At the High School level HS&T Ag T&T IT, T&T T&T The Content areas from STL are already covered by...
7
At the High School level HS&T Ag T&T IT, T&T T&T T&T T&T • The Content areas from STL are already covered by the following ATE areas. – Medical Technologies – Agricultural and Related Biotechnologies – Energy and Power Technologies – Information and Communication Technologies – Transportation Technologies – Manufacturing Technologies – Construction Technologies
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Transcript of At the High School level HS&T Ag T&T IT, T&T T&T The Content areas from STL are already covered by...
At the High School level
HS&TAgT&TIT, T&T
T&TT&T
T&T
• The Content areas from STL are already covered by the following ATE areas.– Medical Technologies
– Agricultural and Related Biotechnologies
– Energy and Power Technologies
– Information and Communication Technologies
– Transportation Technologies
– Manufacturing Technologies
– Construction Technologies
Why Engineering at the High Schools?• The National Standards are supported by
the engineering community: – National Academy of Engineering (NAE)
– Society of Manufacturing Engineers (SME)
– American Society of Mechanical Engineers (ASME)
– Institute for Electrical & Electronics Engineers (IEEE)
Two High School Options
1) Engineering Focus (The Utah Plan)
2) Engineering Focus (Project Lead The Way)
orHigh Schools can choose between two engineering options, PLTW or the Utah Plan.
and/or
High Schools can choose between two engineering options, PLTW or the Utah Plan. They can also choose to provide feeder courses for other ATE programs.
or
Option 1 – High SchoolThe Utah Plan
9th grade – Foundations of Technology Intro to Design and Basic Systems: Electrical, Fluid, Mechanical, Structural
10th grades – Design Course CAD, or Into. to Communications
11th grades – Application Course Electronics, Cabinetry and Millwork, Machine Tool, or Introduction to
Manufacturing 12th Grade PreEngineering
Senior Project, R & D, Patents & Copyrights, and Systems Integration
Math and Science courses should be encouraged as an important part of this program.
Flexible
Option 2 – High School“Project Lead the Way”
• Curriculum developed – 5 courses– Principles of Engineering– Introduction to Engineering Design– Digital Electronics– Computer Integrated Manufacturing (Optional courses
underdevelopment)– Engineering Design and Development
• Required math and science component (These are your existing school courses)
Academic Rigor
Option 2 – High School“Project Lead the Way”
• Standards Driven– The National Academy of Sciences
– The National Council of Teachers of Mathematics
– Standards for Technological Literacy (International Technology Education Association)
• End of course test in place• University/College Credit • Teacher training provided at Weber State University
