S<br />T<br />E<br />M<br />SCIENCE : TECHNOLOGY : ENGINEERING : MATH<br />T & E is now becoming a part of the ”IN” crowd<...
INTRODUCTIONS<br />Tim Schmitt<br />Engineering & Technology Education<br />Arabia Mountain High School<br />DeKalb County...
ARABIA MOUNTAIN HIGH SCHOOL<br /><ul><li>Located in Lithonia, GA
Opened Fall 2009
Approximately 1400 students
Environmental theme school
1st LEED certified public school in Georgia
Engineering, Energy, and Environmental magnet component
EIC curriculum model</li></ul>SCIENCE : TECHNOLOGY : ENGINEERING : MATH<br />
MATH & SCIENCE INTEGRATION<br />SCIENCE : TECHNOLOGY : ENGINEERING : MATH<br />
OUR COURSES<br />Level 1: Foundations of Engineering<br /><ul><li>Engineering the Future
2D AutoCAD
Digital Portfolio Development</li></ul>Level 2: Engineering Concepts<br /><ul><li>Engineering by Design
3D Inventor
CNC & Basic Automation</li></ul>Level 3: Engineering Applications<br /><ul><li>Robotics Engineering Curriculum
3D Inventor
Revit</li></ul>SCIENCE : TECHNOLOGY : ENGINEERING : MATH<br />
LEVEL 1 FRAMEWORK: ENGINEERING THE FUTURE<br />Project 1: Manufacturing & Design<br /><ul><li>Design Process
Technical Sketching, Measurement, Scale
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10-10-05_01 Tim Schmitt

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10-10-05_01 Tim Schmitt

  1. 1. S<br />T<br />E<br />M<br />SCIENCE : TECHNOLOGY : ENGINEERING : MATH<br />T & E is now becoming a part of the ”IN” crowd<br />
  2. 2. INTRODUCTIONS<br />Tim Schmitt<br />Engineering & Technology Education<br />Arabia Mountain High School<br />DeKalb County School System – DeKalb County, Georgia<br />SCIENCE : TECHNOLOGY : ENGINEERING : MATH<br />
  3. 3. ARABIA MOUNTAIN HIGH SCHOOL<br /><ul><li>Located in Lithonia, GA
  4. 4. Opened Fall 2009
  5. 5. Approximately 1400 students
  6. 6. Environmental theme school
  7. 7. 1st LEED certified public school in Georgia
  8. 8. Engineering, Energy, and Environmental magnet component
  9. 9. EIC curriculum model</li></ul>SCIENCE : TECHNOLOGY : ENGINEERING : MATH<br />
  10. 10. MATH & SCIENCE INTEGRATION<br />SCIENCE : TECHNOLOGY : ENGINEERING : MATH<br />
  11. 11. OUR COURSES<br />Level 1: Foundations of Engineering<br /><ul><li>Engineering the Future
  12. 12. 2D AutoCAD
  13. 13. Digital Portfolio Development</li></ul>Level 2: Engineering Concepts<br /><ul><li>Engineering by Design
  14. 14. 3D Inventor
  15. 15. CNC & Basic Automation</li></ul>Level 3: Engineering Applications<br /><ul><li>Robotics Engineering Curriculum
  16. 16. 3D Inventor
  17. 17. Revit</li></ul>SCIENCE : TECHNOLOGY : ENGINEERING : MATH<br />
  18. 18. LEVEL 1 FRAMEWORK: ENGINEERING THE FUTURE<br />Project 1: Manufacturing & Design<br /><ul><li>Design Process
  19. 19. Technical Sketching, Measurement, Scale
  20. 20. Manufacturing Processes, Costs, Feasibility, & More</li></ul>SCIENCE : TECHNOLOGY : ENGINEERING : MATH<br />
  21. 21. LEVEL 1 FRAMEWORK: ENGINEERING THE FUTURE<br />Project 2: Construction & Thermal<br />Systems<br /><ul><li>Urban Sprawl & New Urbanism
  22. 22. Loads on Structures & Failure Analysis
  23. 23. Material Strength
  24. 24. Thermal Energy Transfer</li></ul>SCIENCE : TECHNOLOGY : ENGINEERING : MATH<br />
  25. 25. LEVEL 1 FRAMEWORK: ENGINEERING THE FUTURE<br />Project 3: Fluid & Thermal Systems<br /><ul><li>Putt-Putt Boat Patent
  26. 26. Fluid Dynamics
  27. 27. Hydraulics & Pneumatics
  28. 28. Propulsion
  29. 29. Heat Engines
  30. 30. Resistance in Pipes</li></ul>SCIENCE : TECHNOLOGY : ENGINEERING : MATH<br />
  31. 31. LEVEL 1 FRAMEWORK: ENGINEERING THE FUTURE<br />Project 4: Electrical & Communication<br />Technologies<br /><ul><li>Simple Circuits
  32. 32. Electricity for Communications</li></ul>SCIENCE : TECHNOLOGY : ENGINEERING : MATH<br />
  33. 33. OUR COURSES<br />Level 1: Foundations of Engineering<br /><ul><li>Engineering the Future
  34. 34. 2D AutoCAD
  35. 35. Digital Portfolio Development</li></ul>Level 2: Engineering Concepts<br /><ul><li>Engineering by Design
  36. 36. 3D Inventor
  37. 37. CNC & Basic Automation</li></ul>Level 3: Engineering Applications<br /><ul><li>Robotics Engineering Curriculum
  38. 38. 3D Inventor
  39. 39. Revit</li></ul>SCIENCE : TECHNOLOGY : ENGINEERING : MATH<br />
  40. 40. LEVEL 2 FRAMEWORK: ENGINEERING BY DESIGN<br />Manufacturing Unit<br /><ul><li>Students work to design and build a vending machine capable of dispensing soap of a certain color and scent
  41. 41. Quality control, Production, Control Systems, Sensors, Relays, and more…</li></ul>SCIENCE : TECHNOLOGY : ENGINEERING : MATH<br />
  42. 42. LEVEL 2 FRAMEWORK: ENGINEERING BY DESIGN<br />Transportation Unit<br /><ul><li>Students work to design and build vehicle to transport clean water to a remote area
  43. 43. Distance Calculations, vehicle safety, suspension systems, braking systems, torque, gearing, etc.</li></ul>SCIENCE : TECHNOLOGY : ENGINEERING : MATH<br />
  44. 44. LEVEL 2 FRAMEWORK: ENGINEERING BY DESIGN<br />Rapid Prototyping, CNC & Automation<br />SCIENCE : TECHNOLOGY : ENGINEERING : MATH<br />
  45. 45. OUR COURSES<br />Level 1: Foundations of Engineering<br /><ul><li>Engineering the Future
  46. 46. 2D AutoCAD
  47. 47. Digital Portfolio Development</li></ul>Level 2: Engineering Concepts<br /><ul><li>Engineering by Design
  48. 48. 3D Inventor
  49. 49. CNC & Basic Automation</li></ul>Level 3: Engineering Applications<br /><ul><li>Robotics Engineering Curriculum
  50. 50. 3D Inventor
  51. 51. Revit</li></ul>SCIENCE : TECHNOLOGY : ENGINEERING : MATH<br />
  52. 52. ROBOTICS ENGINEERING CURRICULUM<br />Semester One<br /><ul><li>Introduction to Robotics
  53. 53. VEX Programming
  54. 54. Physics and Robotics
  55. 55. Sensors
  56. 56. Arms and End Effectors</li></ul>SCIENCE : TECHNOLOGY : ENGINEERING : MATH<br />
  57. 57. ROBOTICS ENGINEERING CURRICULUM<br />Semester Two<br /><ul><li>Introduction to Electronics
  58. 58. Mechanical Properties
  59. 59. Advanced C Programming
  60. 60. Industrial Robotics
  61. 61. Advanced Mechanics </li></ul>SCIENCE : TECHNOLOGY : ENGINEERING : MATH<br />
  62. 62. OUR COURSES<br />Level 1: Foundations of Engineering<br /><ul><li>Engineering the Future
  63. 63. 2D AutoCAD
  64. 64. Digital Portfolio Development</li></ul>Level 2: Engineering Concepts<br /><ul><li>Engineering by Design
  65. 65. 3D Inventor
  66. 66. Digital Portfolio Development</li></ul>TSA & COMPETITION TEAMS<br />Level 3: Engineering Applications<br /><ul><li>Robotics Engineering Curriculum
  67. 67. 3D Inventor
  68. 68. Digital Portfolio Development</li></ul>SCIENCE : TECHNOLOGY : ENGINEERING : MATH<br />
  69. 69. TECHNOLOGY STUDENT ASSOCIATION<br />TSA<br /><ul><li>Co-curricular student organization promoting:
  70. 70. Leadership
  71. 71. Technical Skills
  72. 72. Competitive Spirit
  73. 73. Includes our VEX robotics team!</li></ul>SCIENCE : TECHNOLOGY : ENGINEERING : MATH<br />
  74. 74. Questions<br />Or<br />Comments?<br />Tim Schmitt<br />Arabia Mountain High School<br />Timothy_m_schmitt@fc.dekalb.k12.ga.us<br />678-875-3602<br />SCIENCE : TECHNOLOGY : ENGINEERING : MATH<br />T & E is now becoming a part of the ”IN” crowd<br />

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