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Moving Beyond “We are the T & E in STEM” Joey Rider-Bertrand Curriculum & Instruction Specialist for STEM Lancaster-Lebanon IU 13 November 9, 2012 1

Moving Beyond T&E of STEM

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TEEAP presentation November 9, 2012 9:00 AM

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  • 1. Joey Rider-BertrandCurriculum & Instruction Specialist for STEM Lancaster-Lebanon IU 13November 9, 2012 1

2. 2 3. Schools around the country areSTEM-washing, using the termSTEM to gain recognition andhope to attract funding. STEM is the buzzword of the moment. 3 4. 4 5. Including ITEEA! 5 6. How many of you have ever claimedone or more of the areas of STEM asyour content area?Examples: We are the T & E of STEM! I teach TECHNOLOGY, which is more than computers! The physics teachers cant teach engineering. It is part ofthe CSPG for Technology Education!6 7. There are a lot of other teachers claiming the T inSTEM Instructional Technology Educational Technology Technology Classes (ie. Computers) Technology Integration (ie. Using computers for learning) Technology Coach (ie. Person identified to coach teachersin using instructional technology) Science claims the S in STEM, but did you know The NGSS include standards for Engineering & Technology Math claims the M, but does not show interest in STEM 7 8. To understand STEM, M helps No itto begin by understanding No SMScience, Technology, Engineeri No T Eng, and Math. T No S M No SIn other words, STEM literacyNo Tincludes an understanding of allNoEfour areasS of STEM. M YES!TE 8 9. ScienceSystematized knowledgederived from observation,study, and experimentationcarried on in order todetermine the nature orprinciple of what is beingstudied; Utilizes a processof inquiry. 9 10. TechnologyThe system by which asociety provides itsmembers with those thingsneeded or desired; Amethod or process forhandling a specifictechnical problem; Utilizesa process of design.10 11. EngineeringThe discipline and professionof acquiring and applyingtechnical, scientific, andmathematical knowledge todesign and implementmaterials, structures, devices,systems, and processes thatrealize a desired objective;Utilizes a process of design.11 12. MathematicsThe group of sciencesdealing withquantities, magnitudes, and forms, and theirrelationships andattributes by the use ofnumbers and symbols;Utilizes a process ofproblem-solving.12 13. Dr. Judith Ramaley coined the term"STEM" when she was the AssistantDirector of the Education andHuman Resources Directorate at theNational Science Foundation from2001 to 2004. Previously, the acronymwas SMET. "I did so because science and math supportthe other two disciplines and because STEM soundsnicer than SMET," Dr. Ramaley wrote. "The older termsubtly implies that science and math came first or werebetter. The newer term suggests a meaningfulconnection among them.13 14. TechnologyEngineeringMathematics Science The system by which a The discipline andThe group of sciencesSystematized society provides itsprofession of acquiring and dealing with knowledge derived from members with thoseapplyingquantities, magnitudes,observation, study, and things needed or desired; technical, scientific, andand forms, and their experimentation carried a method or process for mathematical knowledge to relationships andon in order to determine handling a specific design and implementattributes by the use of the nature or principle of technical problem.materials, structures, device numbers and symbols. what is being studied. s, systems, and processes that realize a desired objective.Technological DesignEngineering Design Problem SolvingScientific Inquiry 14 15. If you are going disciplines claim, it is It From separate to that claimingis often thought stake aimportant to fully understand what it is Science something brings with it certain rights Mathematicsthat you are right to to integration such Technology claiming. the only contentas thebe EngineeringSTEM education is an intentional, area that can teach particular content. integrative approach to teaching andWe are the T & E in STEM represents learning, in which students uncover and acquire a cohesive set of concepts,claiming components within something competencies, and dispositions of But, claiming any part of a larger entity science, technology, engineering, andthat should be greater than the sum of its mathematics that they transfer and brings with it great responsibility. In apply in both academic and real-worldparts it is to add value as the T & E. STEM STEM. contexts, in order to be globally competitive in the 21st Century.15 16. There are two roads you can takeas a technology education teacherClaim T & E as a right.ORClaim T & E as a responsibility.16 17. There may be things that you are What else canalready doing Technology & TSA, FIRST, and other student competitions Engineering Technology & Engineering courses that alsoincorporate math or science concepts educators do to Use of STEM design challenges in T&E courses addmath teacher Collaborating with a science orvalue? 17 18. STEM Professional Learning Community Face-to-face at your school Virtual at your school or in your district Virtual extending beyond your district http://www.mspkmd.net/blasts/plc.php 18 19. STEMsolar energyMake School-wide theme for yearEngineer the tools of economical scientific discovery Advance health informatics Manage the nitrogen cycle Advance personalized Restore and improve urban learning infrastructure Engineer better medicinesReverse engineer the brain Prevent nuclear terror Enhance virtual realityProvide access to clean Provide energy from fusionwater Develop carbon Secure cyberspaceMULTIDISCIPLINARYINTEGRATIONmethods sequestration19 20. School-wide STEM ProjectIntegrative, project-based learning thatinvolves collaboration betweenscience, technology & engineering INTERDISCIPLINARY INTEGRATIONeducation, and mathematics teachersfor afocus is on the common content and skills acrossfor ALLThe specified period of time disciplines.Common learnings that are embedded in separate disciplines areSTUDENTS. the connections.chunked to emphasize 20 21. STEM-based Curriculum AlignmentCurriculum mapping that brings togetherscience, technology & engineeringeducation, and math educators to developintegrative curriculum, instead of separateand isolated curriculum. INTEGRATION METADISCIPLINARYThe focus in on the deliberate integration of disciplines through ameaningful context; Incorporates integrated and disciplinary learningto strategically yield learning that is greater than the sum of the parts.21 22. Merge into a STEM department Combined professional development Combined department meetings Combined common planning time Combined budgeting & ordering 22 23. Joey Rider-BertrandCurriculum & Instruction Specialist for STEM Lancaster-Lebanon IU [email protected] 23