Title: Formative Assessments
1Formative Assessments
2Pretest
Turn to page 24 in your booklet. Take a moment
and complete the pre-test.
3Why do we assess students?
- Motivate students
- Inform instruction
- Pass ticket to next class/grade
- Notice gaps in student learning
- Identify instructional challenges
- Objectively record grades
4Analogy Driving a car
- New drivers license process
- Go to the DMV.
- You have to drive a car on five different
occasions. - Each time you drive you receive a grade.
- At the end of the course you receive a final
grade. - If it isnt an A, you dont get a license.
- Read the following situation..
5- Leslie started out in the car with no knowledge
of what a blinker is, which pedal to push, or how
to turn her your lights on (F). By the third
lesson she is doing much better (C). On the
fifth lesson she finally got it right. (A). - F C A
- If I average these grades together will she a
license?
6NO
Is this an accurate process? Why or why not?
- Think about how this applies to the mathematical
processes in your class.
7How do I get an accurate picture of learning?
8Balancing assessments for students
- Formative
- not usually grade accountable
- Student involvement
- Part of instruction
- Forms direction of daily instruction
- Assess teaching
- Summative
- Classroom Tests
- State Tests
- District Tests
- High accountability
- Assessment of students
9Ideas about formative assessment
- Occur while still time for action before
grading occurs. - Allows teachers to adapt instruction
immediately while learning is still in progress. - Allows students to know exactly where they
dont understand. - Part of daily instruction
10Teacher Actions
- Monitoring of student work.
- Monitoring classroom (group) discussion.
- Good questioning.
- Give opportunities for students to work (not
just take notes/listen to lecture/watch teacher - work problems).
11Student Actions
- Working in pairs, groups, or individually.
- Sharing work/explaining work to others.
- Answering
- In formative assessments, students should be able
to answer the following three questions about
their learning - 1) Where am I going? (What do I need to know
about this particular SPI?) - 2) Where am I right now? (What part do I
understand? What do I not know?) - 3) How do I close this gap? (What do I need and
what does my teacher need to do to help
me?)/asking questions
12Application
- Checks for understanding are imbedded in the new
curriculum. - These checks tell what the student should be
producing in his/her individual work or
discussion.
Take a look at some examples..
13Self and peer assessments
- Students can reflect on work.
- Students can set goals based on assessments.
- With peer evaluation students see each other as
resources for understanding.
Invite students to discuss their thinking about
problems with remainders in pairs or small
groups, then ask a representative to share the
thinking with the larger group (sometimes called
think-pair-share).
14Student record keeping
- Helps students
- better understand their own learning as evidenced
by their classroom work. - to see where they started and the progress they
are making toward the learning goal. Beyond the
grade.
15- 0506.1.8 Use patterns, models, and relationships
as contexts for writing inequalities and simple
equations. - 0506.3.2 Use variables appropriately to represent
numbers whose values are not yet known. - 0506.3.3 Solve single-step linear inequalities
and graph solutions on a number line.
Have students write their understanding of
vocabulary or concepts before and after
instruction. Have students complete a few
problems or questions at the end of instruction
and check answers.
16Criteria and goal setting
- Do this with students. Similar to creating
classroom norms. - Set clear criteria to define quality work.
- Use exemplars of student work to help them
understand where they are, and where they need to
be.
17Observations
- Gather evidence of learning.
- Should inform instructional planning.
- Could be recorded and shared with students.
18- 0406.4.20 Draw lines of symmetry in 2-
dimensional figures. -
- Present several possible answers to a question,
then ask students to vote on them.
19- 0506.4.2 Find the area of a convex polygon by
decomposing it into triangles/rectangles.
- Interview students individually or in groups
about their thinking as they solve problems.
20Questioning strategies
- Embedded in lesson/unit planning.
- Raise the degree and depth of understanding.
- Engage students in classroom dialogue that both
uncovers and expands learning. - Help students ask better questions
21- 0506.1.5 Solve problems in more than one way and
explain why one process may be more effective
than another.
- How would you describe the problem in your own
words? - What do you know that is not stated in the
problem? - What about putting things in order?
- What ideas have we learned before that helped you
solve this problem? - What if you started with instead of --?
- Would it help to draw a picture? Create a
diagram? Make a talble?
22Pre-test Answers
- Quizzes
- Essays
- Diagnostic Tests
- Lab Reports
- Rubric for a Project
- Quizzes
- Final Exams
- ACT or SAT
- Essays
- Lab Reports
- Gateway Exams
23Card Sort Answers
- Teachers, students, parents are primary users
- During learning
- Used to provide information on what and how to
improve achievement - Used by teachers to identify and respond to
student needs - Purpose improve learning
- Primary motivator belief that success is
achievable - Continuous
- Examples peer assessment, using rubrics with
students, descriptive feedback
- Teachers, principals, supervisors, program
planners, and policy makers are the primary users
- After learning
- Used to certify student competence
- Used to rank and sort students
- Purpose document achievement of standards
- Primary motivator threat of punishment, promise
of reward - Periodic
- Examples final exams, placement tests, state
assessments, unit tests
24References
- Black, P., Harrison, C., Lee, C., Marshall, B.,
Wiliam, D. (2003) Assessment for Learning
Putting it into practice. Berkshire, England
Open University Press. - Boston, Carol (2002). The concept of formative
assessment. Practical Assessment, Research
Evaluation, 8(9). Retrieved May 11, 2009 from
http//PAREonline.net/getvn.asp?v8n9 . - Butler, D.L. Winnie, P.H. (1995) Feedback and
self-regulated l earning a theoretical
synthesis. Review of Educational Research,
65(3), 245-281. - Delivering professional development online.
http/www.pbs.org/ teacherline. - Sadler, D.R. (1998) Formative assessment
revisiting the territory. Assessment in
Education, 5(1), 77-84.