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Course Criteria
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5.00 Credits
This is a studio-based television production course that builds on basic skills developed in ENT 100. Students will enhance their understanding of the roles of staff and crew persons in video production. Simple pre-production of audio, graphics and video elements will be required for laboratory exercises.
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5.00 Credits
Introduces the function and operation of the primary tools of TV production (video, audio, and lighting) to develop the student's awareness and understanding of studio procedures. The course includes the concepts, terminology and equipment of multicamera, live-on-tape production.
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2.00 Credits
A study of the legal and ethical issues facing the mass media. The course will focus on the rights, constraints and responsibilities under the U.S. Constitution, federal and state statues, administrative law, common law and voluntary codes of ethics. Specific topics include: libel, privacy, contempt, copyright, broadcast regulation, the court systems, commercial speech, prior restraint, access, the civil and criminal judicial processes and obscenity.
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5.00 Credits
Students will learn the concepts and practices of field and remote video production. Emphasis will be on electronic field production. Students will produce projects, organize staff and edit work into a final broadcast ready product.
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6.00 Credits
(Prerequisite: Provisional admission) Provides an introduction to welding technology with an emphasis on basic welding laboratory principles and operating procedures. Topics include: industrial safety practices, hand tool and power machine operations, measurement, laboratory procedures, introduction to codes and standards, welding career potentials, basic electricity and power sources, and metals characteristics, preparation, and testing procedures. Laboratory demonstrations parallel class work.
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3.00 Credits
Introduces fundamental principles, safety practices, equipment, and techniques necessary for metal heating and oxyfuel cutting. Topics include: metal heating and cutting principles, safety procedures, use of oxyfuel cutting torch and flame cutting apparatus, metal heating and cutting techniques, cutting with manual and automatic cutting machines, and oxyfuel pipe cutting. Practice in the laboratory is provided.
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3.00 Credits
Introduces the knowledge and skills necessary for reading welding and related blueprints and sketches. Topics include: basic lines, sketches, basic views, notes and specifications, dimensions, structural shapes, isometrics, sectional views, joint design, and detail and assembly prints.
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3.00 Credits
Introduces the fundamental theory, safety practices, equipment, and techniques required for shielded metal arc welding (SMAW) in the flat position. Qualification tests, flat position, are used in the evaluation of student progress toward making industrial standard welds. Topics include: SMAW safety and health practices, SMAW theory, basic electrical principles, introduction to SMAW machines, equipment set-up, identification and selections of low hydrogen, mild steel, and other common electrodes, joint design, selection and preparation of materials, production of materials, and production of beads and joints in the flat position.
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3.00 Credits
Introduces the major theory, safety practices, and techniques required for shielded metal arc welding (SMAW) in the horizontal position. Qualification tests, horizontal position, are used in the evaluation of student progress toward making industrial standard welds. Topics include: SMAW safety and health practices, production of welds of uniform width and height, manipulation of electrodes to produce specification welds, horizontal joints, and uses of low hydrogen, mild steel, and other common electrodes in horizontal position welding.
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6.00 Credits
(Prerequisite: WLD 105) Introduces the major theory, safety practices, and techniques required for shielded metal arc welding (SMAW) in the vertical position. Qualification tests, vertical position, are used in the evaluation of student progress toward making industrial standard welds. Topics include: SMAW safety and health practices, production of welds of uniform width and height, manipulation of electrodes to produce specification welds, vertical joints, and applications of low hydrogen, mild steel, and other common electrodes in vertical position welding.
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