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Gateway to Technology Project Lead the Way.  Design and Modeling (DM)  Automation and Robotics (AR)  Energy and Environment (EE)  Magic of Electrons.

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Presentation on theme: "Gateway to Technology Project Lead the Way.  Design and Modeling (DM)  Automation and Robotics (AR)  Energy and Environment (EE)  Magic of Electrons."— Presentation transcript:

1 Gateway to Technology Project Lead the Way

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3  Design and Modeling (DM)  Automation and Robotics (AR)  Energy and Environment (EE)  Magic of Electrons (ME)  Science of Technology (ST)  Flight and Space (FS)

4  Engineering notebook  Problem solve  Teamwork  Design and develop prototypes  Sketch and dimension  Design process  Measure  3D Modeling software – Inventor

5  What is Engineering?  Design Process  Measurement  Sketching and Dimensioning  Designing for Production Isometric Drawings Orthographic Drawings Inventor Tools Dragsters Perspective Sketching Mechanical Arm Measuring Skimmer

6 Dragster Track Scroll Saw Skimmer Inventor Projects Drill Press Building Blocks

7  History, development, and influence of automation and robotics  Fischertechniks (new materials – VEX)  Mechanical systems – gears and joints  Automated systems  Design, build, and program solutions to existing problems

8  What is Automation and Robotics?  Mechanical Systems  Automated Systems Fischertechniks Vex Interface Controller RoboPro Gears Input/Output Motion Gear Ratios Pull ToysRobots History

9 Fishertechniks – Building Gears (all pictures) Automated System working with RoboPro

10  Investigate impact of energy  Design and model alternative energy sources  Energy expo  Energy efficiency and sustainability

11  Investigating Energy  Sustainable Energy  Making an Impact Life Cycle of a Product Design the blades for a windmill Energy Expo Recycling a City Penguin Dwellings Heat Transfer

12  Hands-on projects  Science of electricity  Behavior and parts of an atom  Sensing devices  Basic circuitry design  Impact of electricity

13  What is Electricity?  Electronics  Digital Electronics Multi-meters Static and Current Electricity DC Motors Generators Magnetism Switches DiodesLight Emitting Diodes Ohm’s Law Resistance Capacitors Transistors Soldering Circuit Boards

14 Soldering Light Switch Electromagnetic

15  How has science affected technology throughout history?  Physics  Chemistry  Nanotechnology  STEM activities and projects

16  Applied Chemistry  Nanotechnology  Applied Physics Make Ice Cream Make Yogurt Nanotechnology Nano-Products Rube GoldbergSimple Machines Energy Roller Coaster Mania Sub Systems

17 Mag Lev Rube Goldberg

18  Hands-on activities  Research  Aeronautics  Design, build, test airfoil  Experience space travel  Custom-built simulation software

19  History of Flight and Space  Aeronautics  Traveling and Living in Space Science of Flight Aerospace Infomercial Forces of Flight Newton’s Law Wind Tunnel Airfoils Milestones in Space Exploration Moon Rover Flying Machines Bernoulli’s Principle Traveling to Space

20  Pltw.org website  Day-by-day plan  Standards and Benchmarks  Technology Literacy  National Science Education Standards  Middle School Standards  English  Math

21  Introduction to Engineering Design (IED)  Principles of Engineering (POE)  Digital Electronics (DE)  Aerospace Engineering (AE)  Biotechnical Engineering (BE)  Civil Engineering and Architect (CEA)  Computer Integrated Manufacturing (CIM)  Engineering Design and Development (EDD)

22  Anyone and everyone!  May want to set criteria for entrance

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