Best Practice for Designing Exams to Assess Student Learning Seema - - PowerPoint PPT Presentation

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Best Practice for Designing Exams to Assess Student Learning Seema - - PowerPoint PPT Presentation

Best Practice for Designing Exams to Assess Student Learning Seema C. Shah-Fairbank, P.E., PhD Director of Assessment and Program Review, Division of Academic Affairs Associate Professor of Civil Engineering Office of Assessment and Program


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Office of Assessment and Program Review, Academic Affairs

Best Practice for Designing Exams to Assess Student Learning

Seema C. Shah-Fairbank, P.E., PhD

Director of Assessment and Program Review, Division of Academic Affairs Associate Professor of Civil Engineering

Tiffany Frontino

Administrative Analyst, Assessment Program Review

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Outcomes

During Workshop

  • Distinguish between the “dos and don'ts” of common question types

▫ Binary, Matching, Multiple Choice, Short Answer, Open Ended

  • Aligning specific test questions (items) to learning outcomes

▫ Not a holistic test score, but evaluation of specific questions ▫ Go beyond content and think about what you want students to learn. ▫ Results will provide you with evidence of student learning, which you can act on.

Post Workshop

  • Design a fair, yet challenging, exams that accurately gauge student learning.
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Types of Test Questions Advantages Disadvantages

Binary True/False Easy to correct Range of responses are limited Easy to compile results Test creator must possess content mastery Instruction easy to understand High odds of accidental correctness Matching Easy to correct Only test lower-level objectives Easy to create Medium odds for accidental correctness Allows for many items to get tested Very Applicable to paring items Multiple Choice Easy to correct Generally limited to fact-based questions Can include distractors Does not allow for explanation Permits testing of a large body of material rapidly Not that easy to create Short Answer Closed Question Easy to correct Limits richness of response Easy to create Takes longer to correct Easy to insert during instruction Can result in variability Open Ended Easy to create Requires strong subject matter knowledge Allows for freedom in response Correction is labor intensive Appropriate for "why" and "how" Allows highly diverse responses

True False

A B C

Where?

How? Who? What? When?

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True/False Select Response Items Matching Multiple Choice

  • Mastery of factual information
  • Demonstrate Complex Thinking

▫ Make inferences about the topic based on data provided ▫ Select the correct answer by solving a quantitative problem ▫ Possible effect based on a situation ▫ Make a conclusion based on a graph

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Binary – True and False

Do

  • Make the statement concise and direct.
  • When writing a true/false problem only ask

about a single situation/problem

  • Use qualifies such as “usually” or “seldom”

Don’ts

  • Focus on small factual details that are not

crucial to student learning.

  • Negatively phrased questions tests a students

reasoning ability not knowledge of the

  • utcome.
  • Absolute statements such as “always” and

“never”

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Matching

Do

  • Include two parallel list with approximately no

more than 7 items.

  • The entire list fits on one page
  • Components come from the same subcategory

Don’ts

  • Create on giant matching problem
  • Have students flip pages to see all the options.
  • Put items from different categories into a

matching.

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Multiple Choice

  • 1. To ensure the quality of multiple choice questions:

a. Make some of the options and distractor negative.

  • b. Include qualifiers and absolutes.

c. Make all options and distractors similar in length.

  • d. Include several correct answer options..

STEM Distractors Correct Answer

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Multiple Choice – Dos & Don’ts

Do’s

  • Make the stem concise and direct
  • When writing a stem only ask about a single

situation/problem

  • Correct answers and distractors should only

have plausible situation

  • Evaluate what you have the student learning

to be on a specific item.

Don’ts

  • Same word or a derivative in both the stem

and options

  • Grammatical clues in which article, verb or

pronoun eliminates options from being correct

  • Repeating same words across options
  • Making response options unequal lengths
  • Negatively worded stems
  • Use of “All of the above” – Discourages

discrimination

  • Use of “None of the Above” – Encourages

guessing

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Constructed Responses

  • Specific Questions or open ended response
  • Assess basic recall to creation of new ideas

Short Answer/ Quantitative Essay

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Short Answer

Do

  • Ask direct questions using your own words.
  • Ask specific problems which are concise.
  • Inform students on keeping responses brief.
  • Provide the units that you want the final

answer in.

Don’ts

  • Ask trivia questions.
  • Ask questions that are long or composed of

complex sentences.

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Essay

Do

  • Use your own words to develop the prompt.
  • Use words such as “compare” and contrast” at

the beginning of a questions.

  • Make the statement concise and direct.
  • Provide students with a clear rubric so that

they understand the expectations.

  • Include time for thinking and brainstorming

prior to writing.

Don’ts

  • Develop complex and ambiguous wording in

the problem statement.

  • Questions that are too broad to allow time for

an in-depth response.

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Effective Exam Design

  • How many items?

▫ As many as you need - Capture student learning ▫ Think about the time (student need 3x as long)

  • Instructions

▫ Group items by test type ▫ How to record answer ▫ Whether or not to show work ▫ Point values for each item ▫ Neatness

  • Rule of Thumb

▫ Don’t let one early incorrect answer repeatedly penalize a student ▫ Alternative: tell students to assume specific answer to prior item ▫ Students capacity is a limited resources

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Learning Outcomes

Program Level – Student Learning Outcomes

  • Student learning outcomes clearly state the

specific and measureable behaviors students will display to verify learning has occurred at the program level.

  • Key characteristics of student learning
  • utcomes include 1) clarity, 2) specificity, (this

means they are worded with active verbs stating observable behaviors) and, 3) measurability.

Course Learning Outcomes

  • CLOs clearly relate to topics, assignments, and

exams that are covered in the present course.

  • CLOs should be measurable and map to SLOs

for assessment.

  • CLOs are more detailed and specific, they

identify the unique knowledge and skills expected to be gained from a given course.

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Assessment at Program Level Curriculum Matrix

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Assessment

  • Align items that students performed on to CLO or SLO
  • Grade/Assess if the students have met the learning

▫ Set a criterion for success – 75% of students will get each item correct ▫ Determine percent-correct for each items

  • Evaluate the results – Close the Loop

▫ Did the students understand the item ▫ Was the item written clearly ▫ Are changes need to be made within this course or a prior course ▫ Are there curricular changes needed at the program level ▫ Are there different pedogeological methods to teach the material.

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Questions – Comments - Practice

Seema C. Shah-Fairbank, P.E., PhD shahfairbank@cpp.edu

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  • Cal Poly Pomona

▫ https://www.cpp.edu/~academic-programs/program-review

  • Other websites
  • https://cft.vanderbilt.edu/guides-sub-pages/writing-good-multiple-choice-test-

questions/

  • https://uwaterloo.ca/centre-for-teaching-excellence/teaching-resources/teaching-

tips/developing-assignments/exams/questions-types-characteristics-suggestions

  • Books

▫ Meaningful and Manageable Program Assessment ▫ The College Instructor’s Guide to Writing Test Items: Measuring Student Learning

Resources