Valerie Ratcliff Victory Lutheran college

Slides:



Advertisements
Similar presentations
Getting Started with Tinkering & Making A presentation deck for training educators on the Project MASH approach to Tinkering & Making, from The Exploratory.
Advertisements

Dig Deeper with Tinkering & Making A presentation deck for training educators on the Project MASH approach to Tinkering & Making, from The Exploratory.
Dig Deeper with Tinkering & Making A presentation deck for training educators on the Project MASH approach to Tinkering & Making, from The Exploratory.
A preliminary proposal. The space, a blend of physical and virtual environments, transforms teaching and learning by allowing both staff and students.
By: Khalil and Lucas.   We decided to make a flashlight out of LED lights, flashlight case, 2032 coin cell batteries, paper clip and electrical tape.
Let’s make Paper Snowflakes MERRYCHRISTMAS!. rectangle sides long side short side.
What are conductors and insulators?
Constructivist: Building on prior knowledge. Children responsible for their own learning. Hands on experimentation. Active Learning. Talk and Discussion.
ALA Annual Conference 2015 San Francisco Facilitated for LITA by Paul June.
+ Using Ohm’s Law to Build a Voltage Divider 1. + Learning Objectives Understand and demonstrate the engineering design process Use Ohm's Law as a tool.
Students LIKE social media education, are Universities ready for it?
Creating Archives of Experience. * Part 1: Analysis of current archive protocols and their application to 3 case studies * Part 2: Exploration of where.
NEKLS 2015 Innovation Day Session Facilitated by Paul Signorelli April 29, 2015 Event.
Airfoils Aeronautics Rachelle Oblack
Discovery Kits: Electricity. 1.5 V Battery Batteries in series Closed switch Open switch V Motor Components.
Preparing for GCSE.  You get two GCSEs in English – they count as separate qualifications.  GCSE English language is the one that employers, colleges.
ASSEMBLING THE PCB – V3.914 Hold the PCB as shown below.
Curtin University is a trademark of Curtin University of Technology CRICOS Provider Code 00301J Karen Miller and Matthew Robinson Creating a Library Makerspace.
Getting Started – Project Ideas Free or nearly free projects  Invention box  Building challenges using whatever you have on hand: cardboard, Lego, craft.
Task: You will be given 3 Modern-Day Interpretation Project ideas for Romeo and Juliet. Please write down the requirements for all 3 activities as I go.
My Experiment By AB. Aim Our aim was to make a battery that could light a light bulb or power something.
Arc de Triumphe Obstacle Creative Inventions and Robotics Click to see Video.
Primary 6 Science Electricity: Conductors & Non-Conductors.
Paul Digital Learning……. made simple An easy introduction to the FELTAG recommendations.
Department of Education Differentiation What it is, how you do it and why it matters.
Multi Tester Miss Begum. Bell Work Write down what you know about the following equipment / machinery: Pillar drill File Wet & dry paper Line bender Soldering.
Inventions around us We have successfully made many inventions, using connection. Here are some examples: + video phone video phone.
Presented by Anne-Maree Mcpherson and Angela Moore. Art in the Classroom.
LED Flashlight.
A Different Soldering Class “Surface Mount Soldering”
Presented by Margo Kourkoutas Morea, Ed.D., CRWT
No Solder Battery Interrupter
Light-Up Pop-Up Greeting Cards
What is a Circuit? What is a Circuit?
Year 10 IAG Evening 10th October 2017
Royal Society of Biology The Nancy Rothwell Award
Anne Gallacher Janie Nicoll
Voltmeters, Breadboards, Resistors and Batteries
Electric Current.
BREAKOUT EDU Wodonga Regional STEM
Review Content Specific Technology Uses
Makerspace in McIntyre
Circuitry for Kids
LilyPad and Sewable Circuits
BIS 221 RANK Lessons in Excellence-- bis221rank.com.
The Nancy Rothwell Award 2018
What are conductors and insulators?
Creating a paper circuit
The Creative Classroom
MASQUERADE Summer Project Art 2018 Phillip Valdez
8.4 Modelling and Presenting Numeric Data
Simple computer problems to solve
Watch the video
What are conductors and insulators?
Tinkering & MakING Get Started with Activities Set-up notes:
Julia Robinson Math Festivals
Tinkering & MakING Get Started with Activities Set-up notes:
Making a simple steady hand game
S.T.E.M. Project Information Night
A circuit is the circular path that electricity flows through
How to Stay Organized in an Online Class
Joy to the world Inspiration From Above 5 : FRI 7:30 FRI
The Structure of your Simulation assessment
Mini-Quadcopters Scott Bartholomew
Chibitronics Sticker Circuits.
Name that bone....
I have… I have… Who has 3:40? Who has 12:20? I have… I have…
Large enrolment classes
Magic Wand.
MASQUERADE Summer Project Art 2019 Phillip Valdez
Presentation transcript:

Valerie Ratcliff Victory Lutheran college Paper circuitry Valerie Ratcliff Victory Lutheran college

Why paper circuits? Accessible Open-ended Creativity-based Very inexpensive Excellent for real-life trial, error and failure- try again Can incorporate higher tech, e.g. continuity testers, soldering, microprocessors

Paper circuits: The exploratorium Exploratorium Museum, San Francisco Tinkering Laboratory: Technology Artists in Residence Aim to explore the playful side of tech learning Inspiration: Artist Jie Qui: http://tinkering.exploratorium.edu/jie -qi

Getting Started: equipment needed Paper / Card stock Copper slug tape (Can get at Bunnings but better online) LED’s or Micro-LED’s Coin Cell Batteries Sticky tape Optional: Continuity Tester, Bone folding tool

Try it! It’s time to have a go at creating your own e-Christmas card with the materials provided! Questions/ Comments? Valerie Ratcliff- Victory Lutheran College-(next to Latrobe University) vratcliff@vlc.vic.edu.au

Resources Chibitronics: created by Jie Qui https://chibitronics.com/education/ Jie’s Youtube Tutorial Channel: https://www.youtube.com/watch?v=O0ua9Ow4YMA&index=7&list=PLHjnbL6GsNE Hf-QJ_PmTPCsctmZ6u9S06 Exploratorium’s Tinkering Studio Projects: http://tinkering.exploratorium.edu/paper-circuits