Semester Hours: 1 | Lecture Hours: 3 | Laboratory Hours: 0 Singing tonal music in various clefs, continued aural study of the elements of music, and dictation of intermediate rhythm, melody and diatonic harmony. Recommended Prerequisite(s):MUSI 1116 Recommended Corequisite(s):MUSI 1312
Semester Hours: 1 | Lecture Hours: 2 | Laboratory Hours: 1 Class instruction in the fundamentals of singing including breathing, tone production, and diction. Designed for students with little or no previous voice training. Does not apply to a music major degree.
Semester Hours: 3 | Lecture Hours: 3 | Laboratory Hours: 0 Introduction to the basic elements of music theory, including scales, intervals, keys, triads, elementary ear training, notation, meter, and rhythm. Course does not apply to a music major degree.
Semester Hours: 3 | Lecture Hours: 3 | Laboratory Hours: 0 Understanding music through the study of cultural periods, major composers, and musical elements, illustrated with audio recordings and live performances. Course does not apply to a music major degree.
Semester Hours: 3 | Lecture Hours: 3 | Laboratory Hours: 0 A survey of the styles and forms of music as it developed from the middle ages to the present. This course will familiarize the student with cultural context, terminology, genres, and notation.
Semester Hours: 3 | Lecture Hours: 3 | Laboratory Hours: 0 A general survey of various styles of music of the Americas, including but not limited to jazz, folk, rock, and contemporary music.
Semester Hours: 3 | Lecture Hours: 3 | Laboratory Hours: 0 The study of analysis and writing of tonal melody and diatonic harmony, including fundamental music concepts, scales, intervals, chords, 7th chords, and early four-part writing. Analysis of small compositional forms. Optional correlated study at the keyboard. Recommended Corequisite(s):MUSI 1116
Semester Hours: 3 | Lecture Hours: 3 | Laboratory Hours: 0 The study of analysis and writing of tonal melody and diatonic harmony, including all diatonic chords and seventh chords in root position and inversions, non-chord tones, and functional harmony. Introduction to more complex topics, such as modulation, may occur. Optional correlated study at the keyboard. Recommended Prerequisite(s):MUSI 1311 Recommended Corequisite(s):MUSI 1117
Semester Hours: 1 | Lecture Hours: 3 | Laboratory Hours: 0 Singing more difficult tonal music in various clefs, aural study including dictation of more complex rhythm, melody, chromatic harmony, and extended tertian structures. Recommended Prerequisite(s):MUSI 1117 Recommended Corequisite(s):MUSI 2311
Semester Hours: 1 | Lecture Hours: 3 | Laboratory Hours: 0 Singing advanced tonal music and introduction of modal and post-tonal melodies. Aural study including dictation of advanced rhythm, melody, and harmony. Recommended Prerequisite(s):MUSI 2116 Recommended Corequisite(s):MUSI 2312
Semester Hours: 3 | Lecture Hours: 3 | Laboratory Hours: 0 Continuation of advanced chromaticism and survey of analytical and compositional procedures in post-tonal music. Optional correlated study at the keyboard. Recommended Prerequisite(s):MUSI 2311 Recommended Corequisite(s):MUSI 2117
Semester Hours: 3 | Lecture Hours: 2 | Laboratory Hours: 4 General principles of Eddy Current Testing including theory, knowledge and skills for basic examination; effects of material properties, probe types, calibration standards and equipment selection.
Semester Hours: 3 | Lecture Hours: 2 | Laboratory Hours: 4 Overview on the theory and principles of NDT testing methods to include Liquid Penetrant, Magnetic Particle, Radiographic, Eddy Current, and Ultrasonic. An extensive review of the Codes & Standards that apply to aviation and other industries.
NDTE 1372 - Introduction to NDT/NAS Codes and Standards
Semester Hours: 3 | Lecture Hours: 3 | Laboratory Hours: 0 Overview on the theory and principles of NDT testing methods to include Liquid Penetrant, Magnetic Particle, Radiographic, Eddy Current, and Ultrasonic. An extensive review of the Codes & Standards that apply to aviation and other industries.
Semester Hours: 4 | Lecture Hours: 2 | Laboratory Hours: 6 Basic theory and applications of the ultrasonic techniques of materials testing covering the theoretical material from the certification test for Ultrasonic Level I American Society of Nondestructive Testing.
Semester Hours: 4 | Lecture Hours: 3 | Laboratory Hours: 3 Theoretical study and practical application of the nondestructive testing technique of penetrant and magnetic particle testing required by quality assurance and test personnel including proper test technique, or combination of techniques and interpretation, evaluation of test results.
Semester Hours: 4 | Lecture Hours: 2 | Laboratory Hours: 6 Designed to strengthen the students’ knowledge and skills in ultrasonic testing. Emphasis on examination of components and characterization of flaws using advanced techniques. Required Prerequisite(s):NDTE 1405
Semester Hours: 4 | Lecture Hours: 2 | Laboratory Hours: 6 Advanced study of Radiography testing that provides the student classroom training and hands on applications. The student will progress through a series of lessons and gain demonstrated abilities comparable to a Level II technician. The classroom and lab training will meet the requirements for SNT-TC-1A and NAS-410. Required Prerequisite(s):NDTE 1371
NDTE 2474 - Emerging Technologies in Nondestructive Techniques
Semester Hours: 4 | Lecture Hours: 2 | Laboratory Hours: 4 A study in advanced techniques for nondestructive testing and inspection of aircraft and components to include metallic and composite structures. Includes shearography, phased array and other emerging methods. Required Corequisite(s):NDTE 2401 and NDTE 2572
Semester Hours: 5 | Lecture Hours: 3 | Laboratory Hours: 5 Advanced study of Eddy Current Testing that provides the student classroom training and hands on applications. The student will progress through a series of lessons and gain demonstrated abilities comparable to a Level II technician. The classroom and lab training will meet the requirements of SNT-TC-1A and NAS -410. Required Prerequisite(s):NDTE 1340
NMTT 1266 - Practicum I-Nuclear Medicine Technology
Semester Hours: 2 | Lecture Hours: 0 | Laboratory Hours: 16 Practical general workplace training supported by an individualized learning plan develop by the employer, college and student. Required Prerequisite(s):BIOL 2401, BIOL 2402, and MATH 1314
NMTT 1267 - Practicum II-Nuclear Medicine Technology
Semester Hours: 2 | Lecture Hours: 0 | Laboratory Hours: 20 Practical general workplace training supported by an individualized learning plan developed by the employer, college and student. Required Prerequisite(s):BIOL 2401, BIOL 2402, and MATH 1314
Semester Hours: 3 | Lecture Hours: 2 | Laboratory Hours: 3 Introduction to the field of nuclear medicine with emphasis on the principles of radiation safety, health physics, and the various studies performed in a nuclear medicine area. Required Prerequisite(s):BIOL 2401
Semester Hours: 3 | Lecture Hours: 2 | Laboratory Hours: 2 Theory and application of electronic instrumentation used in the direction and analysis of ionizing radiation with special emphasis on gamma spectrometry and quality assurance relevant to nuclear medicine instruments. Required Prerequisite(s):BIOL 2401, BIOL 2402, MATH 1314, and CHEM 1405
Semester Hours: 3 | Lecture Hours: 3 | Laboratory Hours: 0 A comprehensive study of the physical principles associated with nuclear medicine and allied health physics. Identify atomic and nuclear structure; describe energy relationships; distinguish radioactivity as a consequence of nuclear instabilities, decay modes, radiations emitted, and interactions with matter; utilize mathematics for calculation of radioactivity and photon attenuation in matter; analyze statistical analyses related to nuclear medicine physics; and solve problems dealing with topics
such as force, work, energy, frequency, and wave length. Required Prerequisite(s):SCIT 1320
Semester Hours: 2 | Lecture Hours: 1 | Laboratory Hours: 3 Focus on the basic principles involved in all diagnostic and therapeutic tests and procedures normally found in a nuclear medicine facility with emphasis on anatomy, physiology, pathology, radiopharmaceuticals, instrumentation, data analysis, and diagnostic value. Includes the cardiovascular, respiratory, and genitourinary systems; inflammatory processes; tumors; and radionuclide therapy; and miscellaneous procedures. Required Prerequisite(s):BIOL 2401 and BIOL 2402
Semester Hours: 2 | Lecture Hours: 1 | Laboratory Hours: 4 A capstone course focusing on the synthesis of professional knowledge, skills and attitudes in preparation for professional employment and lifelong learning. Required Prerequisite(s):BIOL 2401, BIOL 2402, MATH 1314, and CHEM 1405
Semester Hours: 3 | Lecture Hours: 2 | Laboratory Hours: 2 Basic concepts of radiochemistry and radiopharmacy including the atomic structure, radioactive decay, and production of various radionuclides. Emphasis on radiopharmaceuticals and their ideal characteristics, biodistribution, and clinical applications; the various dosage forms in which they may be dispensed; quality control test; and their formation an dispensing.
Semester Hours: 3 | Lecture Hours: 3 | Laboratory Hours: 0 Focus on the basic principles involved in all diagnostic and therapeutic tests and procedures normally found in a nuclear medicine facility with emphasis on anatomy, physiology, pathology, radiopharmaceuticals, instrumentation, data analysis, and diagnostic value. Includes the cardiovascular, respiratory, and lymphatic systems; the adrenal and parathyroid glands; tumors; and inflammatory processes; and miscellaneous procedures. Required Prerequisite(s):BIOL 2401, BIOL 2402, MATH 1314, and CHEM 1405
NMTT 2333 - Positron Emission Tomography (PET) and Fusion Technology
Semester Hours: 3 | Lecture Hours: 3 | Laboratory Hours: 0 Advanced study in the field of positron emission tomography and fusion technology. Required Prerequisite(s):BIOL 2401, BIOL 2402, MATH 1314, and CHEM 1405 Recommended Prerequisite(s):NMTT 1309
NMTT 2366 - Practicum III (or Field Experience)-Nuclear Medical Technology
Semester Hours: 3 | Lecture Hours: 0 | Laboratory Hours: 24 Practical general workplace training supported by an individualized learning plan developed by the employer, college and student. Required Prerequisite(s):BIOL 2401, BIOL 2402, and MATH 1314
NMTT 2467 - Practicum IV (or Field Experience)-Nuclear Medicine Technology
Semester Hours: 4 | Lecture Hours: 0 | Laboratory Hours: 32 Practical general workplace training supported by an individualized learning plan developed by the employer, college and student. Required Prerequisite(s):BIOL 2401, BIOL 2402, and MATH 1314
Semester Hours: 2 | Lecture Hours: 0 | Laboratory Hours: 15 Practical, general workplace training supported by an individualized learning plan developed by the employer, college, and student. This course will continue to introduce procedures for care of ophthalmology patients. Students will continue to observe techniques in various specialty clinics performed by clinical staff and begin to greet patients and start examinations by acquiring measurements and properly record results. Required Prerequisite(s):OPTS 1366
Semester Hours: 3 | Lecture Hours: 3 | Laboratory Hours: 0 Introduction to the history and physics of the electromagnetic spectrum with emphasis on the reflection and refraction on prisms, and single and compound lens systems. This course will also introduce principles of physical optics and the human eye as an optical system such as: object-image relationships, magnification, simple lens systems, optical relationships of eye structures, accommodation and effects of aging, refractive errors, astigmatism, prisms and Prentice’s Rule. Required Prerequisite(s):OPTS 1311
Semester Hours: 3 | Lecture Hours: 3 | Laboratory Hours: 0 Overview of the visual system including the anatomy and physiology of the eye, related structures, and diseases.
Semester Hours: 3 | Lecture Hours: 3 | Laboratory Hours: 1 Introduction to contact lens theory and practice. Topics include the history, development, and manufacture of contact lenses; lens materials, designs, fitting, and care techniques; as well as skills necessary for the accurate measurement of lens parameters. This course will also introduce and compare similar concepts of spectacles. Required Prerequisite(s):OPTS 1311
Semester Hours: 3 | Lecture Hours: 3 | Laboratory Hours: 0 Overview of procedures used in an optical, optometric, or ophthalmological, office. Instruction on government, third party, and other managed care insurance claim forms, maintenance of patient records, safety regulations, correspondences and ethics. An overview of procedures used in an eye clinic including pediatric vision screening will be covered.
Semester Hours: 2 | Lecture Hours: 0 | Laboratory Hours: 21 Practical, general workplace training supported by an individualized learning plan developed by the employer, college, and student. This course will continue to introduce procedures for care of ophthalmology patients. Students will observe techniques in various specialty clinics performed by clinical staff. Many procedures will be observed, but emphasis will be on basic skills needed to begin patient examination. Required Prerequisite(s):OPTS 2341
Semester Hours: 4 | Lecture Hours: 4 | Laboratory Hours: 0 This course will address current special testing procedures not normally accomplished during routine ophthalmic examinations for common eye diseases and common ocular manifestations in systemic conditions. Introduction to billing and coding and new techniques, protocols, and emerging treatment will be reviewed. Required Prerequisite(s):OPTS 1266 and OPTS 1366
Semester Hours: 3 | Lecture Hours: 3 | Laboratory Hours: 1 Emphasizes the knowledge and skills necessary to assist the practitioner in the dispensing, evaluation, and care of soft, rigid, toric, multi-focal, therapeutic, and other specialty contact lenses. Topics will also include keratometry, contact lenses and fitting for more advanced options for complex situations, and proper care systems. Surgical options to improve refractive status will also be reviewed. Required Prerequisite(s):OPTS 1315
Semester Hours: 3 | Lecture Hours: 3 | Laboratory Hours: 1 Presentation of information and practical training in the techniques necessary to properly assist the eye practitioner. Topics include visual acuity assessments and performance of various preliminary diagnostic tests.
Semester Hours: 3 | Lecture Hours: 2 | Laboratory Hours: 3 Continuation of Ophthalmic Techniques. Introduction to principles and techniques of various diagnostic evaluations. Topics include refractometry and retinoscopy, ophthalmic photography, applanation tonometry, and advanced clinical assessments. An overview of standardized tools prevalent in the field will be covered. Required Prerequisite(s):OPTS 2341
Semester Hours: 3 | Lecture Hours: 3 | Laboratory Hours: 1 A continuation of Ophthalmic Techniques. Introduces the student to aseptic and non-aseptic sterilization techniques used in the surgical field and provides knowledge and practice in scrubbing techniques used when assisting during ophthalmic surgical procedures. Students will learn about various ophthalmic procedures in the minor and major operating room. Required Prerequisite(s):OPTS 2366
Semester Hours: 3 | Lecture Hours: 0 | Laboratory Hours: 21 Practical, general workplace training supported by an individualized learning plan developed by the employer, college, and student. This course will develop and enhance clinical skills focusing on tonometry, retinoscopy, refraction, and automated visual fields. The student will also continue to refine patient histories, basic eye exam workup, and workplace communication skills. Required Prerequisite(s):OPTS 1366
Semester Hours: 3 | Lecture Hours: 0 | Laboratory Hours: 21 Practical, general workplace training supported by an individualized learning plan developed by the employer, college, and student. This course will be a continuation of previous clinical experiences in patient care. Students will begin to develop autonomy in patient care, and basic skills will become more advanced. Additional training and observation in the following skill areas will also include: contact lens fitting & evaluation, ophthalmic photography & imaging, biometry, ocular motility, and minor procedures. Required Prerequisite(s):OPTS 2366
OSHT 1305 - OSHA Regulations -Construction Industry
Semester Hours: 3 | Lecture Hours: 3 | Laboratory Hours: 0 A study of Occupational Safety and Health Administration (OSHA) regulations pertinent to the construction industry.
Semester Hours: 3 | Lecture Hours: 3 | Laboratory Hours: 0 Examine the major safety management issues that affect the workplace including safety awareness, loss control, regulatory issues, and human behavior modification.
OSHT 2388 - Internship -Occupational Safety and Health Technology/Technician
Semester Hours: 3 | Lecture Hours: 0 | Laboratory Hours: 9 A work-based learning experience that enables the student to apply specialized occupational theory, skills, and concepts. A learning plan is developed by the College and employer.
Semester Hours: 4 | Lecture Hours: 4 | Laboratory Hours: 0 A study of Occupational Safety and Health Administration (OSHA) regulations pertinent to general industry.
Semester Hours: 4 | Lecture Hours: 2 | Laboratory Hours: 4 Mathematical operations necessary to calculate laying lengths of pipe fittings for fabrication. Identification and use of hand tools and power tools. Identification of pipe, pipefittings, flanges, and fasteners used in the trade.
PFPB 1450 - Plumbing and Pipefitting Equipment and Safety
Semester Hours: 4 | Lecture Hours: 2 | Laboratory Hours: 4 Safe use of hand tools, power tools, rigging, and power equipment used in the plumbing trade for installation of different plumbing systems.
Semester Hours: 4 | Lecture Hours: 2 | Laboratory Hours: 4 Identification, description, and application of piping standards and specifications. Includes identification and use of various metallic and non-metallic piping materials, identification and installation of valves, and material take-offs.
PFPB 2432 - Advanced Pipefitting Standards, Specifications, and Installation
Semester Hours: 4 | Lecture Hours: 2 | Laboratory Hours: 4 Skill development in motorized equipment, above-ground pipe installation valves, field routing and vessel trim, spring can supports, testing piping systems and equipment, basic plumbing, planning work activities, and Non-Destructive Testing (NDT).
Semester Hours: 4 | Lecture Hours: 2 | Laboratory Hours: 4 Advanced pipe fabrication of various materials with emphasis on vertical, horizontal, and rolling off-sets using 45-degree fittings and odd-angle fittings.
Semester Hours: 3 | Lecture Hours: 3 | Laboratory Hours: 0 A study of major issues in philosophy and/or the work of major philosophical figures in philosophy. Topics in philosophy may include theories of reality, theories of knowledge, theories of value, and their practical applications. Required Prerequisite(s): TSI Met in Reading and Writing
Semester Hours: 3 | Lecture Hours: 3 | Laboratory Hours: 0 A comparative study of world religions, including but not limited to Hinduism, Buddhism, Judaism, Christianity, and Islam. A one semester survey course.
Semester Hours: 3 | Lecture Hours: 3 | Laboratory Hours: 0 The purpose of the course is to introduce the student to symbolic logic, including syllogisms, propositional and predicate logic, and logical proofs in a system of rules.
Semester Hours: 3 | Lecture Hours: 3 | Laboratory Hours: 0 The systematic evaluation of classical and/or contemporary ethical theories concerning the good life, human conduct in society, morals, and standards of values.
Semester Hours: 3 | Lecture Hours: 2 | Laboratory Hours: 4 A study of formal, professional, and individual uses of photography by applying photographic technology to personalized needs. Emphasis on creative visual thinking, problem solving, and the exploration of personal vision. Portfolio development and presentation are also covered. Recommended Prerequisite(s):ARTS 2356 or consent of instructor
Semester Hours: 3 | Lecture Hours: 2 | Laboratory Hours: 4 Skill development in the photographic principles of portrait lighting, posing, and subject rapport. Required Prerequisite(s):ARTS 2356 or consent of the instructor
Semester Hours: 3 | Lecture Hours: 2 | Laboratory Hours: 4 Study of the equipment, processes, and procedures necessary for the photography of building exteriors and interiors, dusk/night and night architectural landscapes, and construction progress. Required Prerequisite(s):ARTS 2356 or consent of the instructor
Semester Hours: 3 | Lecture Hours: 2 | Laboratory Hours: 4 A culmination experience for the evaluation of the student’s photographic competencies. Includes association with a professional photographic organization, completion of portfolio, professional self-presentation, comprehensive exam, and seminars in areas of photographic interest.
Semester Hours: 3 | Lecture Hours: 2 | Laboratory Hours: 4 Advanced concepts in the use of the computer and software for photographic manipulation and output.
Semester Hours: 4 | Lecture Hours: 3 | Laboratory Hours: 3 Fundamental principles of physics, using algebra and trigonometry; the principles and applications of classical mechanics and thermodynamics, including harmonic motion, mechanical waves and sound, physical systems, Newton’s Laws of Motion, and gravitation and other fundamental forces; with emphasis on problem solving. Laboratory activities will reinforce fundamental principles of physics, using algebra and trigonometry; the principles and applications of classical mechanics and thermodynamics, including harmonic motion, mechanical waves and sound, physical systems, Newton’s Laws of Motion, and gravitation and other fundamental forces; emphasis will be on problem solving. Required Prerequisite(s):MATH 1314 and MATH 1316 or MATH 2412
Semester Hours: 4 | Lecture Hours: 3 | Laboratory Hours: 3 Fundamental principles of physics, using algebra and trigonometry; the principles and applications of electricity and magnetism, including circuits, electrostatics, electromagnetism, waves, sound, light, optics, and modern physics topics; with emphasis on problem solving. Laboratory activities will reinforce fundamental principles of physics, using algebra and trigonometry; the principles and applications of electricity and magnetism, including circuits, electrostatics, electromagnetism, waves, sound, light, optics, and modern physics topics; with emphasis on problem solving. Required Prerequisite(s):PHYS 1401
Semester Hours: 4 | Lecture Hours: 3 | Laboratory Hours: 3 Study of stars, galaxies, and the universe outside our solar system. Laboratory requires night observations.
Semester Hours: 4 | Lecture Hours: 3 | Laboratory Hours: 3 Study of the sun and its solar system, including its origin. Laboratory requires night observations.
PHYS 1405 - Elementary Physics I (Lecture + Lab) +
Semester Hours: 4 | Lecture Hours: 3 | Laboratory Hours: 3 The first semester of a two semester conceptual level survey of topics in physics intended for liberal arts and other non-science majors. Topics include classical mechanics, atomic nature of matter and thermodynamics. The history of scientific developments and their impact on daily life are discussed. Required Prerequisite(s): TSI Met in Algebraic Math pathway
PHYS 1407 - Elementary Physics II (Lecture + Lab) +
Semester Hours: 4 | Lecture Hours: 3 | Laboratory Hours: 3 The second semester of a two-semester conceptual level survey of topics in physics intended for liberal arts and other non-science majors. Topics include mechanical waves and acoustics, electricity and magnetism, light, atom and nuclear physics and relativity. Required Prerequisite(s):PHYS 1405
PHYS 2425 - University Physics I (Lecture + Lab) +
Semester Hours: 4 | Lecture Hours: 3 | Laboratory Hours: 3 Fundamental principles of physics, using calculus, for science, computer science, and engineering majors; the principles and applications of classical mechanics, including harmonic motion, physical systems and thermodynamics; and emphasis on problem solving. Basic laboratory experiments supporting theoretical principles presented in lecture involving the principles and applications of classical mechanics, including harmonic motion and physical systems; experimental design, data collection and analysis, and preparation of laboratory reports. Required Prerequisite(s):MATH 2413
PHYS 2426 - University Physics II (Lecture + Lab) +
Semester Hours: 4 | Lecture Hours: 3 | Laboratory Hours: 3 Principles of physics for science, computer science, and engineering majors, using calculus, involving the principles of electricity and magnetism, including circuits, electromagnetism, waves, sound, light, and optics. Laboratory experiments supporting theoretical principles presented in the lecture involving the principles of electricity and magnetism, including circuits, electromagnetism, waves, sound, light, and optics; experimental design, data collection and analysis, and preparation of laboratory reports. Required Prerequisite(s):PHYS 2425 and MATH 2414
Semester Hours: 3 | Lecture Hours: 2 | Laboratory Hours: 2 An introductory course in techniques of combining various types of reinforcing elements with a polymer resin to yield specific characteristics and properties. Recommended Prerequisite(s):AERM 1254
Semester Hours: 4 | Lecture Hours: 3 | Laboratory Hours: 2 Skill development in concepts, procedures, and application of spreadsheets. This course is designed to be repeated multiple times to improve student proficiency. Recommended Prerequisite(s):POFT 1127 or equivalent
Semester Hours: 4 | Lecture Hours: 3 | Laboratory Hours: 2 Word processing software focusing on business applications. This course is designed to be repeated multiple times to improve student proficiency. Recommended Prerequisite(s):POFT 1127 or equivalent
Semester Hours: 4 | Lecture Hours: 3 | Laboratory Hours: 2 In-depth coverage of desktop publishing terminology, text editing, and use of design principles. Emphasis on layout techniques, graphics, multiple page displays, and business applications. This course is designed to be repeated multiple times to improve student proficiency. Recommended Prerequisite(s):POFT 1329 or proficiency in word processing software
Semester Hours: 1 | Lecture Hours: 0 | Laboratory Hours: 3 Skill development in keyboarding techniques. Emphasis on the development of acceptable speed and accuracy.
Semester Hours: 3 | Lecture Hours: 3 | Laboratory Hours: 0 Introduction to a practical application of basic language usage skills with emphasis on fundamentals of writing and editing for business.
Semester Hours: 3 | Lecture Hours: 3 | Laboratory Hours: 0 Introduction to basic records information management systems including manual and electronic filing.
Semester Hours: 3 | Lecture Hours: 2 | Laboratory Hours: 2 Skill development keyboarding techniques. Emphasis on development of acceptable speed and accuracy levels and formatting basic documents. Placement test available.
Semester Hours: 4 | Lecture Hours: 3 | Laboratory Hours: 2 Study of current office procedures, duties, and responsibilities applicable to an office environment. Recommended Prerequisite(s): Basic Keyboarding Skills
POFT 2312 - Business Correspondence and Communication
Semester Hours: 3 | Lecture Hours: 2 | Laboratory Hours: 2 Development of writing and presentation skills to produce effective business communications.
Semester Hours: 3 | Lecture Hours: 2 | Laboratory Hours: 4 Fundamentals of baking including dough, quick breads, pies, cakes, cookies, and tarts. Instruction in flours, fillings, and ingredients. Topics include baking terminology, tool and equipment use, formula conversions, functions of ingredients, and the evaluation of baked products.