Inquiry Hub Open House - January 2015
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The Inquiry Hub focuses on inquiry-based, student-driven learning in math, science, and humanities, promoting practical application and technology integration. Students are encouraged to explore topics deeply through online courses and independent projects, with support from teachers. The program requires essential graduation courses and fosters skills needed for success in a self-motivated, collaborative environment.
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Inquiry Hub Open House - January 2015
- 2. Information Session AGENDA Introductions What is inquiry learning? Who is the Inquiry Hub for? Mr. Sarte – Math/Science Mr. Soiseth – Humanities Online Resources & Learning ‘Requisite’ Courses Graduation Requirements Technology Needs STATIONS - Our Garden - 3D Printing - Inquiries - Thematic Learning
- 3. What is inquiry learning?
- 4. Inquiry learning is ‘active’ learning… Student driven Students are provided an opportunity explore and question on their own (and also with the facilitation of a teacher). .
- 5. Inquiry learning is ‘active’ learning… Student driven Students are provided an opportunity explore and question on their own (and also with the facilitation of a teacher).
- 6. Inquiry learning is ‘active’ learning… Creating good questions and coming up with thoughtful, rich and compelling answers.
- 7. Who is the Inquiry Hub for? Passionate Students who: Want to apply learning in a practical way Are interested in learning with technology Want to go beyond structured classes Already have a passion or are seeking something to study in-depth Desire to work on projects that make a difference Independent and self-motivated
- 8. The vision for Math/Science education at iHub • Science • Technology • Engineering • Art • Mathematics • Design Thinking Mr. Sarte
- 9. What will it look like? • Math/Science “content” will be online and students can “consume” information at their planned pace • Quizzes and tests to accompany online components • Students analyse, evaluate, and transform their understanding through inquiry projects (their own or guided)
- 10. Example: Science 9 • Students will learn about – static and current electricity – charge, current, resistance, voltage, energy and power – connecting series and parallel circuits – remote-sensing technologies such as those used in space exploration
- 11. Microcontrollers and robotics • Arduino compatible boards – circuits and coding • Robotics – coding (Sparki, pi-bot, BOE bot, etc.) • Robotics – design your own (student inquiry) • VEX robotics (if funded)
- 12. Humanities, and Integrated Learning (Across grades and subjects) • Example: iHUB Reads fishbowl discussions Mr. Soiseth
- 13. • Use of extensive online learning resources A typical day at iHub includes: Hannah & Julian
- 14. Learning online Online courses - Setting goals - Self motivation - Independent - Consistent progress - Conferencing with teachers Hannah
- 15. ‘Required’ Courses Foundations of Inquiry Applications of Digital Literacy - Building the skills to be successful (Not just expecting students to have them)
- 16. Graduation Courses All the necessary courses for students to graduate with a BC Dogwood (High School Diploma) Including IDS courses (Independent Directed Studies)
- 17. Technology – Bring Your Own Laptops
- 18. http://www.inquiryhub.orghttp://www.inquiryhub.org http://www.inquiryhub.org/application/ Fill out an online application form in order to set up an interview.
- 19. Student Guides Liam Sophia Shauna Hannah Julian Owen May Joey Gabe Aaron Evan Alan Jay Lyle Emma
- 20. Sessions • Fishlab (Makerspace) – 3D design and printing with Liam and Owen • Classroom – Thematic learning and Q&A with teachers • Commons – Inquiry projects and the garden with Shauna, Hannah and Sophia • Computer lab – Inquiry projects, tiny homes, coding, etc. with Aaron and Jay
Editor's Notes
- #11: Students will read about these things, watch videos, ask questions, discuss, but the background work will lead towards a guided inquiry in microcontrollers and robotics.