1 / 16

Gateway To Technology - 7 Units

Gateway To Technology - 7 Units. Middle School curriculum (grades 6-8) 45 instructional days per unit 1.75 years of curriculum Two required units Design and Modeling Automation and Robotics. Summer Core Training for Teachers at SJSU College of Engineering.

brigid
Télécharger la présentation

Gateway To Technology - 7 Units

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript


  1. Gateway To Technology - 7 Units • Middle School curriculum (grades 6-8) • 45 instructional days per unit • 1.75 years of curriculum • Two required units • Design and Modeling • Automation and Robotics

  2. Summer Core Training for Teachers at SJSU College of Engineering • 2 week training for foundation units (GTTF) • 19 GTTF teachers trained Summer 2012 (58 total teachers trained) • Ongoing support by PLTW, SJSU staff, and Engineering Ambassadors • Support from fellow teachers at Best Practices Workshop every May

  3. GTTF Cohort: SJSU College of Engineering, Summer 2012

  4. GTTF Cohort: SJSU College of Engineering, Summer 2012

  5. GTTF Cohort: SJSU College of Engineering, Summer 2012

  6. Design & Modeling • Automation & Robotics • Energy & the Environment Required GTT Foundation • Flight & Space • Science of Technology • Magic of Electrons • Green Architecture GTT Specialization District Agreement: A minimum course offering of Design & Modeling and Automation & Robotics must be provided.

  7. Unit 1: Design & Modeling (Required) Key Concepts: • What is Engineering? • Design Process • Measurement • Sketching and Dimensioning Techniques • Designing for Production Project: • Playground Design

  8. Unit 2: Automation & Robotics (Required) Key Concepts: • What is Automation and Robotics? • Mechanical Systems • Automated Systems Project: • Windmill Design • Simulated Factory Cell

  9. Unit 3: Energy & the Environment Key Concepts: • Investigating Energy • Sustainable Energy • Making an Impact Projects: • Wind Power • Energy Expo • Penguin Dwellings

  10. Unit 4: Flight & Space Key Concepts: • History of Flight & Space • Aeronautics • Traveling & Living in Space Projects: • Aerospace Infomercial • Airfoil Design • AstroEngineer Serious Game

  11. Unit 5: Science of Technology Key Concepts: • Applied Chemistry • Nanotechnology • Applied Physics Projects: • Oil Spill • Nano Products • Rube Goldberg

  12. Unit 6: Magic of Electrons Key Concepts: • What is Electricity? • Electronics • Digital Electronics Projects: • Generators • Circuit Design • Logic Problems

  13. Unit 7: Green Architecture Key Concepts: • Introduction to Sustainability and Architecture • Architectural Basics • Architectural Challenge Projects: • Architectural Scales, Measuring and Drawings • Building a Shed • Designing a Sustainable Home from a Shipping Container

  14. PLTW Pathway to Engineering: Importance of Working with High Schools • Creating a pathway from MS to HS • Software license sharing • Flexibility in offering GTT

  15. Registration and Implementation • Select a School District Delegate • Register the school district • Review the agreement, return to PLTW by March 15 • Identify appropriate teachers • Teachers register for Core Training: after pre-assessment • Purchase required equipment and software: PLTW purchasing manual

  16. Questions? Katherine Casey Katherine.casey@sjsu.edu 408-924-3838

More Related