How well do you follow directions?

Similar documents
How Well Do You Follow Directions? Design Challenge. Participant s Guide

Is it art? Is it engineering?

Exquisite Machines. 3Doodler EDU. Design Challenge Facilitator s Guide. The Challenge

EDU. Jigs To Equip Your 3Doodler. Design Challenge. Facilitator s Guide

Handmade vs. the Machine. Design Challenge. Participant s Guide. The Challenge

Math on the Curve. Design Challenge. Facilitator s Guide

Handmade vs. the Machine

EDU. What s in a Word? Design Challenge. Participant s Guide

EDU. Tell Your Story. Design Challenge. Facilitator s Guide

Trash to Cash. Design Challenge. Participant s Guide

Exquisite Machines. Design Challenge. Participant s Guide

Exquisite Machines. Design Challenge. Facilitator s Guide

3D Pen Art with Grace Du Prez. Featuring 3Doodler Create+

EDU. Wearing Solutions on your Sleeve. Design Challenge. Participant s Guide

EDU. The Well-Dressed Bug Bot. Design Challenge. Participant s Guide

3Doodler Classroom Basics: Part 2

Cardboard Model Buildings

Read each question carefully and fill in the bubble with the letter of the correct answer or answers on your answer sheet.

Getting the most out of your

Lesson 3- Create a Circuit

Shape Study. Preschool Kindergarten

Can You Cut It? Slicing Three-Dimensional Figures

Table of Contents iii Introduction iv Elements of Design Principles of Design Materials a

If You Give A Mouse A Cookie Story Sequencing

SKILL BUILDING. Learn techniques helpful in building prototypes. Introduction 02 Prototyping. Lesson plans 03 Prototyping skills

Assembling Directions

Assembling Directions

Page 1. Jumblenut. The Head. Design by Barbara Allen

Duration: 2-5 minutes Institution: Science Museum of Minnesota Skill level/age Level: K- Grey Group size: Individual

Lighten up!

ILLUSION CONFUSION! - MEASURING LINES -

GORE Aerospace Ethernet Cables

SUPPLIES. OTHER SUPPLIES Marking pen Masking tape Aleene s Stop Fraying Toothpick Basic sewing supplies (See Tools link at

What you'll need A measuring cup, 4 glasses of equal size, and water

Measuring Tape Neck Strap Sewing Caddy

This is a one-week excerpt from the Starfall Kindergarten Mathematics Teacher s Guide. If you have questions or comments, please contact us.

Graphic Design: BFA Portfolio Review

INSPIRATION BOOK INSTRUCTION VIKING CARD

Making a 2x2 Rubik s Cube

Final Project Guidelines Artwork + Statement + E-portfolio Rubric

Polygon Quilt Directions

How to Make Your Own Continuous Bias Binding

How to Make a Template

Repainting Instruction for Cosmetic Plastic Cover

Woodkirk Academy Summer Challenge Project Textiles Technology

Start by building the example racer, then turn it into your own unique design.

Shapes and Patterns. Lesson 1 Exploring Plane Shapes (Part 1) Name the shapes. triangle circle rectangle square Color the squares.

This is your child s KS3 graphics homework. It will take around an hour and a half in total which breaks down to 15 mins a week for 6 weeks.

Try to Recall GRADE VI LIGHT ENERGY. At the end of the module, you should be able to: Identify energy and its uses (light)

TEMPLATE (FORM) PROCEDURE:

AccessArt Drawing Resources. Welcome to the AccessArt Drawing Challenge! Drawing Projects for Children, Black Dog Publishing 11.50

Period: Date Lesson 2: Common 3-Dimensional Shapes and Their Cross- Sections

Written By: Christopher Hartigan

QaD Teacher Support Materials

Pinwheel. Method. Materials

Mini Dart Assembly instruction

GCSE Mathematics (Non-calculator Paper)

Make Your Own Reusable Grocery Bags

MAKE YOUR OWN PINHOLE CAMERA

Enduring Understanding Actual texture is the way something feels on the surface. Using different kinds of lines can create different textures.

GPLMS Revision Programme GRADE 3 Booklet

Buy The Complete Version of This Book at Booklocker.com:

6B MUSEUM STUDIES. Social Studies Thematic Art & Other Art Projects

Makeup Brush Roll-up Case with Secret Pocket

World 6-1 Calculating Surface Area. 1) Write down the appropriate equations for area under each shape. CIRCLE SQUARE RECTANGLE TRIANGLE

1. Compare the length, weight and volume of two or more objects using direct comparison or a non-standard unit.

GT/CS (California Special) Spoiler Installation Instructions

Creating a Gorget for SCA Youth Combat

Figure 2 (left) Continental bobbin with single head. Figure 3 (right) East midlands bobbin with double head

Complete Drawing and Painting Certificate Course

Under The S ea Table Runner

The Katey An in-the-hoop project

ELMS CRCT ACADEMY 6TH GRADE MATH ( )

MECA FOUNDATION SUPPLY LIST ACADEMIC YEAR MAINE COLLEGE OF ART

Dark & Surreal Poster

Directory of Home Labs, Materials List, and SOLs

SUPPLIES OTHER SUPPLIES Carson 10 Teddy Bear Pattern

CQU: MMST11010 Illustration & Visualisation Week 9 Tutorial:

Term 3. Explanations of assignments

3. The answer key. Download the answer key and make as many copies as you need.

w h a t y o u n e e d

Fryer's Trebuchet Paper Kits

Paper B Numeracy Paper 11+ Name:... Candidate Number... Seat Number...

KATHY KANSIER.

Angel Pets Memorial Mug Rug PDF Pattern

Graphic Design: BFA Portfolio Review

TECHNIQUES AND INSPIRATION. Daily Visual Journal KELLY DARKE

SUPPLIES OTHER SUPPLIES Marco 12 Teddy Bear Pattern

Designed by Melissa DiRenzo thesweetescape.ca

Design Your Board Game!

Methods in Mathematics Unit 1: Methods 1

What Are Wood, Metal, Rubber, and Leather Like?

Supply Room Science Budget Classroom Supplies

PINHOLES and TRIANGLES

Microscope Labs #1 and #2 e Lab and Hair Lab. Day 1 - e Lab

Each child will need the list below ready for the first class in September * Please label school books/folders etc.

MATHEMATICS TEST. Paper 1 calculator not allowed LEVEL 6 TESTS ANSWER BOOKLET. First name. Middle name. Last name. Date of birth Day Month Year

ALL STUDENTS ARE REQUIRED TO HAVE A USB MEMORY STICK NAMED AND ON A LANYARD

GCSE 9-1 Higher Practice Paper Set B Paper 2 - Calculator

Bonus: Crochet # BONUS! Online Tutorials!

Transcription:

Design Challenge Participant s Guide How well do you follow directions? 3Doodler EDU The Challenge Using 3Doodler and the materials provided construct a sculpture and write out step-by-step instructions with no images to give to another group to follow. Compare and contrast the original result with the reproduction. Ready. Set. Doodle! Page 1 of 5

Challenge Tip Use this challenge to improve your 3Doodler drawing skills. Challenge Background How good are you at following directions? Writing directions requires breaking down actions into individual steps and procedures. Seeing a picture allows for more accurate replication, but what if you can only communicate with words? Those who make a profession of writing directions are called technical writers. They write manuals for making airplanes parts to the directions for assembling Their goal is write clear, accurate information about a product, service or use of equipment. For more information on writing instructions go to http://techwhirl.com/what-is-technical-writing/ For more information on technical writing go to http://eduscapes.com/tap/topic50.htm Page 2 of 5

Before You Start Doodling In addition to the 3Doodler pens and strands it is helpful to have tools which can cut and handle the strands while doodling. Similar to 3D printing it is useful to have a plastic foundation for doodling. Scotch tape placed over a piece of paper or a paper pattern makes a quick plastic foundation. Plastic place mats, plexi glass or a plastic laminate surface are great as a reusable alternative. Materials & Tools Determine the number of participants and gather all of the materials and tools prior to the challenge. A. One 3Doodler Pen per person and plastic strands of various colors B. Tweezers, needle-nose pliers, small screwdriver, and scissors for cutting strands. Provide one set per table C. 12 x 12 or 30 cm x 30 cm cardboard squares (two for each team) D. Clear plastic tape or plastic mat for doodling foundation E. Cloth to cover completed sculptures F. Letter size paper for writing directions and making patterns G. Pens or pencils H. Camera or video recording device to document the challenge Page 3 of 5

Challenge Organization Time: 2 Class Periods (150 minutes) This challenge is organized into 50 minute periods. This challenge allows participants to work in short sprints to quickly explore the concept. Challenge Documentation Consider documenting the process of this challenge using a mobile device like the camera on your mobile phone or tablet. Documenting challenges can be used for sharing your experiences on a blog or social media page. Class 1 (50 minutes): Design & Plan Investigate: 50 minutes Step 1: In teams of two, design and create a 3-dimensional sculpture no larger than 12 or 30 cm square, including a base and three different shapes and/or forms (pyramid, triangle, sphere, circle, cube, rectangle etc.) Step 2: While designing and creating the sculpture write down and record the procedures and steps it took to create the finished product. Remember to shield your sculpture from other groups and to cover the sculpture when directions are completed to not give away any clues. Plan: 20 minutes Step 1: Review and finalize the sculpture directions. Directions must be legible and use correct spelling and appropriate grammar. Directions can only be written. Do not include images. Directions cannot exceed one page. Cover your sculpture when directions are completed. Turn in your directions to the facilitator. Notes: Page 4 of 5

Class 2 (50 minutes): Build, Present & Evaluate Design and Plan: 50 minutes Build: 30 Min. Step 1: Select another group s set of instructions for making a sculpture. Step 2: Read and review the instructions carefully. Step 3: Gather the materials and nozzles needed before you begin. Ready. Set. Doodle! Present & Evaluate: 20 Min Step 1:Place side-by-side the original sculpture and the replicated sculpture along with a copy of the directions. Step 2: Evaluate how closely the replicated sculpture looks to the original. Evaluate the directions and sculptures using the criteria below: Similarity of the replicated sculpture to the original: How many of the components are the same size? How many of the components are the same shape? How many of the components are the same color? How any of the components are in the correct location? How many variations are there between the original and replication? Quality of directions. Were the instructions broken down into steps? Did the instruction include correct use of grammar and spelling? If not, how many grammatical and spelling mistakes were there? Did the instructions provide measurements for each component? Did the instruction provide locations of each component? Did the instructions provide color and type of strand used (ABS or PLA)? Step 3: Wrap-up by having all of the participants discuss the process, how they would improve their directions and how they would approach the challenge differently the next time. Don t forget to take pictures and document the challenge. Notes: Page 5 of 5