1. SECME Program Yoly McCarthy Instructional Supervisor Ava D. Rosales, PhD Executive Director Miami-Dade County Public Schools

3. SECME, Inc Formerly the Southeastern Consortium for Minorities in Engineering Currently diversity in STEM education (Science, Technology, Engineering and Mathematics) Mission to promote historically under-represented, underserved and differently-abled students to pursue and complete postsecondary studies in STEM

4. SECME Model M-DCPS Curriculum and Instruction, Science Education 2012 Teachers Counselors Administrators Parents Students National Level Club meetings Classroom activities Participate in Olympiad Involve parents Student data Mini-Grants Student Scholarships Scholarships to Summer Institute Professional Development Networking with Teachers and Engineers Nationally National Student Competition Sponsors National Summer Institute People and Expertise Resource and Materials Longitudinal Data Statistics Communications Network Student, Parent and Teacher Recognition Sponsors Teachers to Summer Institute Provides Engineer and University Support Saturday Design Seminars District Olympiad Competition District Level School Level

5. M-DCPS SECME PROGRAM What makes it work? Teacher, counselor, and parent resource Engaging hands -on student activities that enhance science, technology, engineering and mathematics (STEM) concepts Collaboration with experts, colleges and industry Student, teacher, parent motivation District support - program coordination

6. SECME ENHANCES MATHEMATICS AND SCIENCE CURRICULUM M-DCPS Curriculum and Instruction, Science Education 2012 SECME CURRICULUM Inquiry based learning Mathematics and science applications to solving real world problems School to Career Initiative Engineering design seminars Engineering design and construction (bridges, mousetrap cars, egg drop containers, water bottle rockets, robotic hand) Workshops at Colleges, shadow an engineer day, engineering site field trips, guest speakers

7. SECME Events Overview

8. BANNERS Students create banners based on the Olympiad's theme. Banners must contain the school mascot and SECME logo. Each school must have one (1) entry. Schools will parade with their banners at the opening session of the Olympiad

9. BRAIN BOWL Students compete against the clock and each other in a contest filled with science questions. Each school may enter one (1) team consisting of four (4) students in the Brain- Bowl competition.

10. BRIDGE Students build bass wood bridges to pre- determined specifications. Bridges are then tested at the Olympiad. The winner is determined by the most efficient bridge within the specifications. Two individual members from the winning high school team(s) will represent SECME at the International Bridge Contest. Each school may submit one pre-constructed bridge in this team event.

11. EGG DROP CONTAINER Students build containers that meet pre- determined specifications. At the Olympiad, an uncooked egg is placed in the container and dropped from an initial height of 15 meters. The smallest volume container that protects the egg after being dropped at the final height is deemed the winner. Each middle and senior high school may submit one egg-drop container. The eggs will be supplied at the competition

12. ESSAY Students write essays at their schools. Each school must submit one (1) essay. Entries received after that date are not eligible for inclusion in the competition (individual event).

13. MOUSETRAP CAR Students build cars that are propelled by the spring of a mousetrap. All teams must have: –Mousetrap Car (constructed and running) –Design drawing of Mousetrap Car –Technical report on Mousetrap Car A combination of the scores from the race, the report, and the drawing is used to determine the winner. Each school may enter one Mousetrap Car.

14. INTERNET SCIENCE AND TECH FAIR Student teams use a webpage editor to create a web page. The winner is the team that scores the highest amount of points based on the assigned task within the allocated time. Each school may enter one (1) team consisting of two (2) students.

15. MATHEMATICS CHALLENGE Student teams use a variety of strategies to solve mathematics problems using tools such as graphing calculators, calculators, rulers, and manipulatives. The winner is determined by the first team to submit the most correct answers within an hour. Each school may enter one (1) team consisting of four (4) students in the mathematics competition.

16. WATER BOTTLE ROCKET Students build a rocket that must meet predetermined specifications. At the Olympiad, rockets will be "fueled" with 355 milliliters of water. The rocket with the greatest combined "hang time" and patch design score will be declared the winner. Each school may enter one (1) rocket built by a team consisting of three (3) students. All teams must have: Water-Bottle Vehicle (constructed and launch-ready) and Team Patch.

17. BIOTIC/ROBOTIC HAND KIT Students bring a pre-constructed robotic/bionic hand designed from a kit. Presentations will be judged based on innovative engineering, effective presentation, most realistic prosthesis, and product demonstration. Teams present orally and visually with the aid of multimedia. Each school may submit only one (1) entry (middle and senior high school only

18. VEX ROBOTICS Students follow specific instructions to complete an engineering design task in three-member teams using VEX Robotics technology (Senior High schools only).

22. Why SECME? SECME programs continue to show significant impact on student academic achievement, selection of STEM majors, and college access. SECME 2012 Student Surveys demonstrate middle and high school SECME students overwhelmingly report that being involved in a SECME program has influenced their decisions to attend college and their choices of majors. Additionally, The SECME 2012 Junior/Senior Survey results reveal SECME students' self-reported SAT scores exceed those of their peers when compared to national averages. 63% of SECME middle school students surveyed report their SECME participation has improved their mathematics ability.

23. Data for SECME

26. SECME website

27. Registration 1.District: http://secme.dadeschools.net 2. National: www.secme.org Registration code for National Office FL19 No later than: August 29, 2014 Register to Become a SECME School

28. District SECME Website

29. SECME Website: Registration

31. Important SECME Dates 1)Now through 08/29/14- Register School Program 2)Sept/Oct 2014 - Mousetrap Car Seminar @ UM (Tentative) 3)Dec 2014 – Robotic Hand @Baptist (Tentative) 4)11/15/14 – Bridge @FIU College of Engineering 5)12/13/14 – Water-bottle Rocket Seminar @ American Senior (Tentative) 6)12/08/14 – Deadline to register for competition 7)02/07/14 - SECME Competitions  Posted at District SECME Website  Posted at Professional Development portal

32. Miami-Dade County Public Schools SECME Events Tentative Dates 2014-2015

33. Want activities for your program?

34. “My son wants to be a rocket scientist. Before SECME he wanted to be a rapper.” -Elementary School SECME Parent

36. SECME Festival and Olympiad Registration: Online Due December 8, 2014 Registration Materials: December 11, 2014 Project Check-in: February 6, 2015 Competition: February 7, 2015

37. Finding funding Grant Wrangler – STEM grants and resources – http://www.grantwrangler.com/STEMresources.ht ml http://www.grantwrangler.com/STEMresources.ht ml STEM Grants – http://stemgrants.com/ http://stemgrants.com/

38. M-DCPS SECME Contact Information Ms. Yoly McCarthy, Instructional Supervisor ybmccarthy@dadeschools.net 305-995-1939 Dr. Ava D. Rosales, Executive Director arosales@dadeschools.net 305-995-4537 District http://science.dadeschools.net/secme/default.html National http://secmeinc.wix.com/secme