Course Descriptions

MTT 3512 - INTRODUCTION TO LATHE TECHNOLOGY (3 hrs)
Fundamental machine shop instruction involving safety, use and care of hand and measuring tools, basic lathe operations, and single-point tool grinding. Screw threads and their application, classes of fits and tolerances are stressed.

MTT 3513 - INTRODUCTION TO CONVENTIONAL MILLING MACHINES (3 hrs)
Fundamental machine shop instruction involving safety, use and care of hand and measuring tools, basic mill operations and setups. Prerequisite: MTT 3512 Introduction to Lathe Technology or instructor's approval.

MTT 3514 - MACHINE TOOL PROCESSES (3 hrs)
This is a lecture course which provides instruction in the set-up operation of milling machines, grinders, lathes, the drill press and an understanding of the heat treatment of steel.

MTT 3522 - CONVENTIONAL MILLING MACHINE/SETUPS (3 hrs)
Students will become familiar with the operation of milling machines, grinders, and types of metals. Skill is developed in the use of attachments involved with all the basic machine tools. Prerequisites: MTT 3512 Introduction to Lathe Technology, MTT 3513 Introduction to Conventional Milling Machines.

MTT 3523 - CONVENTIONAL LATHE TURNING/SETUPS (3 hrs)
Students will become familiar with the operation of lathes and types of metals. Skill is developed in the use of attachments involved with all the basic lathe tools. Prerequisites: MTT 3512 Introduction to Lathe Technology, MTT 3513 Introduction to Conventional Milling Machines and MTT 3522 Conventional Milling Machine/ Setups.

MTT 3532 - ADVANCED MILLING MACHINE OPERATIONS (3 hrs)
This course is designed to acquaint the student with the construction principles as related to the manufacture of jigs and fixtures, including indexing heads and rotary tables. Prerequisites: MTT 3512 Introduction to Lathe Technology, MTT 3513 Introduction to Conventional Milling Machines, MTT 3522 Conventional Milling Machine/Setups, and MTT 3523 Conventional Lathe Turning/Setups, or instructor's approval.

MTT 3533 - ADVANCED LATHE OPERATIONS (3 hrs)
This course is designed to acquaint the student with the construction principles as related to the manufacture of lathe parts, including internal threads and tapers. Prerequisites: MTT 3512 Introduction to Lathe Technology, MTT 3513 Introduction to Conventional Milling Machines, MTT 3522 Conventional Milling Machine/Setups, MTT 3523 Conventional Lathe Turning/Setups, and MTT 3532 Advanced Milling Machine Operations.

MTT 3534 - COMPUTERIZED NUMERICAL CONTROL (CNC) PROGRAMMING) (3 hrs)
This is a basic introduction course in CNC programming using the HAAS control, Cincinnati 850, O'Kuma L518, and the General Numeric (Fanuc) GN6 control. Instruction will cover basic 21IT programming of a lathe and milling machine. Prerequisite: Permission of instructor.

MTT 3537 - ADVANCED CNC PROGRAMMING (3 hrs)
This is an advanced course in CNC programming using the HAAS control, Cincinnati 850, O'Kuma L518, and the General Numeric (Fanuc) 21IT control. Instruction will cover CNC programming of a lathe and milling machine. Prerequisite: MTT 3534 Computerized Numerical Control.

MTT 3542 - ADVANCED MILLING ATTACHMENTS / INTRODUCTION TO CNC (3 hrs)
An introduction to the use of production machinery as used in the metalworking industry of today. Includes job planning, assembly and tooling for production. Skill in the operation of such machines as CNC lathes and CNC mills. Prerequisites: MTT 3512 Introduction to Lathe Technology, MTT 3513 Introduction to Conventional Milling Machines,
MTT 3522 Conventional Milling Machine/ Setups,
MTT 3523 Conventional Lathe Turning/Setups,
MTT 3532 Advanced Milling Machine Operations,
MTT 3353 Advanced Lathe Operations, or instructor's approval.

MTT 3544 - COMPUTER AIDED MANUFACTURING (CAM) (3 hrs)
This is a basic introductory course in computeraided manufacturing (CAM). Instruction will cover graphic construction and basic parts program for the CNC Milling machine.

MTT 3547 - ADVANCED COMPUTER AIDED MANUFACTURING (CAM) (3 hrs)
This is an advanced course in CAM. Instruction will cover in greater detail the CNC Milling Machine, the CNC Lathe, and a complex 3-D profile program for a machining center.

MTT 3550 - MASTER CAM ADVANCED TRAINING (3 hrs)
Advanced training in the use of the lathe versions of Mastercam Programming. Back to Index

MTH 4412 - MATH TOPICS (1 hr)
Students will learn mathematical concepts. Students will learn when and how to use this concept in future classes or professions.

MTH 4419 - CONTEMPORARY MATHEMATICS (3 hrs)
The mathematics of problem solving, geometry of shapes, number systems, statistics, functions and set theory. Note: This will not satisfy courses specifically designating College Algebra as a prerequisite. Prerequisites: A minimum grade of B in MTH4410 or two years of high school algebra and satisfactory course placement assessment scores.

MTH 4420 - COLLEGE ALGEBRA (3 hrs)
This course is an introduction of algebraic functions and some transcendental functions with application in business and life, natural, and social sciences. Topics include solving equations, zeros, rational functions, matrices, exponentials and logarithms and systems. Additional topics are included as time permits. This course requires that the student furnish their own TI-83 or TI-84 series graphing calculator. Prerequisites: A minimum grade of C in MTH4410, or satisfactory course placement assessment or 21 ACT math score.

MTH 4421 - COLLEGE ALGEBRA WITH REVIEW (5 hrs)
An alternative course to the traditional College Algebra class that covers the same College Algebra material during a five-hour span per week instead of three hours. The extra class time will be spent in review of Intermediate Algebra skills necessary to be successful in College Algebra. This course requires that the student furnish their own TI-83 or TI-84 series graphing calculator. This course will transfer as the equivalent of MTH4420 College Algebra.

MTH 4423 - ELEMENTARY STATISTICS (3 hrs)
An introduction to frequency distributions, measures of central tendency, sampling distribution, t-test and chi-square test, hypothesis testing, and correlation coefficients. This course requires that the student furnish their own TI-83 or TI-84 series graphing calculator. Prerequisite: Minimum grade of C in MTH 4420.

MTH 4424 - ELEMENTARY STATISTICS LAB USING EXCEL (1 hr)
Using Excel to construct frequency tables and histograms, compute and explore Measures of Tendency, sampling distributions, confidence intervals, and hypotheses testing. This course requires that the student have Microsoft Excel 97 or newer. Prerequisite: MTH4423 Elementary Statistics or take concurrently.

MTH 4425 - TRIGONOMETRY (3 hrs)
Trigonometric functions using the unit circle and right angle trigonometry, graphing applications, analytic trigonometry, vectors, trigonometric complex number applications, parametric and polar equations. This course requires that the student furnish their own TI-83 or TI-84 series graphing calculator. Prerequisites: Minimum grade of C in MTH 4420 or 23 ACT math score or satisfactory course placement assessment scores.

MTH 4432 - CALCULUS FOR BUSINESS AND ECONOMICS (3 hrs)
An introduction to differentiation and integration with applications to analytic geometry, business and economics. This course requires that the student furnish their own TI-83 or TI-84 series graphing calculator. Prerequisites: Minimum grade of C in MTH 4420 or 23 ACT math score or satisfactory course placement assessment scores.

MTH 4433 - PRE-CALCULUS MATHEMATICS (5 hrs)
Introduction to function theory, the algebraic and trigonometric functions and selected topics such as matrices, probability and statistics. This course requires that the student furnish their own TI-83 or TI-84 series graphing calculator. Prerequisites: MTH 4425, or a minimum grade of C in MTH 4420 or 23 ACT math score or satisfactory course placement assessment scores.

MTH 4435 - CALCULUS I (5 hrs)
Differentiation and integration of the algebraic, logarithmic, and exponential functions. Applications to physical, social, life and business sciences. This course requires that the student furnish their own TI-83 or TI-84 series graphing calculator. Prerequisites: Minimum grade of C in MTH 4425 or C in MTH 4420 and MTH 4425 or 25 ACT math score or satisfactory course placement assessment scores.

MTH 4440 - CALCULUS II (5 hrs)
An extension of MTH 4435 with topics to include: advanced integration techniques, sequences and series, length, area and volume. Application will include business and life, natural, and social sciences. This course requires that the student furnish their own TI-83 or TI-84 series graphing calculator. Prerequisite: Minimum grade of C in MTH 4435.

MTH 4455 - CALCULUS III (5 hrs)
Two- and three-space vectors, indeterminate forms and improper/integrals, multivariable calculus, analytic geometry. Some theorem proofs. Applications mostly in the physical sciences. This course requires that the student furnish their own TI-83 or TI-84 series graphing calculator. Prerequisite: Minimum grade of C in MTH 440.

MTH 4460 - LINEAR ALGEBRA (3 hrs)
Systems of linear equations, matrices, determinants, vectors and vector spaces, linear transformations, eigenvalues and eigenvectors. Prerequisite: Minimum grade of C in MTH 4435.

MTH 4465 - DIFFERENTIAL EQUATIONS (3 hrs)
Techniques for solving ordinary first and second order differential equations. Laplace transforms. Eigenvalues. Approximation techniques. This course requires that the student furnish their own TI-83 or TI-84 series graphing calculator. Prerequisite: Minimum grade of C in MTH 445. Back to Index

EBM 4401 - PRE-ALGEBRA MATHEMATICS (3 hrs)
Arithmetic with fractions, decimals and percents. Introduction to the metric system. Applications to measurement and consumer math. This course does not count toward an AS, AA, AAS or AGS degree.

EBM 4405 - ELEMENTARY ALGEBRA (3 hrs)
Introduction to variables, properties of real numbers, polynomials, solving linear and quadratic equations, and graphing linear equations. Prerequisite: Minimum grade of C in EBM 4401 or satisfactory course placement assessment scores. This course does not count toward an AS, AA, AAS or AGS degree. Back to Index

Mechatronics teaches the design, building and maintaining of equipment that combines electronics, mechanics, pneumatics, hydraulics and computer controls.

MEC 3480 – COMPUTER INTEGRATED MANUFACTURING (3 hrs)
The student will set up a batch processing line controlled by computers.  This course incorporates programming, interfacing, and troubleshooting of automated systems.  The student will also design and produce a product using rapid prototyping.

MEC 3481 –DIGITAL ELECTRONICS (3 hrs)
The student will analyze, construct, test, and interface fundamental digital circuits including logic gates, combinational logic circuits, flip-flops, counters, encoders and decoders, shift registers, arithmetic circuits, digital to analog conversions, and analog to digital conversions.  The student will also demonstrate knowledge of numbering systems and integrated circuit specifications.

MEC 3482 – ELECTROMECHANICAL DEVICES (3 hrs)
The student will demonstrate maintenance and troubleshooting procedures on various types of electrical motors and electromechanical systems.

MEC 3483 – FLUID POWER (3 hrs)
This course is an introduction to pressurized hydraulic components in power delivery and positioning systems. Students will use hydraulic pumps and motors and make hydraulic connections, measurements, and calculations to determine appropriate system components.

MEC 3484 –INDUSTRIAL ELECTRICITY (3 hrs)
The student will learn and apply the fundamentals of industrial electricity such as motor phasing, conductor sizing, single & three-phase power, conduit bending, and the use of ladder diagrams and test equipment to meet acceptable codes and industry standards.

MEC 3485 – INDUSTRIAL ELECTRONICS (3 hrs)
The student will demonstrate knowledge of basic industrial electronic principles and devices by solving problems and constructing lab experiments in subjects such as resistive circuits, Ohm's law and power, series and parallel circuits, DC and AC circuits, solid state circuits and devices, and operational amplifiers.  Electronics test equipment will be used in the laboratory experiments to explore different electronic circuits and devices.

MEC 3486 – INDUSTRIAL SAFETY & LEAN MANUFACTURING (3 hrs)
The student will learn to recognize an industrial environment that could be injurious to personnel, systems, and processes.  Areas to be included are industrial accidents, accident investigations, safety inspection, hazardous materials, preventive measures, and associated costs.  The student will also demonstrate familiarity with federal, state, and local health and safety regulations by discussing impact on industry.

MEC 3487 – INSTRUMENTATION & CONTROL (3 hrs)
The student will learn terminology and demonstrate system operations by proper measurement and control techniques of flow, pressure, and temperature and level control within the system.

MEC 3488 – MANUFACTURING PROCESSES & SYSTEMS (3 hrs)
The students will obtain knowledge of structures, characteristics, production, and fields, of application of metallic, organic, and inorganic non-metallic materials.  Economic efficiency and environmental compatibility in manufacturing setting will be stressed.

MEC 3489 – MECHANICAL SYSTEMS (3 hrs)
The student will demonstrate the ability to install, adjust, align, and troubleshoot mechanical systems that include belts, bearings, roller chain drives, gear drives, couplings, clutches and brakes, and conveyors.

MEC 3490 –MICROPROCESSOR INSTRUMENTATION (3 hrs)
The student will demonstrate knowledge of microprocessor based microcontroller applications including input/output interfacing techniques, digital to analog conversions, analog to digital conversions, and basic sensor signal conditioning as used in industry.

MEC 3491 –PNEUMATICS (3 hrs)
Students will learn the principals of power delivery and positioning systems in pneumatics, as well as limitations and application of control valves, actuators, solenoids, and pneumatic motors as they apply in an industrial setting.

MEC 3492 – PROGRAMMABLE LOGIC CONTROLLERS (3 hrs)
The student will program a PLC interfacing it with three or more components in a system. Students will troubleshoot an automated system locating faults in programming and programming errors.

MEC 3493 – QUALITY CONTROL & COST MANAGEMENT (3 hrs)
Students will learn effective quality control issues including reliability of systems, quality assurance, and management in operation systems, and documentation.  Students will also be introduced to cost management concepts.

MEC 3494 – ROBOTICS (3 hrs)
The student will develop programs to control servo and non-servo robots as well as continuous path servo robots, to interface robots into an automated system, and to maintain the operation of multi-task robotic systems within operating parameters. Back to Index

MIN 6440 - WOMEN AND HEALTH (H) (3hrs)
A course designed to give women an overview of women's issues regarding health-related topics, germane to political, cultural, sexual, emotional, physical, intellectual, and spiritual arenas, as they relate to women.

MIN 6442 - CULTURAL MINORITIES IN THE UNITED STATES (H) (3 hrs)
This course will investigate the contributions of American cultural minorities throughout the nation's history. It will examine the humanistic perspective of cultures as dominated groups. Tensions, biases, and prejudices also will be examined between dominant and minority groups. Back to Index

PROFICIENCY EXAMINATIONS
Those students interested in pursuing a degree in music from a four-year institution must declare a chief performing medium and demonstrate their performance ability with that instrument or voice. After their initial registration, students have their proficiency judged by their major instructor. Thereafter, they may perform for a faculty jury each semester to determine their proficiency level and progress.

APPLIED MUSIC
Instruction is given in applied media to develop musicianship, performance skills and reading knowledge of music literature. The individual applied areas set specific requirements for each level.

For one semester hour of credit, music majors studying secondary instruments receive a one-half hour lesson each week with a minimum of five hours of practice required per week.

For two semester hours of credit, (majors and special music students only), students receive either (1) a one-half hour private lesson twice per week or (2) a one-hour private lesson once per week. Students are expected to practice a minimum of 10 hours each week.

Applied lessons are available for all instrumental and voice classifications.

MUS 2611 - MUSIC APPRECIATION (H) (3 hrs)
Music is an essential part of our social and cultural fabric. Music appreciation is designed to broaden the understanding of the various aspects of music and its relationship to history and the world around us. No musical background is necessary.

MUS 2620 - MUSIC THEORY I (3 hrs)
A course designed to study key signatures, scales, intervals, triads and their inversions, rhythm, and cadences. This includes two- and four-part writing, harmonization of melodies, realization of figured bass, and the use of primary and secondary chords. Music Theory I is a requirement of all music majors and taken concurrently with MUS 2625 Ear Training and Sightsinging I. Offered fall semester only.

MUS 2621 - MUSIC THEORY II (3 hrs)
This course includes a study of the principles of voice leading; three- and four-voice writing of triads in root position and first and second inversions. Harmonic progression, musical form, cadences, phrases, periods and non-chord tones are studied in depth. Music Theory II is a requirement of all music majors and should be taken concurrently with MUS 2626 Ear Training and Sightsinging II. Offered spring semester only.

MUS 2625 - EAR TRAINING AND SIGHT SINGING I (2 hrs)
A course designed to develop aural skills through melodic, harmonic, and rhythmic dictation and singing melodic material at sight. This course is required of music majors and taken concurrently with MUS 2620 Music Theory I. Offered fall semester only.

MUS 2626 - EAR TRAINING AND SIGHT SINGING II (2 hrs)
A course designed to develop aural skills through melodic, harmonic, and rhythmic dictation and singing melodic material at sight. This course is required of music majors and taken concurrently with MUS 2621 Music Theory II. Offered spring semester only.

MUS 2640 - CLASS PIANO I (2 hrs)
Designed as the study of elemental techniques in pianoforte performance to attain proficiency and understanding for personal musical development. No previous study is required.

MUS 2641 - CLASS PIANO II (2 hrs)
Continuing development of study begun in MUS 2640.

MUS 2642-2645 - COWLEY CO SINGERS I-IV (1 hr)
The CC Singers are a highly visible and very entertaining performance ensemble. Auditions are held at the beginning of the fall semester and students must be a member of the Concert Choir. This group incorporates dance movement into its show and performs many times throughout the year.

MUS 2650 - MUSIC THEORY III (3 hrs)
This course includes a study of modulation to closely related keys, binary and ternary forms, altered and borrowed chords, leading tone chords, and diminished seventh chords. Analysis of representative classical compositions will be included. Music Theory III is required of all music majors and taken concurrently with MUS 2652 Ear Training and Sight singing III. Offered fall semester only.

MUS 2651 - MUSIC THEORY IV (3 hrs)
This course includes a study of altered chords, borrowed chords, modulation to unrelated keys, and a study of 20th century compositional techniques. Analysis of representative classical and contemporary compositions will be included. Music Theory IV is required of all music majors and taken concurrently with MUS 2653 Ear Training and Sight singing IV. Offered spring semester only.

MUS 2652 - EAR TRAINING AND SIGHT SINGING III (2 hrs)
A course designed to develop aural skills through melodic, harmonic, and rhythmic dictation and singing melodic material at sight. This course is required of music majors and taken concurrently with MUS 2650 Music Theory III. Offered fall semester only.

MUS 2653 - EAR TRAINING AND SIGHT SINGING IV (2 hrs)
A course designed to develop aural skills through melodic, harmonic, and rhythmic dictation and singing melodic material at sight. This course is required of music majors and taken concurrently with MUS 2651 Music Theory IV. Offered spring semester only.

MUS 2656-2659 - CONCERT CHOIR I-IV (1 hr)
The Concert Choir is an outstanding performance organization for students interested in vocal music. A wide range of vocal literature is learned and concerts are held on campus each semester. Students must audition with the director before enrolling.

MUS 2660-2663 - APPLIED VOICE LESSONS I-IV (1 hr)
A course for individual instruction to improve singing and performing ability. May be repeated for credit. Requires instructor's approval.

MUS 2664-2667 - PEP BAND I-IV (1 hr)
The Pep Band is a high energy ensemble with instrumentation based upon the traditional stage band model. The ensemble performs well known rock, funk and pop charts at all men's and women's basketball games in order to provide an atmosphere of school spirit, fun and support for the teams.

MUS 2668-2671 - CONCERT BAND I-IV (1 hr)
The Concert Band is an outstanding performing organization for students interested in instrumental music. The course is designed to acquaint students to a wide variety of music. The band presents several public performances. Enrollment is open to all students who play a wind or percussion instrument. May be repeated four times for credit.

MUS 2672-2675 - JAZZ BAND I-IV (1 hr)
The Jazz Band is a performing organization for students interested in jazz. Techniques of improvisation are included in the performance of a wide variety of jazz literature. May be repeated four times for credit. Director approval required.

MUS 2676-2679 - REGIONAL SYMPHONY I-IV (1 hr)
The Winfield Regional Symphony is open to any college student or resident of the county who plays a stringed instrument and is co-sponsored by the college and Southwestern College. Literature studied includes the stringed orchestra works of baroque, romantic and contemporary periods. Opportunity is provided for public performance. Class meets on Monday evenings. College credit also will be given for regular attendance at rehearsals and performance with the Winfield Community Symphony.

MUS 2680 - BEGINNING GUITAR (1 hr)
Guitar skills covered in this course will be note reading, basic chords and strumming patterns, and styles of playing.

MUS 2682-2685 - APPLIED INSTRUMENTAL LESSONS I-IV (1 hr)
Private instrumental lessons with an instructor at the college. Requires instructor's approval.

MUS 2686-2689 - APPLIED INSTRUMENTAL LESSONS I-IV (2 hrs)
Private instrumental lessons with an instructor at the college. Requires instructor's approval.

MUS 2692-2695 - JAZZ IMPROVISATION I-IV (1 hr)
Improvising in the jazz tradition requires a thorough understanding of theoretical concepts and a dedication to skill development. Jazz Improvisation is designed to equip the learner with the knowledge and skills necessary for improvisation in a variety of jazz styles, to expose the learner to a variety of standard songs and jazz classics, and to assist the learner in developing confidence in public performance. Back to Index

NAS 4913 - SUPERVISED LABORATORY EXPERIENCE (1 hr)
Provides the student an opportunity to learn the operations of a laboratory facility through job experience or by assisting an instructor in a student laboratory situation. Work experiences to be developed by the student with individual instructors on a contractual basis. Prerequisite: Instructor's approval required. This course may not be acceptable for transfer to some institutions of higher education. A maximum of two semester hours in this course may be presented for graduation.

NAS 4914 - SUPERVISED LABORATORY EXPERIENCE (2 hrs)
Provides the student an opportunity to learn the operations of a laboratory facility through job experiences to be developed by the student with individual instructors on a contractual basis. Prerequisite: Instructor's approval required. This course may not be acceptable for transfer to some institutions of higher education. A maximum of two semester hours in this course may be presented for graduation. Back to Index

NDT 3451 - INTRODUCTION TO NONDESTRUCTIVE TESTING (3 hrs)
This course is designed to acquaint students with the six major nondestructive evaluation disciplines: Radiographic's, Ultrasonic's, Eddy Current, Magnetic Particle, Liquid Penetrants, and Visual Inspection and to provide students with an overview of less-common NDT methods.

NDT 3452 - VISUAL INSPECTION (3 hrs)
This course will introduce the student to the forms of discontinuities formed in the manufacturing and service life of a part. Provide students with an understanding of how and why a specific NDT method is chosen. To acquaint students with visual and dimensional inspection techniques and their proper use. This course is designed to meet certain NDT Level II certification requirements.

NDT 3453 - CODES AND PRACTICES (3 hrs)
This course is designed to acquaint the student with federal and state codes and procedures associated with six disciplines involved with nondestructive evaluation: Radiographics, Ultrasonics, Eddy Current, Magnetic Particle, Liquid Penetrants, and Visual Inspection typically used in the manufacturing industry.

NDT 3455 - MAGNETIC PARTICLE AND LIQUID PENETRANT TESTING (3 hrs)
This course is designed to give the student a complete introduction through hands-on experience in the magnetic particle method and the liquid penetrant method within the field of nondestructive testing. This course and NDT3451 are designed to meet certain NDT Level II requirements in accordance with A.S.N.T. SNT-TC-1A and NAS-410.

NDT 3456 - RADIATION SAFETY (3 hrs)
This course is designed to give the student complete instruction in the safe use of Gamma and X-Radiography. The course meets requirements set forth by the NRC and the state of Kansas.

NDT 3461 - ULTRASONIC TESTING I (3 hrs)
This course is designed to give the student a complete introduction through hands-on experience in the ultrasonic method within the field of nondestructive testing. This course is designed to meet certain NDT Level I requirements in accordance with A.S.N.T. SNT-TC-1A and NAS-410.

NDT 3462 - ULTRASONIC TESTING II (3 hrs)
This course is a continuation of Introduction to Ultrasonic Testing with emphasis on advanced theory and practical skills required in the application of ultrasonic evaluation methods. This course is designed to meet certain NDT Level II requirements in accordance with A.S.N.T. SNT-TC-1A and NAS-410.

NDT 3463 - ULTRASONIC TESTING III (3 hrs)
This course is designed to give the student advanced hands-on experience, with practical application in the ultrasonic method. The course is designed to meet certain nondestructive testing requirements to prepare the student for a position in the field of ultrasonics.

NDT 3464 - RADIOGRAPHIC TESTING I (3 hrs)
This course is designed to give the student a complete introduction through hands-on experience in the radiographic method within the field of nondestructive testing. This course is designed to meet certain NDT Level I requirements in accordance with A.S.N.T. SNT-TC-1A and NAS-410.

NDT 3465 - RADIOGRAPHIC TESTING II (3 hrs)
This course is designed to give a detailed study of the processes of radiography. It provides the in-depth study and hands-on experience needed to prepare the student for a position in the field of radiography. This course is designed to meet certain NDT Level II requirements in accordance with A.S.N.T. SNT-TC- 1A and NAS-410.

NDT 3466 - RADIOGRAPHIC TESTING III (3 hrs)
This course is designed to provide an in-depth study of the processes of radiography. It provides hands-on experience to prepare the student for a position in the field of radiography.

NDT 3467 - EDDY CURRENT TESTING I (3 hrs)
This course is designed to give the student a complete introduction through hands-on experience in the eddy current method within the field of nondestructive testing. This course is designed to meet certain NDT Level I requirements in accordance with A.S.N.T. SNT-TC-1A and NAS-410.

NDT 3468 - EDDY CURRENT TESTING II (3 hrs)
This course is a continuation of Introduction to Eddy Current Testing with emphasis on advanced theory and practical skills required in the application of Eddy Current evaluation methods. This course is designed to meet certain NDT Level II requirements in accordance with A.S.N.T. SNT-TC-1A and NAS-410.

NDT 3469 - ADVANCED NONDESTRUCTIVE TESTING METHODS (3 hrs)
This course is designed to develop skills in methods that are becoming widely accepted and replacing some of the NDT inspection methods in use today. This course will focus on knowledge and application skills in thermal inspection and acoustic emission.Back to Index