|
|
COMMUNICATION TECHNOLOGY PROGRAM
COMPUTERS AND COMMUNICATIONS TECHNOLOGY (TE 8418)
One-half credit, one semester. Grades 9-12
Students obtain knowledge and skills in desktop publishing, computer systems, lasers, and audio/video productions. Activities include computer graphics; digital photography; multi-media communications; and the printing of note pads, business cards, and garments. This course is designed for students who are seeking careers in information technology, commercial art, video production, and electronic publishing.
GRAPHIC COMMUNICATIONS (TE 8458)
One credit, one year, Grades 10-12,
Prerequisite: Photography and Printing or Computers and Communications Technology Computers and Communications Technology Course activities include color/digital photography, computer systems, scanning, and the imaging processes. Graphic Communications is designed for students who are interested in careers in information handling, web page design, TV/video production, multimedia communications, and advertising.
PHOTOGRAPHY AND PRINTING (TE 8415)
One-half credit, One semester, Grades 9-12
Students study the processes and skills used in black and white photography and photo screen printing. Activities emphasize the use of the 35mm camera, studio lighting, film development, and screen printing. This course is designed for students who are interested in careers in publishing, TV/video production, multimedia communications, and advertising.
CONTROL TECHNOLOGY PROGRAM
ELECTRICITY/ELECTRONICS I (TE8411)
One credit, one year, Grades 9-12
Students study basic alternating and direct current and the skills used in designing, constructing, and testing a circuit. The course topics cover a wide spectrum from electricity and electromagnetic principles to digital logic and parallel interfaces. Activities include basic house wiring, troubleshooting, and assembly of electronic devices. This course is for students pursuing careers in auto service, electrical and heating/air conditioning, or electrical engineering.
ELECTRONICS II and COMPUTER MAINTENANCE (TE 8412)
One credit, one year. Grades 10-12,
Prerequisite: Electricity/Electronics I
Students will apply math to the study and diagnoses of complex circuits and computers. Activities include troubleshooting computers, maintenance, using an oscilloscope, and advanced project assembly. This course is for students planning careers in electrical engineering, computer networking and repair, and communications.
POWER AND TRANSPORTATION TECHNOLOGY (TE 8445)
One-half credit, one semester, Grades 9-12
Students study how power is utilized through mechanical, fluid, and electrical devices. They construct projects and conduct experiments related to alternate energy sources such as wind, water, solar, and atomic. They experience the work of electrical and mechanical technicians, mechanical engineers, and researchers as they study energy converting machines and devices used on land and sea, and in air and space. This course is beneficial to students wishing to pursue a career in the technical or engineering fields.
SMALL ENGINES (TE 8444)
One-half credit, one semester, Grades 9-12
Students study the operation and repair of low horsepower engines, and gain troubleshooting skills. Activities include assembly and disassembly, tune-up, parts measurement, calculating power, and applying basic physical science. The Small Engines course is designed for students interested in careers in automotive or mechanical service, vehicle design and engineering, and transportation.
PRE-ENGINEERING PROGAM
INTRODUCTION TO ENGINEERING (TE 8490)
One credit, One year, Grades 10-12
This course provides orientation to the careers and challenges of engineering. Students are actively involved with high-tech devices, engineering graphics, and math/scientific principles through problem- solving experiences. Activities are provided in descriptive geometry, materials science, and technical systems.
Students who complete Physics of Technology I and II may use these courses to satisfy one physics credit in laboratory science and one elective credit. A student must complete both courses in the sequence in order to receive laboratory science credit. Students who enroll in Physics of Technology courses for a physics credit must have completed Algebra I and two laboratory science courses as specified by the accrediting standards prior to enrolling in Physics of Technology.
PHYSICS OF TECHNOLGY PROGRAM
PHYSICS OF TECHNOLOGY I (TE 9811)
One credit, One year, Grades 11-12
Prerequisite: Algebra I and two laboratory science courses
Students experiment with the math and physics concepts used by technicians and engineers. Activities develop the ability to apply the principles of force, work, rate, resistance, energy, power, and force transformers to mechanical, fluid, electrical, and thermal systems. This course is for students planning careers as technicians, designers, managers, and engineers.
Students must successfully complete the two-year sequence (Physics of Technology I and Physics of Technology II) in order to receive one unit of credit in Physics.
PHYSICS OF TECHNOLOGY II (TE 9812)
One credit, One year, Grades 11-12
Prerequisite: Physics of Technology I
(Students who complete Physics of Technology I and II in sequence will earn two credits; an elective credit and a Physics credit.)
Students continue to apply physics and mathematics concepts through a systems approach to the principles underlying technical systems. This course focuses on seven technical principles: momentum; waves; energy converters; transducers; radiation; optical systems; and time constants. Emphasis is on the unifying role each principle plays in the operation of mechanical, fluid, electrical, and thermal systems.
Students must successfully complete the two-year sequence (Physics of Technology I and Physics of Technology II) in order to receive one unit of credit in Physics.
PRODUCTION TECHNOLOGY PROGRAM
CONSTRUCTION TECHNOLOGY (TE 8432)
One credit, one year, Grades 9-12
Students work on individual and group projects that help them understand the Jobs of architects, carpenters, electricians, plumbers, surveyors, contractors, masons, design engineers, and a variety of construction careers. Working with both hand tools and power tools, students design, build, and test scale-model structures; design and build a scale model of a house; and plan and construct a building that will be sold.
MATERIALS TECHNOLOGY I (TE 8433)
One credit. One year, Grades 9-12
Prerequisite: Production or Construction Technology and/or Earth Science
Students explore the science of materials and processes as they fabricate usable products and conduct experiments. Learning experiences include analysis, testing, and processes of wood, plastic, and composite materials. This course is recommended for students interested in technical careers and others wishing to improve their consumer knowledge and technological literacy.
MATERIALS TECHNOLOGY II (TE 8478)
One credit, One year, Grades 9-12
Prerequisite: Production or Construction Technology and/or Earth Science
Students explore the science of materials and processes as they fabricate usable products and conduct experiments. Learning experiences include analysis, testing, and processes of metal, ceramic, and composite materials. This course is recommended for students interested in technical careers and others wishing to improve their consumer knowledge and technological literacy.
PRODUCTION SYSTEMS (TE 8447)
One credit, one year. Grades 9-12
Prerequisite: Construction Technology
Students plan, design, develop, and market products useful in an up-to-date marketplace. Activities include computer aided manufacturing (CAM), computer numerical control, and robots used in flexible manufacturing systems. Students analyze markets, design and develop prototypes, determine impact, and plan new businesses needed by people and society.
TECHNICAL DESIGN AND ILLUTRATION PROGRAM
BASIC TECHNICAL DRAWING (TE 8435)
One credit, One year, Grades 9-12
This course provides students with the opportunity to learn the language of engineering and technology. Students gain skills in mechanical drawing and computer assisted design and drawing (CADD). They study geometric construction, orthographic projection, pictorial drawings, and dimensioning. The course is recommended for the future engineering, architecture, or technology student.
ARCHITECTURAL DRAWING (TE 8437)
One credit, one year, Grades 10-12
Prerequisite: Basic Technical Drawing
This course provides students with the opportunity to learn more about the principles of architecture and related drafting practices and techniques. It provides helpful information for the homeowner and is beneficial to the future architect, interior designer, or homebuilder. Students use resource materials, standard books, and computers as they learn the general principles, practices, and techniques of architectural drawing. The course includes designing residential structures and drawing plot plans, foundation plans, floor plans, elevations, schedules, and renderings.
ENGINEERING DRAWING (TE 8436)
One credit, one year, Grades 10-12
Prerequisite: Basic Technical Drawing
This course provides students with the opportunity to learn the graphic language of industry for engineers, manufacturers, and technicians. It provides students with in-depth experiences in drawing problems and developing skills and techniques. Emphasis is placed on the interpretation of industrial prints and the ability to use handbooks and computer assisted design and drawing. An important aspect of the course is the application of drafting principles to typical engineering drawing and design problems. Students will have the opportunity to take AutoCAD certification at the completion of the course. Other courses within this program area are offered at the the Advanced Technology Center.
|
