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Make CTE a Catalyst for STEM Education

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Make CTE a Catalyst for STEM Education

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Building a framework that connects CTE and STEM is paramount to preparing students to compete for future jobs. A significant part of this framework includes hands-on learning applications tailored to individual CTE programs that span varying industries. Explore how to align CTE curriculum content with the sustaining improvements of 21st century STEM technologies and how to set measurable goals to integrate STEM academics into existing CTE programs.

Building a framework that connects CTE and STEM is paramount to preparing students to compete for future jobs. A significant part of this framework includes hands-on learning applications tailored to individual CTE programs that span varying industries. Explore how to align CTE curriculum content with the sustaining improvements of 21st century STEM technologies and how to set measurable goals to integrate STEM academics into existing CTE programs.

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Make CTE a Catalyst for STEM Education

  1. 1. Make CTE a Catalyst for STEM Education www.amtekcompany.com @amtekcompany
  2. 2. We provide teaching technologies for 21st century learning. About Amtek Company amtekcompany.com Installation and Training Expert Consultation Lifetime Support
  3. 3. TOO FEW STUDENTS ARE CURRENTLY CHOOSING TO PREPARE FOR STEM CAREERS. From 1985 to 2005, the number of bachelor’s degrees earned in engineering fell from 77,572 to 66,133, and the number of associate degrees in engineering technology fell from 53,700 to 28,800. - National Science Board, Science and Engineering Indicators 2008
  4. 4. amtekcompany.com STEM doesn't only include scientists and engineers! Agriculture, Food & Natural Resources Architecture Automotive Health Sciences Manufacturing Robotics and Automation... Broaden students understanding of CTE
  5. 5. Build a Framework Define program needs and objectives Determine how you will connect the dots between STEM and CTE Outline technology features and capabilities within budget parameters Develop a clear plan for equipment use amtekcompany.com
  6. 6. Blending STEM/CTE James A. Forrest Career and Technology Center's heavily science-based CTE programs amtekcompany.com Lessons on agriculture, food and natural resources Covers principles of agricultural science, animal biotechnology, and food science and safety Combine these scientific topics with agriculture business and R&D for well-rounded education 3-Year Agricultural Science Program Students study how urban agriculture, biotechnology and alternative energy directly relates to agriculture
  7. 7. Project-Based Learning Align CTE curriculum content with 21st century STEM technologies Hands-on learning that focuses on solving a problem Student-centered approach to teaching amtekcompany.com
  8. 8. 2014 STEM Robotics Challenge Virginia Beach City Public Schools STEM the Erosion 50 student teams 900 elementary, middle, and high school students 1 year for design & documentation amtekcompany.com Students challenged to create robot designed to plant sea grass and move rocks to build a seawall that prevents beach erosion https://vimeo.com/98150398
  9. 9. Exposure to real-world STEM research 3D printing for surgical modeling and preparation amtekcompany.com Thomas Jefferson High School student studies 3D printed hearts and organs alongside researchers at INOVA hospital in GMU Lab (Credit: Stratasys)
  10. 10. Industry Partnerships Determine the skill sets your students should have to add value to the local economy Create a plan for how your school and local businesses will work together to produce students that meet future needs of industry Discuss possibilities of scholarship and mentorship support amtekcompany.com
  11. 11. Meet Local Economic Needs Chesapeake Public Schools & Tidewater Community College dual-enrollment program in Mechatronics amtekcompany.com In Chesapeake alone there are 40 manufacturers. A lot of these companies can't find the skilled workers they need. Scholarships & mentorships from local businesses Integrate STEM concepts into principles of electricity, electronics, robotics Establish career pathways starting at the high school level http://www.13newsnow.com/story/news/2015/09/03/chesapeake-hs-students-manufacturing-career-path/71664266/
  12. 12. Altruistic after-school programs w/ industry support Charlottesville High School + Northrop Grumman + Enabling the Future amtekcompany.com 12 dozen students participate weekly 3D printing helps low income children with birth defects receive prosthetic hands Altruism can encourage and inspire students who don't associate their with typical STEM skill sets http://ht.ly/TccAO
  13. 13. Utilize Free Resources Find STEM curriculum that easily slots into your CTE program amtekcompany.com Closed Gear Systems Fluid Dynamics The Factory of Tomorrow 3D Manufacturing Regulations and Carbon Footprint 14-week, modular curriculum from Stratasys http://www.amtekcompany.com/ teach-3d-printing-course/
  14. 14. CTE programs provide a foundation for STEM competencies and skills. STEM cannot be viewed as separate from CTE. It is inherent to CTE. amtekcompany.com
  15. 15. amtekcompany.com Rich Sykes | rsykes@amtekcompany.com

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