DRAFTING TECHNOLOGY Grades 9 , 10 , 11 , 12 1 credit ( 5711 ) CCP
WOOD TECHNOLOGY 1 Grades 9 , 10 , 11 , 12 1 Credit ( 5731 ) CCP
WOOD TECHNOLOGY 2 Grades 10 , 11 , 12 1 Credit ( 5732 ) CCP
WOOD TECHNOLOGY 3 Grades 11 , 12 1 Credit ( 5733 ) CCP
BASIC ELECTRONICS Grades 9 , 10 , 11 , 12 1 Credit ( 5741 ) CCP
ROBOTICS TECHNOLOGY Grades 10 , 11 , 12 1 Credit ( 5746 ) CCP
Prerequisite ( s ): None This computer-based design course provides an introduction to the basic principles of computer aided drafting and design ( CADD ). Topics covered include 3D printing , multi-view drawings , floor plans , and three-dimensional model design . The student will create basic two-dimensional and three-dimensional designs that relate to various disciplines such as engineering , architecture , interior design , and manufacturing .
Prerequisite ( s ): None This course familiarizes students with the common types of materials and methods of fabrication utilized in wood technologies . Basic skill development in hand tool and machine operation is stressed . Students are required to complete a variety of projects .
Prerequisite ( s ): Wood Technology 1 ( 5731 ) This course expands those areas studied in Wood Technology 1 . Emphasis is placed on cabinet construction , carpentry , furniture refinishing , and machine work . Students are required to complete advanced level projects and maintain a weekly journal .
Prerequisite ( s ): B or better in Wood Technology 2 ( 5732 ) and teacher recommendation This course uses CNC and laser technology to expand on concepts learned in Wood Technology 1 and 2 . Processes previously completed in the traditional shop are done using the new technology learned in this class . Additional wood processing methods unique to CNC and laser technology will be utilized .
Prerequisite ( s ): None In this course students investigate the phenomena of electricity and its role in the development of electronics . Circuit theory and the transition from analog to digital technology are studied . Students study the progression of electronics from tubes and transistors to integrated circuits . Activities include building circuits and using electronic components .
Prerequisite ( s ): None Students explore the application of industrial based robotics systems and how they interface with current manufacturing equipment . Topics include defining , programming and controlling robots . The course is extremely helpful to those students interested in participating on the FIRST Robotics Team .
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