1. Teaching an Understanding of Tactile Graphics to Students Who Are Blind January 30, 2015 9am-Noon

2. What’s Next Friday Jan. 30 th, 9-noon Before this session, you should have taught a lesson, monitored progress, collaborated with a peer about the lesson, and written a reflection on your implementation and results. Sharing lessons, etc. 3-D tactile printing Creating tactile graphics on the Perkins brailler Wrap up and closure

3. "ECC Screening Tool" followed by targeted assessment in identified area(s) of need Goal Development & Success Criteria https://www.educateiowa.gov http://quality.cr.k12.ia.us/tutorials /goal_ setting/smart.pdf Individualized Instruction: adaptations, modifications & instructional strategies, specialized curriculum Progress Monitoring: Formative assessment for instructional change Generalize the Skill Eligibility Determination Utilizing: FVA/LMA results OMS Assessment Summary results Education for Children & Youth with Visual Impairments Including Those with Additional Disabilities

4. Sharing Out on Implementation and Results Describe the lesson(s) you have done with your student(s) this school year. Describe what your student(s) learned. What type of formative assessment did you use? Observation, Questioning, Discussion, Self-assessment, As I See It, Short quiz, 3-minute pause with probe, Debriefing, One sentence summary, Muddiest (or Clearest) Point, 3-2-1, other Describe what you learned. Share a strength of your partner’s instruction.

5. 3-D tactile printing Quick Discussion What I know. There are many sites that have designs already made http://www.thingiverse.com/ http://grabcad.com/library/ http://www.cgtrader.com/free-3d-print-models/ http://myminifactory.com/ https://www.youmagine.com/designs https://cubehero.com/ http://www.bld3r.com/ Some places can create new designs and others only have the capability to print what has already been designed What have you heard?

6. Creating tactile graphics on the Perkins brailler When to use a numeric indicator Digital and Analog Clocks Money Number Lines Dot Plots, also called Line Plots Pictographs Stem and Leaf Plots Box and Whisker Plots Bar Graphs Frequency Tables, Frequency Distribution, or use of Tally Marks

7. Numeric Indicator Omit Measuring tools Barometer Ruler Protractor Thermometer Beaker Number lines Line plots Cartesian graphs Analog Clocks Include Pie charts/Spinners Histograms Bar graphs Line graphs Scatter plots Pictographs Time lines Latitude/Longitude Digital Clocks

8. Digital and Analog Clocks Using different textures or significantly different lengths for the hour and minute hands are needs. Be consistent on each clock that is made and how it is being produced. Pcccccccccccccc? l #10_3#32 _ v--------------#

9. Money – no tactile When identification of coins or bills and their values is being taught do not illustrate images on coins or bills real coins and bills should be used in class Use a transcriber’s note to tell how many twenty-dollar bills, ten-dollar bills, quarters, dimes, nickels, and pennies.

10. Key for Money Bills $1 for one dollar $5 for five dollar Coins pn penny nk nickel dm dime qr quarter hl half-dollar

11. Example

12. Number Lines “ow” (dots 2,4,6) left-pointing arrowhead “3” (dots 2,5) line (axis line) “r” (dots 1,2,3,5) coordinate scale mark “o” (dots 1,3,5) right-pointing arrowhead Use “ow”,3,3,r,3,3,r,3,3,r,3,3,”o” Appropriate Nemeth code numbers (without numeric indicators) The next symbols are used to create the graph on the number line. Full cell (dots 1,2,3,4,5,6) solid (filled-in) circle (point included) placed above the number line “x” (dots 1,3,4,6) open circle (point not included) placed above the number line (only necessary when graphing an inequality involving " " or "not equal to") “7” (dots 2,3,5,6) shading of the rest of the points included in the solution on the number line itself

13. Number Line Examples

14. Dot Plots, also called Line Plots Line plots are a series of dots or x’s above a number line. Follow the number line rules Use full cells for the dots or x’s Include a Transcriber’s Note about the change

15. Example

16. Pictographs – Embossed shapes must be a whole or half unit = represents a whole unit l represents a half unit pictograph in boxes may retain the top and bottom lines

17. Example

18. Stem and Leaf Plots

19. Stem and Leaf Plots in Braille

20. Box and Whisker Plots Some different ways they can be done Type a number on the Perkins brailler and then use dot 2-5’s for the whiskers (horizontal lines left and right of the boxes), x’s for the boxed areas, and a full cell where the two boxes meet which is at the median. The full cell could also be use at each of the dots which is at the min, max, 1 st and 3 rd quartiles, and median. Use a number line already made (number line device from APH, disposable number lines from APH, or one made on the Perkins brailler using a series of 3’s and r’s). Then he can use tactile dots for points and graphic art tape or wikkistix for boxes. Use of graph paper, feel and peel square stickers, and tactile dots to lay it out horizontally. Some combination of these. Feel free to be creative here. The key is to have the horizontal values on a number line, dots to represent the 5 key points, and something thicker to represent the boxed areas. It wouldn’t technically have to be boxes.

21. Box and Whisker Plot

22. Bar Graphs They can be made vertically or horizontally on the Perkins brailler. You can also use tactile graph paper and stickers to make these as long as the concept is there.

23. Bar Graphs

24. Frequency Tables, Frequency Distribution, or use of Tally Marks Notice dot 4-5-6 is used for each tally mark and they are done in groups of 5 with a space between groups. Some books also have you actually write how many tally marks are on that line.

25. Wrap-Up and Closure What has been your biggest Aha! moment and why? What resources/materials did you find most valuable/useful? Discuss what questions you still have or resources you still need. What did you use for videotaping, pre- & post-observation, and collaborating with your partner (what went well/what didn’t)?

26. Written Assignments Creation of a tactile graphic COMPLETED Completion of an assessment on a student's skills related to tactile graphics (50 pts) one page reflection COMPLETED Write a SMART goal including rubric or checklist for that student based on the results of the assessment (50 pts) COMPLETED Write a lesson plan(s) for that student which includes at least 3 instructional strategies (100 pts) due TODAY Written reflection on implementation and results and Evaluation of the course, see document with questions (100 pts) due 2/6/15