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Informal Academic Diagnostic Assessment: Using Data to Guide Intensive Instruction Part 4: Identifying Target Skills in Reading and Math 1

Informal Academic Diagnostic Assessment: Using Data to Guide Intensive Instruction

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Informal Academic Diagnostic Assessment: Using Data to Guide Intensive Instruction. 1. Part 4: Identifying Target Skills in Reading and Math. Informal Academic Diagnostic Assessment: Using Data to Guide Intensive Instruction. Purpose. - PowerPoint PPT Presentation

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Page 1: Informal Academic Diagnostic Assessment: Using Data to Guide Intensive Instruction

Informal Academic Diagnostic Assessment: Using Data to Guide Intensive InstructionPart 4: Identifying Target Skills in Reading

and Math

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Page 2: Informal Academic Diagnostic Assessment: Using Data to Guide Intensive Instruction

Administering Academic Progress Monitoring Data

Reviewing Progress Monitoring Data

Miscue and Skills Analysis

Identifying Target Skills

Informal Academic Diagnostic Assessment: Using Data to Guide Intensive Instruction

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Page 3: Informal Academic Diagnostic Assessment: Using Data to Guide Intensive Instruction

Use informal assessment to identify skills to target for aligning instruction to specific student needs in reading and mathematics

Purpose

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Identifying Skills to Target in Reading

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Page 5: Informal Academic Diagnostic Assessment: Using Data to Guide Intensive Instruction

• Identifying target skills begins with assessing reading ability

• Early stages:• Systematic instruction, phonological

awareness, basic phonics

• Later stages:• Advanced phonics, fluency, comprehension,

vocabulary or word study

Identifying Skills to Target in Reading

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Page 6: Informal Academic Diagnostic Assessment: Using Data to Guide Intensive Instruction

• What data can be used to identify target skills?• Existing progress monitoring data

• If progress monitoring data is not available?• Word Identification Fluency (WIF)

• Passage Reading Fluency (PRF)

• WIF and PRF are one minute reading assessments

Reading: Getting Started

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Identifying Target Skills with WIF Data

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Less than 12 words

Between 12 and 30 words

More than 30 words

Reading – WIF

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• Consider interventions that focus on: • Phonological and phonemic awareness

• Beginning phonics

• Sight word recognition of high-frequency irregular words

WIF: Less than 12 words

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Phonological Awareness:

The understanding that oral language can be broken down into smaller components, and the ability to manipulate these components

WIF: Less than 12 words

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Examples

Sunset = sun + set

(2 syllables)

Ball rhymes with…• fall• tall

• small

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mat

Phonemic Awareness:

The understanding that words are made up of individual sounds or phonemes and the ability to manipulate them by segmenting, blending, or changing individual phonemes within words to create new words.

Examples

WIF: Less than 12 words

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mat

“m” “a” “t”mat

Page 12: Informal Academic Diagnostic Assessment: Using Data to Guide Intensive Instruction

Phonics:

The relationship between letters of the written language and the sounds of the spoken language.

Examples

K says “kkk”

M says “mmm”

Sh says “sh”

WIF: Less than 12 words

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Page 13: Informal Academic Diagnostic Assessment: Using Data to Guide Intensive Instruction

Examples of phonological awareness activities:

• Counting Syllables

• Identifying Simple Rhyming Words

• Isolating Initial and Final Sounds

• Blending Phonemes into Words

• Segmenting Words into Phonemes

WIF: Less than 12 words

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Sample Lesson (http://www.fcrr.org/assessment/et/routines/pdf/instRoutines_KPA4.pdf)

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• If your student is able to read CVC (consonant-vowel-consonant) words, provide additional practice. You may want to focus on recognizing simple, irregular words.

• Sample activities to support this instruction can be found at:• http://www.intensiveintervention.org/sample-lessons-activities

• www.texasreading.org

WIF: Less than 12 words

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Consideration for Progress Monitoring:

• If your student struggles with simple phonics, consider monitoring progress with Letter Sound Fluency (LSF) measure

• See the Administering PM Measures section for more information.

WIF: Less than 12 words

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• Students at this stage:• Have mastered the relationship between single letters and sounds

• Are able to read CVC words.

• Instruction should focus on more advanced phonics:• Long and short vowel sounds

• Digraphs, vowel teams, consonant blends, and dual consonants.

WIF: 12-30 Words

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Page 19: Informal Academic Diagnostic Assessment: Using Data to Guide Intensive Instruction

• Progress monitoring and error analysis may offer useful diagnostic information including patterns that guide instruction:

• Does the student consistently decode long vowel sounds correctly?

• Does the student correctly read words with consonant blends or stumble with

• multi-syllabic words?

• Is the student a word caller?

• Consider comprehension when analyzing errors. Do they indicate the student may understand?

WIF: 12-30 Words

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• Progress monitoring is not a fool-proof way to assess:• Certain elements of phonics might not be present in the section of text

• Students may recognize words on sight rather than applying phonics knowledge

• One way to address these issues is to administer a phonics inventory based on nonsense words. This way you can isolate the specific principles in which you’re interested.

WIF: 12-30 Words

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• Phonics Inventories can be used at this level to identify patterns of need and target instruction

• Commercially available, low cost, or free options• See “Phonics Inventory Handout” for an example

WIF: 12-30 Words

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• Other areas in which you may need to provide focused instruction are complex word structures or irregular words.

• It is always important to note that instruction should emphasize acquisition and accuracy before moving on to fluency building.

WIF: 12-30 Words

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• At this level, it might make sense to begin monitoring student progress using connected text (Passage Reading Fluency).

• Consider continuing WIF probes and adding a one-minute reading of connected text.

• Additional instruction in phonics and administration of a phonics inventory can still benefit students at this level and may help you to see patterns in student’s reading behavior.

• Some interventions incorporate game-like elements and can be adapted for a variety of phonics principles at this level.

Reading – WIF More than 30 Words

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Page 25: Informal Academic Diagnostic Assessment: Using Data to Guide Intensive Instruction

• If you administer the inventory, take note of the types of phonics patterns your student has difficulty decoding. For example, if the student doesn’t decode “Final e” words correctly, you could try Add “Silent e” to Make New Words.

• Some interventions incorporate game-like elements and can be adapted for a variety of phonics principles including long vowels, consonant blends and consonant digraphs include Spinning Wheel, Concentration, and Alphabet Soup and Word Line.

Reading – WIF More than 30 Words

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• Recognizing irregular words may also need to be an area of instructional focus

• Focus on acquisition and accuracy before building fluency in a skill.

• (http://www.fcrr.org/assessment/et/routines/pdf/instRoutines_KPA4.pdf

Reading – WIF More than 30 Words

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Identifying Target Skills with PRF Data

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• Passage Reading Fluency, or PRF, looks at reading connected text rather than isolated word lists like WIF.

• You’ll still need to know how many words your student reads correctly in one minute to use PRF data.

Reading – Passage Reading Fluency

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• If your student reads less than 10 words correctly in a minute, you should consider returning to the basic building blocks of reading: phonological awareness, phonemic awareness, and beginning phonics.

• You also might consider switching to Word Identification Fluency (WIF) for progress monitoring. For very early readers, WIF can be more sensitive to growth, and it can also facilitate identifying specific words or skills for instruction.

PRF: 10 words or less

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Page 32: Informal Academic Diagnostic Assessment: Using Data to Guide Intensive Instruction

• At this stage students may have mastered simple letter-sound relationships and can read CVC words.

• Instruction should focus on more advanced principles of phonics, such as distinguishing between long and short vowel sounds, digraphs, vowel teams, consonant blends, and dual consonants.

PRF: 11-40 words

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Page 33: Informal Academic Diagnostic Assessment: Using Data to Guide Intensive Instruction

• Useful diagnostic information can often be gleaned from progress monitoring and error analysis.

• A miscue analysis may show patterns that can guide instruction:

• Does the student consistently decode long vowel sounds correctly?

• Does the student correctly read words with consonant blends or stumble with multi-syllabic words?

PRF: 11-40 Words

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Page 34: Informal Academic Diagnostic Assessment: Using Data to Guide Intensive Instruction

• Remember, important phonics principles can be missed during progress monitoring:

• Certain elements of phonics might not be present in the section of text

• Students may recognize the words on sight rather than applying their knowledge of phonics.

• Phonics inventories that consist of nonsense words can help with targeting specific patterns you may be concerned about.

PRF: 11-40 Words

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• If students have difficulty distinguishing between long and short vowel sounds, you might try sample interventions that incorporate game-like elements to address these needs.

• http://www.meadowscenter.org/files/resources/Word_Study.pdf

PRF: 11-40 words

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• Some other interventions targeting complex word structures, suffixes and prefixes, and compound words can also be used for targeted instruction at this level.

• http://www.meadowscenter.org/files/resources/Word_Study.pdf

PRF: 11-40 words

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• At this stage of reading development, consider instructional interventions designed to improve fluency and reading connected text.

• The purpose of fluency practice is not to simply increase a student’s speed. Reading fluency and reading comprehension go hand-in-hand.

PRF: 41-80 words

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• Specific, targeted interventions that address fluency may include repeated practice with connected text and building automaticity in recognition of irregular words

• http://www.fcrr.org/assessment/et/routines/pdf/instRoutines_1PA6.pdf

PRF: 41-80 words

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• At this stage, students are well on their way to becoming competent readers.

• Students may continue to benefit from repeated readings and instruction in reading multiple meaning words in context

• http://www.fcrr.org/assessment/et/routines/pdf/instRoutines_1V.pdf

PRF: 81-120 words

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• At this level, interventions targeted at building vocabulary are also appropriate.

• http://www.fcrr.org/assessment/et/routines/pdf/instRoutines_1VIS2.pdf

PRF: 81-120 words

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Page 41: Informal Academic Diagnostic Assessment: Using Data to Guide Intensive Instruction

• At this stage, the focus of reading instruction should shift specifically to developing reading comprehension.

• Instructional strategies designed to build comprehension include

• Graphic organizers, story mapping and identifying story elements in narrative text,

• Identifying important information in text and drawing inferences from text,

• Making predictions, summarizing, and evaluating content.

PRF: More than 120 words

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Page 42: Informal Academic Diagnostic Assessment: Using Data to Guide Intensive Instruction

• Some specific interventions designed to address reading comprehension include identify text structure, using graphic organizers, and recognizing multiple meaning words in context.

• http://www.fcrr.org/assessment/et/routines/pdf/instRoutines_1V.pdf

PRF: More than 120 words

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Identifying Target Skills:Math

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• Identifying specific target skills in math poses different challenges than in reading.

• No general indicator exists in math. (In reading, PRF is a general indicator)

• Instead, most methods of math progress monitoring rely on a sample of specific problem types that address grade-level curriculum or expectations.

Identifying Skills to Target in Math

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• Identifying skill deficits using grade-level indicators may be problematic for students who are at-risk or struggling.

• Skills that would be most appropriate for student instruction are not represented on the progress monitoring tests.

• Looking at the student’s work samples to reach conclusions may be the most straightforward way to select skills.

• Additionally, some computer-based progress monitoring systems in math provide feedback on the student’s performance in specific areas

Math

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Page 46: Informal Academic Diagnostic Assessment: Using Data to Guide Intensive Instruction

• Mathematics Assessment Supplement Handout

• NCII Mathematics Sample Lessons and Activities

Resources

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http://www.intensiveintervention.org/resources/sample-lessons-activities/mathematics

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• If you do not have data from progress monitoring or work samples, simple intervention activities will allow you to have a clear idea a student’s need.

For example: Can your students count objects accurately? Do they understand when counting objects the order in which you count and the arrangement does not matter?

Math

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• If your student can accurately count concrete objects, can they count objects on paper?

• If you’re unsure, try using activities from the Mathematics Assessment Supplement handout

Math

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• If your students can count concrete objects and those represented on paper accurately, the next steps would be to identify if they accurately compare numbers:

• Greater than

• Less than

• Equal sign

><=

Math

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Page 50: Informal Academic Diagnostic Assessment: Using Data to Guide Intensive Instruction

• Another foundation of math is a solid understanding of place value.

• Begin with two digit numbers and increase to three digits and beyond upon skill mastery.

• See the Mathematics Assessment Supplement for sample place value activities

Math

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Page 51: Informal Academic Diagnostic Assessment: Using Data to Guide Intensive Instruction

• Another foundation of math is understanding and facility with basic facts.

• The first step is understanding what simple addition and subtraction means.

• Once students understand the concept of basic facts, they need to develop fluency in using them

• If the student is not able to complete the 10 addition facts or the 10 subtraction facts in 30 seconds, you might consider using activities that help build fluency

Math

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• Whole Number Computation: The next area to tackle is computation with whole numbers, beginning with addition and subtraction and then moves to multiplication and division.

• See Mathematics Assessment Supplement

Math

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• Basic Facts: Multiplication and Division Facts, Concepts, and Fluency:

• If your students understand multiplication and division facts and have a reasonable level of fluency with them, are they also able to apply them in more complex computations?

• Activities may focus on multiple digit computation and understanding place value in multi-digit computation.

Math

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• Another area that is often a trouble spot for at-risk students is fractions. Does your student understand basic concepts of fractions?

• Instruction in fractions should begin with the concepts of fractions as numbers, fraction equivalence, and mixed number concepts.

Math

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Page 55: Informal Academic Diagnostic Assessment: Using Data to Guide Intensive Instruction

• If your student has a good basic understanding, can they complete computation with fractions?

• If computation is appropriate for your student you may want to begin with addition and subtraction with like and unlike denominators and converting mixed fractions

• http://www.intensiveintervention.org/resources/sample-lessons-activities/mathematics

Math

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Quick Review

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1. Why is it important to graph data?2. Name two ways to use assessment data to identify

students’ skill deficits3. Where can you go to find free resources for

customizing interventions?4. What are two things you will use from this session

when you plan instruction for students with intensive needs?

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This webinar was produced under the U.S. Department of Education, Office of Special Education Programs, Award No. H326Q110005. Celia Rosenquist serves as the project officer.

The views expressed herein do not necessarily represent the positions or polices of the U.S. Department of Education. No official endorsement by the U.S. Department of Education of any product, commodity, service or enterprise mentioned in this website is intended or should be inferred.

Disclaimer

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Lembke, E. S., & Foegen, A. (2005). Creating measures of early numeracy. Presentation at the annual Pacific Coach Research Conference, San Diego, CA.

Zeno, S. M., Ivens, S. H., Millard, R. T., & Duvvuri, R. (1995). The educator's word frequency guide. New York, NY: Touchstone Applied Science Associates, Inc.

References

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1000 Thomas Jefferson Street NWWashington, DC [email protected]

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