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Elementary STEM Certification Summer Institute. July 18-19. 2013. Welcome… Jean Satterfield Assistant State Superintendent, Division of Educator Effectiveness Maryland State Department of Education. Introductions. Pam Lottero-Perdue Associate Professor of Science Education
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Elementary STEMCertificationSummer Institute July 18-19. 2013
Welcome…Jean SatterfieldAssistant State Superintendent,Division of Educator EffectivenessMaryland State Department of Education
PamLottero-Perdue Associate Professor of Science Education Dept. of Physics, Astronomy & Geosciences Towson University Jennifer Rankin Associate Professor Department of Educational Professions Frostburg State University
Elementary STEM Certification 2013 Summer Institute Goals Analyze the components of an integrated elementary STEM unit to: • create meaningful connections to curricular content and standards • identify effective strategies and resources to deliver STEM unit • reflect openly about the process of developing an integrated STEM unit • apply the components to teacher preparation programs
STEM Integrating Science with EiE (Engineering is Elementary)
Agenda for this afternoon • 12:30 pm--Lunch next door (Choptank C) Return to this room (Choptank A/B): • 1:30 pm--STEM –Jennifer and Pam • 4:00 pm--Check-in and Project Time • 6:00 pm--Dinner next door (Choptank C)
STEM Meaningful Math Integration in a STEM Unit
AGENDA • 4:00 pm --Room check-in & project time • 6:00 pm --Dinner (Choptank C) • 7:00 pm--Project Manager Meeting • (Choptank A/B) • 7:30 pm --Project Time/Technical • Assistance (s’mores) • TOMORROW • 8:00 am –Breakfast (Choptank A/B) • 8:45 am– Greetings and STEM
Program Updates: Don’t forget …. • Budget and Progress Reports: (October 1, 2012- June 30, 2013) Due Thursday August 15, 2013 • SUBMIT YOUR INVOICES…DON’T FORGET DOCUMENTATION!!
Book Fair • Choose two books for your project library + 1 alternate • Fill out and turn in order sheet • New projects: additional resources
Pre-service/initial certification Elementary Education with STEM: Concentration Minor Specialization/sub plan/…
STEM Instructional Leader (Pre K- 6)—proposed: • Valid professional certificate in elementary and/or early childhood education • Three years of satisfactory teaching experience • Practicum • Course in working with adult learners
Problem solving • Engineering design process • Practices, cross-cutting concepts, core ideas • Department adopted national & state standards • STEM integration • Tech and engineering literacy (NAEP) • Practical application of math & science • Spatial thinking • Collaborative learning • Conducting research
Good Morning! • 8:00 am--Breakfast (here!) • 8:45 am –Greetings • Norma Allen • -STEM • 10:00 am--Check out • & Project Time • 11:00 am—STEM
Greetings…Norma AllenBranch Chief,Program Approval and AssessmentMaryland State Department of Education
STEM Reverse Engineering
Agenda • 10 am--Checkout & Project Time • 11 am –STEM (in Choptank A/B) • 12:30 pm-- Lunch (in Choptank C) • 1:30 pm--STEM (in Choptank A/B) • 3:00 pm – Wrap Up & Evaluation
STEM Purposeful Integration of Technology Resources
Agenda • 12:30 pm-- Lunch (in Choptank C) • 1:30 pm--STEM(in Choptank A/B) • 3:00 pm – Wrap Up & Evaluation
STEM Meaningful STEM Integration to Support Curricular Goals: Resources and Reflections
Selected NRC Recommendations from Successful K-12 STEM Education (2011) Districts should devote adequate instructional time and resources to science in grades K-5: • Time allocated to teach science in grades K-5 • Science related learning opportunities in elementary schools
Recommendations (continued) Districts should ensure that their science and mathematics curricula are focused on the most important topics in each discipline, are rigorous, and are articulated as a sequence of topics and performances: • Adoption of instructional materials in grades K-12 that embody Common Core State Standards in math and A Framework for K-12 Science Education. • Classroom coverage of content and practices in Common Core and A Framework for K-12 Science Education.
Recommendations (continued) Districts need to enhance the capacity of K-12 teachers: • Teachers’ science and mathematics content knowledge for teaching • Teachers’ participation in STEM-specific professional development activities
Recommendations (continued) Districts should provide instructional leaders with professional development that helps them to create the school conditions that appear to support student achievement: • Instructional leaders’ participation in professional development on creating conditions that support STEM learning
Recommendations (continued) Policy makers at the national, state and local levels should elevate science to the same level of importance as reading and mathematics: • Inclusion of science in federal and state accountability systems • Proportion of major federal K-12 education initiatives that include science • State and district staff devoted to science instruction
Wrap Up • TRAVEL REIMBURSEMENT • EVALUATIONS
Thanks for coming ! Stay cool … Have a great trip home!
Contact Information Elissa Hozore Elementary STEM Certification Program Manager 410-767-0388 ehozore@msde.state.md.us Liz Neal Program Approval Specialist 410-767-0421 eneal@msde.state.md.us Wiki address http://stemnet.wikispaces.com/