)
    Concepts and body of knowledge required in basic statistical process control and improvement; study and applications of basic probability concepts and principles, discrete and continuous probability functions, sampling distributions, limited statistical inference, linear regression, and correlation analysis; also covers flow charts, check sheets, stem and leaf plots, histograms, cause and effect diagrams, and run and pareto chart; measurement process evaluation methods. Prereq(s): Recommended MATH-1510 or 1530 [on demand]


    Click here for Fall course scheduling information.


  
  • QA 251 - QA/QC Capstone

    4
    Capstone is a project-based course designed to integrate the student’s knowledge of the QA/QC field with practical problems in a chosen specialty (civil inspector, mechanical inspector, or electrical inspector discipline). A specialty must be declared before a student can register for their Capstone. Concepts and body of knowledge will include ANSI N45.2 standards required for each discipline, following the INPO guidelines for quality control inspectors. A cooperative education arrangement or internship within a specific discipline will be required to successfully complete this course. Coreq(s): QA 221 [S] Note(s): Textbook is not required. Class: 3 hours, Lab: 3 hours.


    Click here for Fall course scheduling information.


  
  • QA 298 - Special Topics in Quality

    (1-4)
    Specialized topics and/or problems in quality; repeatable for credit on different topics. Prereq(s): Instructor’s consent [on demand]


    Click here for Fall course scheduling information.


  
  • QA 299 - Special Topics in Quality with Lab

    (1-4)
    Specialized topics and/or problems in quality; repeatable for credit on different topics. Prereq(s): Instructor’s consent [on demand]


    Click here for Fall course scheduling information.


  
  • QA 2325 - Geometrical Dimensioning and Tolerancing

    (3)
    Focus on the fundamental principles of geometric dimensioning and tolerancing according to the latest ASME Y14.5 and ISO standards. Students will apply geometric dimensioning and tolerancing symbols and understand their use and functional relationship to the manufacturing and quality process. [on demand}


    Click here for Fall course scheduling information.



Radiologic Technology

A prerequisite to all RT courses is admission into the program in which the course is required. Please consult the SUMMARY OF REQUIRED HOURS for the specific program. All RT courses shown in the same term are corequisites and all RT courses shown in the preceding term(s) are RT prerequisites. BIOL, CHEM, and MATH courses required in the Radiologic Technology A.A.S. degree program are pre/corequisite to RT courses as shown, and all Freshman year courses are prerequisite to second year RT courses. Course descriptions may be abbreviations of the syllabi course descriptions.

  
  • RT 1130 - Introduction to Radiologic Technology

    (3)
    An introductory study of the profession. Topics include patient assessment, communication, medical records, safety, infection control, geriatric patient care, pediatric patient care, and work ethic. A review of imaging modalities and clinical expectations is also included. Contact hours per week 3 hours. Concurrent: ENGL 1010 or ENGL 1020 [F]


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  • RT 1143 - Radiographic Exposure/Physics 1

    (3)
    First of a a two-course sequence in the fundamentals of radiologic science and x-ray physics. Topics include atomic structure, x-ray production and emission, tube structure, x-ray interaction with matter, film and screen characteristics, image processing artifacts, quality control, and prime radiographic factors. Contact hours per week: 5.  Concurrent: MATH 1710 or MATH 1720 or MATH 1830 or MATH 1910 [F]


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  • RT 1145 - Radiographic Positioning-Film Critique and Medical Terminology 1

    (4)
    An introductory study of radiographic anatomy, radiographic positioning, and image critique. Topics include general radiographic terminology, chest, abdomen, bony thorax, upper extremity, and lower extremity. A general survey of medical terminology is also included. Contact hours per week: 8. Concurrent: BIOL 2010 [F]


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  • RT 1220 - Clinic 1

    (2)
    Simulation, practice and competent performance of radiologic exams in the following categories: 1)- upper extremities, 2)-lower extremities, 3)-bony thorax, chest and abdomen, 4)-contrast studies, 5)-spines, 6)-cranium; progressive development of knowledge and skills in correct positioning to demonstrate specific anatomy, radiographic film evaluation process, reasons for radiographic exams, and proper methods of patient care; assignments in advanced imaging procedures and radiation therapy; lab/clinic hours: 20 in 1220, 2420 and 2520, 40 in 1330, 30 in 2630. Intro to radiographic imaging and equipment care, basic positioning and exposure selection, and body mechanics of handling patients; must demonstrate competent performance of 3 radiologic exams from 3 different categories (except cranium). [S]


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  • RT 1243 - Radiographic Exposure/Physics 2

    (4)
    Second of a two-course sequence in the fundamentals of radiologic science and x-ray physics. Factors that govern and influence radiographic image production using radiographic film and digital image receptors; proper operation and care of radiographic equipment; introduction to radiation protection and health physics. Contact hours per week: 6. Prereq(s): RT 1130, RT 1143 Coreq(s): BIOL 2020; MATH 1710 Concurrent: BIOL 2020, MATH 1710 [S]


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  • RT 1244 - Radiographic Positioning-Film Critique and Medical Terminology 2

    (4)
    A continuing study of radiographic anatomy, radiographic positioning, and image critique. Topics include vertebral column, contrast studies, cranium, and facial bones. A general survey of medical terminology is also included. Contact hours per week: 8. [S]


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  • RT 1330 - Clinic 2

    (4)
    Simulation, practice and competent performance of radiologic exams in the following ARRT categories: Chest and Thorax, Upper Extremity, Lower Extremity, Head, Spine & Pelvis, Abdomen, Fluoroscopy Studies, Surgical Studies, Mobile C Arm Studies, Mobile Studies, Pediatric, Geriatric, and General Patient Care. Continuing development of knowledge and skills in correct positioning to demonstrate specific anatomy, exposure selection, radiographic image evaluation, exam justification, equipment care, and patient assessment. Assignments in specialty imaging procedures and pararadiologic modalities. Lab/clinic hours: 40 contact per week. [Su]


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  • RT 2420 - Clinic 3

    (2)
    Simulation, practice and competent performance of radiologic exams in the following categories: Chest and Thorax, Upper Extremity, Lower Extremity, Head, Spine and Pelvis, Abdomen, Fluoroscopy Studies, Surgical Studies, Mobile C-Arm Studies, Mobile Studies, Pediatric, Geriatric, and General Patient Care. Intermediate development of knowledge and skills in correct positioning to demonstrate specific anatomy, exposure selection, radiographic image evaluation, exam justification, equipment care, and patient assessment. Assignments in specialty imagining procedures and pararadiologic modalities. Lab/clinic hours: 20 contact per week. [F]


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  • RT 2430 - Radiographic Positioning-Film Critique and Medical Terminology 3

    (3)
    An advanced study of radiographic anatomy, radiographic positioning, and image critique. Emphasis is given to special radiographic projections and critical thinking relative to procedure preparation and patient management encountered in non-routine exams. Contact hours per week: 3. [F]


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  • RT 2433 - Special Procedures Radiography—Nursing

    (4)
    Special procedures discussed in reference to: anatomy, procedures, indications and contraindications, contrast media, equipment, and patient positioning; basic medical techniques and patient care, medical and surgical asepsis, vital signs, medical emergencies, drug administration, venipuncture, anatomy and radiography of the central nervous system, and the visceral and peripheral circulatory system, general tomography, and foreign body localization. Class 3 hours, lab 3 hours. [F]


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  • RT 2440 - Introduction to Digital Imaging and Radiation Therapy

    (4)
    Intro to subspecialties of diagnostic radiology and basic radiation therapy principles; focus on the following digital imaging modalities: digital fluoroscopy and radiography, bone densitometry, computed tomography, nuclear medicine, positron emission tomography, diagnostic ultrasound, magnetic resonance; radiation therapy and digital imaging modalities discussed in reference to comparison to conventional radiology physical principles, equipment and methodology, historical development, selected clinical applications, and biological effects. This course presents a survey of the subspecialties. Detailed coverage requires additional course work and clinical experiences; class 3 hours, lab 3 hours. [F]


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  • RT 2442 - Radiology Seminar 1

    (4)
    First of a two-course sequence covering non-routine procedures in each ARRT exam category, projection modification to demonstrate pathology, and advanced knowledge of radiographic image production. Topics include equipment operation, image evaluation, critical thinking skills, quality assurance, patient management, and radiation protection. Contact hours per week: 4. [F]


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  • RT 2520 - Clinic 4

    (2)
    Simulation, practice and competent performance of radiologic exams in the following ARRT categories:  Chest & Thorax, Upper Extremity, Lower Extremity, Head, Spine and Pelvis, Abdomen, Fluoroscopy Studies, Surgical Studies, Mobile C-Arm Studies, Mobile Studies, Pediatric, Geriatric and General Patient Care. Advanced development of knowledge and skills in correct positioning to demonstrate specific anatomy, exposure selection, radiographic image evaluation, exam justification, equipment care, and patient assessment. Assignments in specialty imaging procedures and pararadiologic modalities. Lab/clinic hours: 20 contact per week. [S]


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  • RT 2540 - Radiologic Pathology

    (4)
    Survey of disease as related to Radiologic Technology and is prepared for the advanced student radiographer. Material based on systems and related organs of the body, emphasizing studies that make use of radiology; each system discussed according to the categories of disease demonstrated by radiography or by another imaging modality. Focus on specific pathologic conditions encountered in the major organ systems that require adjustments in exposure factors, patient care and management and positioning; class 4 hours. [S]


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  • RT 2542 - Radiology Seminar 2

    (4)
    Second of two-course sequence covering non-routine procedures in each ARRT exam category, projection modification, and advanced knowledge of radiographic image production. Emphasis is placed on integrated knowledge and application of proper radiographic exposure factors, quality control, image evaluation, and critical thinking adaptation. Contact hours per week: 6. [S]


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  • RT 2543 - Radiobiology and Radiation Protection

    (4)
    A study of the effects of ionizing radiation in biological systems; radiation units; radiation protection standards for patients, occupationally exposed, general public and special groups; design of x-ray diagnostic imaging laboratories; and radiation monitoring devices; Contact hours per week: 6. Prereq(s): RT 2420, RT 2430, RT 2433, RT 2440, RT 2442 [S]


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  • RT 2630 - Clinic 5

    (3)
    Simulation, practice, and competent performance of radiologic exams in the following ARRT categories: Chest & Thorax, Upper Extremity, Lower Extremity, Head, Spine & Pelvis, Abdomen, Fluoroscopy Studies, Surgical Studies, Mobile C-Arm Studies, Mobile Studies, Pediatric, Geriatric, and General Patient Care. Terminal development of knowledge and skills in correct positioning to demonstrate specific anatomy, exposure selection, radiographic image evaluation, exam justification, equipment care, and patient assessment. Assignments in specialty imaging procedures and pararadiologic modalities. Terminal ARRT exam competency required for program completion. Lab/clinic hours: 30 contact per week. [Su]


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Realtime Reporting: Scopist

  
  • RR 000 - Realtime Reporting: Scopist


    A 1,290 hour program that trains the students to transcribe and edit realtime reporter’s transcripts. Scoping is an ideal career for someone who needs or prefers to work from home.


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Religious Studies

  
  • RELS 2030 - Religions of the World

    (3)
    Main tenets of the world’s great religions, including Christianity, Judaism, Confucianism, Shintoism, Hinduism, Buddhism, and Islam; focus on their influence on thought and action. Prereq(s): ENGL-1010 [E] Note(s): Fulfills a General Education requirement.


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