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BS-Technology Education Degree Program St Petersburg College

BS-Technology Education Degree Program St Petersburg College. Florida Context. Technology Education is a critical need in the State of Florida High demand for certified Technology Education teachers state-wide:

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BS-Technology Education Degree Program St Petersburg College

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  1. BS-Technology EducationDegree ProgramSt Petersburg College

  2. Florida Context • Technology Education is a critical need in the State of Florida • High demand for certified Technology Education teachers state-wide: • High demand in the Tampa Bay area: 10-20 new open positions per year in the surrounding five districts (Pasco, Pinellas, Hillsborough, Polk and Manatee).

  3. Technology Education • Technology is the subject matter, while technology education is the means of delivery. • The study of technology includes both knowing and doing. • Development of technological literacy takes time and requires a consistent structure.

  4. Technology Education • Technologyis the modification of the natural environment in order to satisfy perceived human needs and wants. • Technological literacyis the ability to use, manage, assess, and understand technology. • Technology Educationis a study of technology, which provides an opportunity for students to learn about the processes and knowledge related to technology that are needed to solve problems and extend human capabilities.

  5. Other Content AreasMistaken for Technology Education • Educational Technology: Improve the process of teaching by using technologies. • Engineering Technology: Preparing engineer technicians for technical jobs. • Business Technology Education: Preparing middle and high school teachers for Business Ed classes, FBLA and DCT

  6. SPC Technology Education Program Goals • Mix of process and content (labs, hands-on activities, knowledge and theories) • Separate methods courses for middle and high school levels • 165 school-based hours before internship • Lab/technical courses follow the standards and benchmarks from the Standards for Technological Literacy (ITEA 2007)

  7. Technology Education in the School Systems • Elementary Level: Exposure to technology activities • Middle School: Exploratory experiences, making informed choices, developing skills and attitudes, and developing adaptive technology skills. Introduction to Florida Technology Student Association. • High School: Career-directed course work, develop technological literacy for college, technical school or workforce. FL Technology Student Association • College: Preparation for teaching MS and HS technology education. Technology Education Collegiate Association (TECA) national activities.

  8. High School Curriculum Areas • Information and Communication Technology (printing, Web Page Design, TV Production) • Power and Transportation Technology • Production Technology (robotics, manufacturing, CNC) • Pre-Engineering • Illustrative Design, Drafting and CAD • Aerospace Technology • Medical and Biotechnology

  9. Examples of Curriculum Units • Dream Homes (measurement, scale, design, hands-on) • Catapult Competitions with Advanced Physics classes • Interdisciplinary: work with math, science, language arts • Japan Florida Teens Meet Project: transnational work teams write zoetrope, green energy curriculum. • TV Production: public service announcements for United Way and promotional videos What these all have in common is the applied use of math, science and writing skills that students will need to be successful on FCAT and in real life!

  10. Benefits of Technology Education • Authentic contextual learning • School to Work transitions • Flexibility with changing technologies • Tighter focus on career interests • All students succeed by working in cooperative teams • True integration of academic and career technical content in one educational area.

  11. Technology Education at St Petersburg College • Twelve Technology Education core classes • Foundational (2) • Technical (5) • Instructional Methods (5) • Coursework linked to state frameworks and national standards • Preparation for Florida Teacher Certification Exam • Teacher development through professional associations • Interdisciplinary curriculum with other COE content areas • Three advanced technology education teaching laboratories to cover the multiple content areas, middle school modular units, and standards-based instruction and assessment strategies to prepare future teachers for the varied classrooms across Florida

  12. Core SPC Tech Ed CoursesOnline • ETE 3003 Foundations of Technology Education (3 credits) • Foundational theories, history, Standards for Technological Literacy • ETE 3203 Program Management: Technology Education (2 credits) • Managing project-based lab, recruiting, TSA, fundraising, advisory boards, lab safety, interdisciplinary curriculum

  13. Technical Courses • ETE 3402C Materials and Processes w/Lab (4 credits) • Polymers, metals, plastics, composites and ceramics. Focus on selection, processing, testing and evaluation.

  14. Technical Courses • ETE 4444 Technological Design (3 credits) • Technological Method of Problem Solving, prototyping, measurement engineering design, drafting, 2-D CAD, 3-D CAD and stereolithography modeling.

  15. Technical Courses • ETE 4434C Energy and Power Systems w/Lab (4 credits) • Electrical theory, solar and nuclear power, fuel cell technology, and impacts of energy

  16. Technical Courses • ETE 4414C Information and Communication Technology w/Lab (4 credit) • Elements of design, Web page, desktop publishing, digital audio and video production, printing and graphics, animation, and computer technologies.

  17. Technical Courses • ETE 3473C Manufacturing and Transportation Tech w/Lab (4 credits) • CNC, CAM, robotics, automated transportation systems, aerospace, magnetic- levitation, & industrial systems

  18. Methods Courses • ETE 3323/3946 Middle School Methods for Technology Education/Practicum (4 cr) • Standards-based instructional and assessment strategies including modular. 60 SBH

  19. Methods Courses • ETE 4333/4946 Secondary Methods for Technology Education/Practicum (4 cr) • Standards-Based instructional and assessment strategies for high school level. 60 SBH

  20. Internship • ETE 4940 Technology Education Internship (12 credits) • Culminating pre-service teaching experience in technology education classroom. • Expectations of cooperating teachers • Involvement with ITEEA or FTEEA • Involvement with TSA • Teaching Awards • National Certification • Positive role model

  21. Professional Development • Teacher candidates in the Technology Education program attend: • Florida Career and Technical Education conference in mid-October • Fall NASA field trip • SPC TECA Club trips to national ITEEA conferences or Florida TSA conferences. • Publish the “100 Best SPC Technology Lesson Plans” CD as a fundraiser.

  22. SPC TECA Club • We put the fun in the sun here in Florida! TechCAMP NASA Clearwater Club Day 2010 ITEEA Charlotte, NC ITEEA Problem Solving Win CNC Router Work

  23. Scholarships • Florida Critical Need Loan Forgiveness • Chappie James Career & Technical • Florida Gold Seal • Florida Bright Futures • Florida Technology Education Association • International Technology Education Association • St Petersburg College • Florida Technology Student Association

  24. Professional Associations • Florida Technology Education Association • International Technology & Engineering Educators Association • Epsilon Pi Tau • Technology Education Collegiate Association • Florida Technology Student Association • Florida Association for Career and Technical Education

  25. Final Words • The world is in the midst of an explosion in technology that will keep accelerating. • Students get excited about technology. • Excited passionate students working on robotics, aerospace, engineering design in modern laboratories make for a career that you can be excited and passionate about. Contact St Petersburg College today!

  26. Contact • Dr. Thomas Loveland • Loveland.Thomas@spcollege.edu • (727) 791-5938 • http://www.spcollege. edu/bachelors/coe_curr _tech.php

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