2018 - 2019 Catalog [ARCHIVED PUBLICATION]
Courses
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Culinary Arts |
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CULA 227 - Menu Design and Management 3 lecture hours, no lab hours, 3 credit hours
Utilization of the menu as an effective management tool. Impact of the menu on all aspects of the operation, including planning the facility, purchasing the food items, promoting the items to customers, and providing excellent service. Students will plan and write a variety of menus. Prerequisite(s): Eligibility for ENGL 101 and MATH 098.
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CULA 228 - Culinary Travels 1 lecture hour, 2 lab hours, 1 credit hour
Travel course involving study and observation of culinary and hospitality industries abroad. Prerequisite(s): CULA 101, CULA 102, CULA 103, CULA 105, CULA 121, CULA 207, and permission of instructor.
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CULA 229 - Food and Dining Social Media and Marketing 1 lecture hour, no lab hours, 1 credit hour
Social media as these pertain to foodservice business. Current marketing trends are analyzed to determine impact of the social media relationship with customers and competition. Prerequisite(s): ENGL 101, CULA 101, CULA 102 or PAST 102, and CULA 103.
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CULA 230 - On-Premises Catering 3 lecture hours, no lab hours, 3 credit hours
Focuses on an in-depth analysis of components of the on-premises catering profession.
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CULA 231 - Off-Premises Catering 3 lecture hours, no lab hours, 3 credit hours
Focuses on an in-depth analysis of components of the catering profession off-premises.
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CULA 232 - Current Issues in Catering 3 lecture hours, no lab hours, 3 credit hours
Current issues in catering that focus on trends and issues in the catering industry.
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CULA 233 - Culinary Internship No lecture hours, 40 lab hours, 2 credit hours
Supervised training in culinary arts through hands-on experience in an approved restaurant or related facility. Practical application of culinary skills as part of a multi-faceted learning environment where auditory, visual, and kinesthetic methods of learning are used by the student. Prerequisite(s): CULA 101, CULA 102, CULA 103, CULA 105, CULA 107, CULA 121, CULA 208, CULA 209, CULA 210, CULA 211, CULA 214, CULA 215, CULA 217, CULA 226, and CULA 227.
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Diagnostic Medical Sonography |
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DMSU 200 - Ultrasound Patient Care 1 lecture hour, no lab hours, 1 credit hour
Fundamentals of ultrasound technology and role of sonographer. Includes guidelines, medical ethics, patient and employee environmental safety, methods of patient care, and organization of hospital, radiology department, and ultrasound lab. Note(s): The prerequisite for all first-semester courses is admission into the Ultrasound program. The prerequisite for all second- and third-semester courses is successful completion of all previous courses in the Ultrasound program.
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DMSU 201 - Directed Reading 1 lecture hour, no lab hours, 1 credit hour
Note(s): The prerequisite for all first-semester courses is admission into the Ultrasound program. The prerequisite for all second- and third-semester courses is successful completion of all previous courses in the Ultrasound program.
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DMSU 211 - Superficial Structures 1 lecture hour, no lab hours, 1 credit hour
Sonography of normal and abnormal thyroid/ parathyroid glands, testicles, and prostate. Includes anatomy, physiology and lab values of pertinent components of superficial structures. Prerequisite(s): DMSU 200. Note(s): The prerequisite for all first-semester courses is admission into the Ultrasound program. The prerequisite for all second- and third-semester courses is successful completion of all previous courses in the Ultrasound program.
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DMSU 221 - Physics and Instrumentation I 2 lecture hours, no lab hour, 2 credit hours
Comprehensive study of high frequency waves, pulse echo theory, acoustical impedance, reflection, refraction, TGC, decibel notation, and transducer technology. Includes introduction to operator controls of diagnostic ultrasound instrumentation. Note(s): The prerequisite for all first-semester courses is admission into the Ultrasound program. The prerequisite for all second- and third-semester courses is successful completion of all previous courses in the Ultrasound program.
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DMSU 222 - Physics and Instrumentation II 2 lecture hours, no lab hours, 2 credit hours
Real time instrumentation, phased array theory, computers in ultrasound, bio effects, quality assurance, Doppler, and pre- and post-processing. Note(s): The prerequisite for all first-semester courses is admission into the Ultrasound program. The prerequisite for all second- and third-semester courses is successful completion of all previous courses in the Ultrasound program.
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DMSU 223 - Physics and Instrumentation III 1 lecture hour, no lab hours, 1 credit hour
Introduction to vascular ultrasound physics and instrumentation. Includes study of Doppler instrumentation, vascular physics, and hemodynamics of blood vessels. Prerequisite(s): DMSU 222. Note(s): The prerequisite for all first-semester courses is admission into the Ultrasound program. The prerequisite for all second- and third-semester courses is successful completion of all previous courses in the Ultrasound program.
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DMSU 241 - Ultrasound Learning Lab I No lecture hours, 9 lab hours, 3 credit hours
Practical and clinical education for sonographer. Supplements the students experience as they achieve knowledge and skills necessary to successfully perform the duties of a sonographer. Students review ultrasound teaching files, practice scanning test objects, phantoms and observe gross anatomical specimens of human and fetal organs. Note(s): The prerequisite for all first semester courses is admission into the Ultrasound program. The prerequisite for all second and third semester courses is successful completion of all previous courses in the Ultrasound program.
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DMSU 242 - Ultrasound Learning Lab II No lecture hours, 3 lab hours, 1 credit hour
Practical and clinical education for the sonographer. Supplements the students experience as they achieve knowledge and skills necessary to successfully perform the duties of a sonographer. Students review ultrasound teaching files, practice scanning test objects, phantoms and observe gross anatomical specimens of human and fetal organs. Note(s): The prerequisite for all first semester courses is admission into the Ultrasound program. The prerequisite for all second and third semester courses is successful completion of all previous courses in the Ultrasound program.
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DMSU 251 - Ultrasound Practicum I No lecture hours, 8 lab hours, 1 credit hour
Observation of ultrasound exams. Students are expected to obtain, review, and integrate pertinent patient history and supporting clinical data to facilitate optimal diagnostic results and to assist the clinical supervisor in room setup and patient positioning. When clinical evaluations indicate sufficient orientation to ultrasound procedures, image analysis, and instrument operation, students are allowed increased scanning on additional exams. Increased scan time is assigned as scanning competency is improved. Note(s): The prerequisite for all first semester courses is admission into the Ultrasound program. The prerequisite for all second and third semester courses is successful completion of all previous courses in the Ultrasound program.
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DMSU 252 - Ultrasound Practicum II No lecture hours, 14 lab hours, 4 credit hours
Observation/performance of ultrasound exams. Students are expected to obtain, review, and integrate pertinent patient history and supporting clinical data to facilitate optimal diagnostic results and to assist the clinical supervisor in room setup and patient positioning. When clinical evaluations indicate sufficient orientation to ultrasound procedures, image analysis, and instrument operation, students are allowed increased scanning on additional exams. Increased scan time is assigned as scanning competency is improved. Note(s): The prerequisite for all first semester courses is admission into the Ultrasound program. The prerequisite for all second and third semester courses is successful completion of all previous courses in the Ultrasound program.
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DMSU 253 - Ultrasound Practicum III No lecture hours, 24 lab hours, 3 credit hours
Continuation of Ultrasound Practicum II. Note(s): The prerequisite for all first semester courses is admission into the Ultrasound program. The prerequisite for all second and third semester courses is successful completion of all previous courses in the Ultrasound program.
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DMSU 254 - Ultrasound Practicum IV No lecture hours, 28 lab hours, 2 credit hours
Performance of ultrasound examination in the clinical setting to include abdomen, pelvis, OB/GYN, and small parts. Students are expected to obtain, review, and integrate pertinent patient history and supporting clinical data to facilitate optimal diagnostic results. Students should be present when exams are reviewed by the physician in charge. Prerequisite(s): DMSU 253. Note(s): The prerequisite for all first semester courses is admission into the Ultrasound program. The prerequisite for all second and third semester courses is successful completion of all previous courses in the Ultrasound program.
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DMSU 261 - Ultrasound Obstetrics and Gynecology I 2 lecture hours, no lab hours, 2 credit hours
Anatomy, physiology, normal and abnormal development, and sonography of gravid female reproductive system. Includes ultrasound appearance, lab values of benign, malignant, and infective diseases of the uterus and ovaries, and hormonal influences on gravid, premenopausal, postmenopausal and menopausal uterus and ovaries. Note(s): The prerequisite for all first-semester courses is admission into the Ultrasound program. The prerequisite for all second- and third-semester courses is successful completion of all previous courses in the Ultrasound program.
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DMSU 262 - Ultrasound Obstetrics and Gynecology II 2 lecture hours, no lab hours, 2 credit hours
The anatomy, physiology, normal and abnormal development, and sonography of the gravid female reproductive system and fetus. Includes ultrasound appearance, lab values of gravid uterus and ovaries, and ultrasound appearance of normal and abnormal placenta and developing fetus. Note(s): The prerequisite for all first-semester courses is admission into the Ultrasound program. The prerequisite for all second- and third-semester courses is successful completion of all previous courses in the Ultrasound program.
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DMSU 263 - Ultrasound Obstetrics and Gynecology III 1 lecture hour, no lab hours, 1 credit hour
Anatomy and physiology of the developing fetus and its maternal effects. Includes the ultrasound appearance and lab values of fetal abnormalities, their development and presentation. Prerequisite(s): DMSU 262. Note(s): The prerequisite for all first-semester courses is admission into the Ultrasound program. The prerequisite for all second- and third-semester courses is successful completion of all previous courses in the Ultrasound program.
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DMSU 271 - Abdominal Ultrasound I 2 lecture hours, no lab hours, 2 credit hours
Anatomy, physiology, lab values, and ultrasound appearance of normal and pathologic GI, GU, vascular, muscular, endocrine, exocrine, and lymphatic systems. Note(s): The prerequisite for all first-semester courses is admission into the Ultrasound program. The prerequisite for all second- and third-semester courses is successful completion of all previous courses in the Ultrasound program.
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DMSU 272 - Abdominal Ultrasound II 2 lecture hours, no lab hours, 2 credit hours
Anatomy, physiology, lab values and ultrasound appearance of GU system as well as parotid glands, thyroid glands, adrenal glands, and prostate and testicles. Note(s): The prerequisite for all first-semester courses is admission into the Ultrasound program. The prerequisite for all second- and third-semester courses is successful completion of all previous courses in the Ultrasound program.
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DMSU 273 - Abdominal Ultrasound III 1 lecture hour, no lab hours, 1 credit hour
Sonography of normal and abnormal kidneys and adrenal glands. Includes anatomy, physiology and lab values of the pertinent components of the genitourinary system. Prerequisite(s): DMSU 272. Note(s): The prerequisite for all first-semester courses is admission into the Ultrasound program. The prerequisite for all second- and third-semester courses is successful completion of all previous courses in the Ultrasound program.
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DMSU 280 - Comprehensive Seminar 1 lecture hour, no lab hours, 1 credit hour
Review of tests and quizzes taken during the year. Individual, group, and program topics for further study are recognized; additional reading, lectures, and tests. Note(s): The prerequisite for all first-semester courses is admission into the Ultrasound program. The prerequisite for all second- and third-semester courses is successful completion of all previous courses in the Ultrasound program.
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Dietary Manager |
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DMTP 101 - Medical Nutrition Therapy 3 lecture hours, no lab hours, 3 credit hours
Foundational knowledge of basic nutrition and medical nutrition therapy. Includes instruction in nutrition principles, dietary guidelines, menu planning, nutrition care plans, and client education.
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DMTP 110 - ANFP Resource Management 3 lecture hours, no lab hours, 3 credit hours
Overview of the basic functions of human resource management including manpower planning, recruitment and selection, job analysis and design, performance management and appraisal, training and development, labor unions, time management, ANFP code of ethics, HIPPA, compensation and rewards. The course combines both classroom and field experience.
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DMTP 115 - ANFP Food Service Operations 3 lecture hours, no lab hours, 3 credit hours
Foundation knowledge of foodservice management. Topics include delivery systems, menus, purchasing, receiving and storage, cooking procedures, equipment needs, safety, productivity, budgeting, cost effective procedures, and marketing.
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DMTP 125 - ANFP Field Experience 1 lecture hour, 10 lab hours, 3 credit hours
A course which incorporates both clinical and administrative didactic education into a supervised practice. This field experience includes 150 hours of supervised practice in a hospital, nursing home, or other such long-term care facilities.
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Direct Support Professional |
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DSPE 101 - Introduction to Direct Support Professional 3 lecture hours, no lab hours, 3 credit hours
Topics include the History of Disability movement, legislative history, values and philosophy, Louisiana’s Service System, professional knowledge and behavior, as well as an introduction to intellectual, psychiatric, and physical disabilities, and a general overview of medications and side-effects, seizure disorders, universal health precautions, basic nutrition, and sanitation.
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DSPE 102 - Fundamentals of Communication and Advocacy 3 lecture hours, no lab hours, 3 credit hours
Communication and advocacy skills needed to assist the direct support professional to support people with disabilities.
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DSPE 103 - Teaching People with Disabilities 3 lecture hours, no lab hours, 3 credit hours
Teaching modalities to enhance the learning process for people with developmental disabilities. Topics include self-determination, team process, consumer assessment, systematic skill instruction, and developing functional goals and objectives.
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DSPE 104 - Developing, Implementing, and Evaluating Individualized Support 3 lecture hours, no lab hours, 3 credit hours
Teaching modalities to enhance the learning process for people with developmental disabilities. Topics include principles of person-centered planning, person-centered approaches and outcomes, person-centered values and philosophies, comparison of person-centered supports vs. system-centered services, and individualized person-centered documentation.
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Economics |
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ECON 201 - Macroeconomics 3 lecture hours, no lab hours, 3 credit hours
[LCCN: CECN 2213]
Introduction to economy-wide phenomena including national income, inflation, unemployment, economic growth, the monetary system, fiscal policy, international trade and finance. Prerequisite(s): MATH 120 or MATH 099.
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ECON 202 - Microeconomics 3 lecture hours, no lab hours, 3 credit hours
[LCCN: CECN 2223]
Introduction to how individuals and firms make decisions and how they interact. Topics include the study of consumer theory, theories of price determination, production, market structure, trade, externalities, and public goods. Prerequisite(s): MATH 120 or MATH 099.
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ECON 272 - Money, Banking, and the Economy 3 lecture hours, no lab hours, 3 credit hours
[LCCN: CECN 2313]
Introduction to the role of commercial banks, other financial institutions, and the central bank in affecting the performance of the economy; relationships of monetary and fiscal policy in an open economy to prices, production, and employment.
Prerequisite(s): ECON 201.
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Electrical - Electronics Engineering Technology |
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ELET 101 - Electrical Circuits I 3 lecture hours, 3 lab hours, 4 credit hours
Direct current fundamentals involving series, parallel, and combination circuits, as well as concepts of resistance, capacitance, and inductance. P-SPICE computer analysis, Basic and C++ programming used; each section of course has mandatory laboratory assignment. Corequisite(s): ELET 103.
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ELET 102 - Electrical Circuits II 3 lecture hours, 3 lab hours, 4 credit hours
Alternating current principles including single and poly-phase circuits, nonsinusoidal waveforms and transformers. Includes Fournier analysis and use of P-SPICE computer software. Prerequisite(s): ELET 101 and ELET 103.
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ELET 103 - Circuit Analysis 3 lecture hours, no lab hours, 3 credit hours
Investigation of DC circuits with emphasis on practical electric circuits. Corequisite(s): ELET 101.
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ELET 155 - Electronics I 3 lecture hours, 3 lab hours, 4 credit hours
Fundamentals of electronic devices, circuit analysis of power supplies, amplifiers, and other basic circuits. Prerequisite(s): ELET 101.
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ELET 160 - Programming for Engineering Technology 2 lecture hours, 3 lab hours, 3 credit hours
Programming techniques and methods as they relate to engineering and computer hardware topics.
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ELET 170 - Computer-Aided Circuit Analysis 1 lecture hour, 3 lab hours, 2 credit hours
Analysis of AC and DC circuits using P-SPICE software. Includes transient behavior, frequency response Bode plots, amplifier gain, phase shift, and filter analysis. Basic DOS concepts. Prerequisite(s): ELET 102.
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ELET 260 - Instrumentation and Control Systems 3 lecture hours, 3 lab hours, 4 credit hours
Theory and operation of transducers for measurement of pressure, flow, liquid level, and temperature. Common mechanical and electrical devices analyzed. Covers automatic process controls, on-off proportion rate and reset, pneumatic and electrical systems. Prerequisite(s): Permission of instructor.
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ELET 268 - Servomechanisms 3 lecture hours, no lab hours, 3 credit hours
Study of electro-mechanical control systems, including electro-mechanical components peculiar to this field and their response to open and closed work systems. Experimental determinations of systems behavior obtained by actual system operation and for simulation on analog computer. Prerequisite(s): ELET 103.
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ELET 271 - Digital Circuits 3 lecture hours, 3 lab hours, 4 credit hours
Analysis and design of pulse and switching circuits used in digital computers.
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ELET 272 - Electrical Installation Planning 2 lecture hours, 3 lab hours, 3 credit hours
Methods and materials used in electrical installation and electrical construction work. Prerequisite(s): ELET 102.
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ELET 273 - Analog OP-AMPS and Microprocessors 3 lecture hours, no lab hours, 3 credit hours
Principles and uses of the operational amplifier (OP-AMP) and analog circuits used extensively in biomedical technology and electronics, industrial instrumentation and computer systems. Prerequisite(s): ELET 102.
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ELET 274 - Electrical Machinery and Controls 3 lecture hours, 3 lab hours, 4 credit hours
Principles, operating characteristics, efficiencies, ratings, and applications of DC and AC dynamos. Includes methods and devices for starting, braking, and controlling speed, voltage, and acceleration. Power distribution and transmission discussed including primary substation and feeders, transformer primary switch gear and low voltage feeder protection, fault current calculations and wiring methods as applied to substation distribution and transmission lines. Prerequisite(s): ELET 102.
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ELET 277 - Power Distribution Transmission 3 lecture hours, no lab hours, 3 credit hours
System planning, primary substation and feeders. Prerequisite(s): ELET 102.
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ELET 283 - Electronics Communications 3 lecture hours, 3 lab hours, 4 credit hours
Electronics communications theory and laboratory experience including transmitting and receiving techniques using amplitude, frequency, and phase modulation. Prerequisite(s): ELET 155.
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ELET 285 - Industrial Electronics 3 lecture hours, 3 lab hours, 4 credit hours
Control of industrial machinery and processes through electronic circuits and systems. Includes devices and techniques to sense, measure, and control physical parameters with state-of-the-art industrial process control. Explains system design and troubleshooting. Prerequisite(s): ELET 155.
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ELET 287 - Programmable Logic Controllers (PLCs) 3 lecture hours, 3 lab hours, 4 credit hours
Applications and operation of PLC’s including design of logic diagrams using ladder logic. Preventive maintenance and troubleshooting. Prerequisite(s): Permission of instructor.
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ELET 289 - Advanced Electronics 3 lecture hours, 3 lab hours, 4 credit hours
Analysis of advanced electronic circuits. Prerequisite(s): ELET 102 and ELET 155.
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ELET 291 - Microprocessors and Advanced Digital Systems 3 lecture hours, 3 lab hours, 4 credit hours
Introduction to microprocessor architecture, addressing and programming, input/output memory devices, and applications. Includes experiments in micro-computer programming, hardware analysis, timing, and design.
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ELET 299 - Seminar No lecture hours, 3 lab hours, 1 credit hour
Design, fabrication, and testing of electronic projects and use of supply source manuals, current publications, and library reference materials. Includes written and oral presentations.
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Electrical Apprentice |
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ELAP 101 - Basic Electricity 2 credit hours, 3 lab hours, 3 credit hours
Introductory course designed to provide an overview of basic electrical mathematics and electrical D.C. theory. Prerequisite(s): The student must hold apprentice status at an approved agency prior to enrolling in this course.
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ELAP 103 - Circuits, Magnetism, and Basic AC 2 lecture hours, 3 lab hours, 3 credit hours
Advanced level study of series parallel circuits and D.C. circuits. It also introduces the apprentice to A.C. theory to include inductive and capacitive circuits. Prerequisite(s): The student must hold apprentice status at an approved agency prior to enrolling in this course.
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ELAP 104 - A.C. Theory, Meters, and Batteries 2 lecture hours, 3 lab hours, 3 credit hours
Continuation of A.C. theory through series parallel RCL circuits. Also covered are batteries and the various types of test equipment used in the electrical trade. Prerequisite(s): The student must hold apprentice status at an approved agency prior to enrolling in this course.
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ELAP 107 - Motors, Generators, and Alternators 2 lecture hours, 3 lab hours, 3 credit hours
Overview of both the theory and practical applications of generators and electric motors. Prerequisite(s): The student must hold apprentice status at an approved agency prior to enrolling in this course.
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ELAP 109 - Electric Motor Control 2 lecture hours, 3 lab hours, 3 credit hours
Overview of the fundamentals of electric motor control including control of motor starting, control components, and maintenance of control equipment. Prerequisite(s): The student must hold apprentice status at an approved agency prior to enrolling in this course.
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ELAP 110 - Electronic Circuit Analysis I 2 lecture hours, 3 lab hours, 3 credit hours
Overview of the fundamentals of electronic circuit analysis. Prerequisite(s): The student must hold apprentice status at an approved agency prior to enrolling in this course.
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ELAP 201 - Electronic Circuit Analysis II 2 lecture hours, 3 lab hours, 3 credit hours
Continuation of ELAP-110: Electronic Circuit Analysis I. Prerequisite(s): The student must hold apprentice status at an approved agency prior to enrolling in this course.
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ELAP 203 - Fibre Optics 2 lecture hours, 3 lab hours, 3 credit hours
Introduction to the information that an apprentice must acquire to successfully perform fibre optics installations. Prerequisite(s): The student must hold apprentice status at an approved agency prior to enrolling in this course.
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Electrician |
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ELEC 102 - Electrical Calculations 3 lecture hours, no lab hours, 3 credit hours
Basic concepts and fundamental applications of mathematics for electricians.
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ELEC 103 - Electrical Blueprints 3 lecture hours, no lab hours, 3 credit hours
Study of blueprint reading which includes specifications and trade-related elements.
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ELEC 112 - Basic Electricity 2 lecture hours, 8 lab hours, 4 credit hours
Fundamental concepts of electricity, electrical instruments, and electrical measurements. Corequisite(s): TECH 101.
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ELEC 120 - Electrical Raceways 2 lecture hours, 4 lab hours, 3 credit hours
Electrical skills course covering raceways, fittings, pull boxes, junction boxes, explosion proof equipment and cable trays. Prerequisite(s): ELEC 112 and ELEC 102 and ELEC 103 and ELEC 124 and TECH 101.
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ELEC 123 - National Electric Code I 4 lecture hours, no lab hours, 4 credit hours
Introductory study of the structure and scope of the National Electric Code.
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ELEC 124 - National Electric Code II 4 lecture hours, no lab hours, 4 credit hours
Study of the National Electric Code as related to commercial wiring.
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ELEC 131 - Residential Wiring and Installation 2 lecture hours, 8 lab hours, 5 credit hours
Care/usage of tools and materials used in electrical installations and the application of electrical tools, materials, and test equipment associated with electrical installations and residential wiring. Prerequisite(s): ELEC 102, ELEC 103, ELEC 112, ELEC 123, and TECH 101.
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ELEC 133 - Motors, Transformers, and Generators 2 lecture hours, 4 lab hours, 3 credit hours
Fundamentals and principles of single and three phase motors and generators as well as transformer theory, application, and installation. Prerequisite(s): ELEC 112, ELEC 102, ELEC 103, ELEC 124, and TECH 101.
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ELEC 141 - Commercial Wiring 2 lecture hours, 8 lab hours, 4 credit hours
Advanced electrical skills course covering all aspects of commercial wiring and installation. Prerequisite(s): ELEC 112, ELEC 102, ELEC 124, and TECH 101.
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ELEC 144 - Motor Controls 1 lecture hour, 6 lab hours, 2 credit hours
Fundamental concepts of motors and motor controls. Prerequisite(s): ELEC 112, ELEC 102, ELEC 103, ELEC 124, and TECH 101.
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ELEC 180 - Work Experience No lecture hours, 5 lab hours, 2 credit hours
75 hours of supervised practical experience in electrical wiring at an off-campus worksite under the supervision of a clinical preceptor and Delgado faculty member. Prerequisite(s): ELEC 102, ELEC 103, ELEC 112, ELEC 123, and TECH 101.
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ELEC 202 - Industrial Wiring 1 lecture hour, 6 lab hours, 2 credit hours
Layout, planning, and installation of wiring systems in industrial facilities. Emphasis is placed on industrial wiring methods and materials. Prerequisite(s): ELEC 112, ELEC 102, ELEC 103, ELEC 120, ELEC 124, and TECH 101.
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ELEC 208 - Digital Logic Functions 2 lecture hours, 6 lab hours, 4 credit hours
Introduces the programmable logic controller (PLC) and its associated applications.
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ELEC 210 - Journeyman Electrical Exam Preparation 3 lecture hours, no lab hours, 3 credit hours
Test taking strategies for the Journeyman Electrician Exam as well as a review of the National Electric Code (NEC), code calculations, branch circuits, conduit/ box fill calculations, conductors, wiring methods, and other content to assist students in obtaining Journeyman status in the electrical industry. Prerequisite(s): ELEC 102, ELEC 103, ELEC 112, ELEC 120, ELEC 123, ELEC 124, ELEC 131, ELEC 133, ELEC 141, and TECH 101 (completion of the Residential CTS program) or 3 years documented experience as a trade electrician. Corequisite(s): ELEC 120, ELEC 133, and ELEC 141 or 3 years documented experience as a trade electrician.
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ELEC 252 - Solid State Theory 1 lecture hour, 3 lab hours, 2 credit hours
Introduction to solid state devices, diodes, transistors, rectifiers and filters. Prerequisite(s): ELEC 112, ELEC 102, ELEC 103, ELEC 124, and TECH 101.
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Electric Line Technician |
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ELLT 100 - Electricial Distribution 2 lecture hours, 4 lab hours, 3 credit hours
Methods and types of electrical power transmission and distribution systems. Structures, equipment, power grids, and pole setting will be emphasized.
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ELLT 101 - Introduction to Electric Line Techician Theory 2 lecture hours, 4 lab hours, 3 credit hours
Minimum safety standards, general electrical concepts, and tools of the trade.
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ELLT 103 - Pole Climbing and Rigging 2 lecture hours, 8 lab hours, 4 credit hours
Techniques used to safely climb utility poles and attach lifting equipment.
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ELLT 104 - Transformers 2 lecture hours, 4 lab hours, 3 credit hours
Fundamentals and principles of single and three phase motors and generators as well as transformer theory, application, and characteristics.
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ELLT 201 - Underground Construction 2 lecture hours, 4 lab hours, 3 credit hours
Types of underground distribution systems. Prerequisite(s): TECH 101, ELLT 100, and ELLT 101.
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ELLT 202 - Meter Installation and Service 1 lecture hour, 3 lab hours, 2 credit hours
Basic theories of watt-hour meter operation, installation, and removal. Prerequisite(s): TECH 101, ELLT 100, and ELLT 101.
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ELLT 203 - Three Phase Transformers 2 lecture hours, 4 lab hours, 3 credit hours
Application and connection of single phase transformers to supply three phase power. Prerequisite(s): TECH 101, ELLT 100, and ELLT 101.
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Electronics Servicing Technology |
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ELST 103 - Electrical Principles 3 lecture hours, no lab hours, 3 credit hours
Concepts of electron physics and electrical units, systems, and circuits. Includes factors affecting development and use of DC and AC current and voltages. Corequisite(s): ELST 104.
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ELST 104 - Electrical Principles Laboratory No lecture hours, 3 lab hours, 1 credit hour
Laboratory for ELST 103. Corequisite(s): ELST 103.
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ELST 106 - Shop Practices Laboratory No lecture hours, 3 lab hours, 1 credit hour
Techniques of servicing electronic equipment. Covers care and use of tools, soldering, wiring, customer relations, and basic repair principles.
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ELST 148 - Solid State Electronics 3 lecture hours, no lab hours, 3 credit hours
Development, circuit application, and characteristics of basic transistor circuits. Includes FET, MOSFET, and IC board of theory. Introduces digital and logical circuits. Prerequisite(s): ELST 104.
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ELST 152 - Basic Electronics 3 lecture hours, no lab hours, 3 credit hours
Theory of solid state components and vacuum tubes used in power supplies, oscillators, and amplifier circuits. Prerequisite(s): ELST 104. Corequisite(s): ELST 154.
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ELST 154 - Basic Electronics Laboratory No lecture hours, 3 lab hours, 1 credit hour
Laboratory for ELST 152. Corequisite(s): ELST 152.
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ELST 165 - Radio 3 lecture hours, no lab hours, 3 credit hours
Modulation principles, RF amplification, selection, conversion, detection, and other circuits used for AM and FM reception with emphasis on solid state. Prerequisite(s): ELST 148 and ELST 152. Corequisite(s): ELST 166.
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ELST 166 - Radio Laboratory No lecture hours, 3 lab hours, 1 credit hour
Analysis of individual circuits in AM and FM receivers. Corequisite(s): ELST 165.
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ELST 190 - General Video Systems 3 lecture hours, no lab hours, 3 credit hours
Video and audio transmission, reception fundamentals, television transmission, and reception standards. Includes sectional study of television receivers. Prerequisite(s): ELST 154. Corequisite(s): ELST 192.
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ELST 192 - Video Color Development 3 lecture hours, no lab hours, 3 credit hours
Monochrome and color transmitter and receiver circuit requirements. Emphasis on solid state and integrated circuitry. Corequisite(s): ELST 190.
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ELST 200 - Transmitting and Receiving Circuits 3 lecture hours, no lab hours, 3 credit hours
Transmitting and receiving principles (SSB, AM, FM, and aural) necessary to meet FCC License requirements.
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ELST 202 - General Video Circuits 3 lecture hours, no lab hours, 3 credit hours
Advanced monochrome and color receiving systems. Includes antenna and transmission line characters. Emphasizes integrated circuitry. Prerequisite(s): ELST 192. Corequisite(s): ELST 207.
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ELST 203 - Complex Chrominance Circuits 3 lecture hours, no lab hours, 3 credit hours
Analysis of stage-by-stage color and monochrome circuit operation. Includes color circuit alignment and convergence and gray scale setup. Emphasizes solid state, integrated circuitry, and digital systems. Prerequisite(s): ELST 190 and ELST 192. Corequisite(s): ELST 204.
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ELST 204 - Complex Chrominance Circuits Laboratory No lecture hours, 3 lab hours, 1 credit hour
Alignment, convergence, and troubleshooting advanced color and monochrome equipment. Solid state, integrated circuits, and digital systems emphasized. Corequisite(s): ELST 203.
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