stem magnet lab school standards based grading

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October 3, 2013 Parent Meeting STEM MAGNET LAB School Standards Based Grading

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STEM MAGNET LAB School Standards Based Grading. October 3, 2013 Parent Meeting. Why Standards-based grading ?. * Nationwide 30-60 % of college students need remediation. - PowerPoint PPT Presentation

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Page 1: STEM MAGNET LAB School Standards Based Grading

October 3, 2013Parent Meeting

STEM MAGNET LAB SchoolStandards Based Grading

Jennifer Oldweiler-RTM
The humor may be lost on some of them, but maybe it will be funny?
.
Also - I just found a few cartoons and put them in so we could look at them tomorrow. I by no means think we will use them all, or put them all.
Page 2: STEM MAGNET LAB School Standards Based Grading

Why Standards-based grading ?*Nationwide 30-60 % of college students need remediation.

*National research shows that 50% of those students who need remediation received As and Bs in the courses needing remediation (3 million new students enter higher education each year, and half take at least one catch-up course while they are enrolled.)

*45% of AD12 students need remediation in college introductory courses

*In the past thirty years the time (attending full-time and continuously) to obtain a “4 year-degree” has increased to five years. During the same time period high school GPAs are up.

Page 3: STEM MAGNET LAB School Standards Based Grading

What is Standards Based Grading?• Standards Based Grading is grading

using student performance as the sole factor in establishing grades.

• Standards Based Grading uses the overall trend in student performance. In other words, we look at the most recent academic performance of a student when establishing a grade.

Page 4: STEM MAGNET LAB School Standards Based Grading

How Standards-based Grading Differs from Traditional Grading

Systems• Because standards-based scores are based on where a student is in

relation to a standard, teachers will be looking at a student's most recent work. Teachers will not be averaging scores across an entire semester.

• For example, imagine a student learning to convert fractions to a decimal-point format. A student may very well have some poor scores at the beginning of that unit of study, but hopefully the student comes to understand that concept after a couple of weeks of instruction, practice and study.

• Averaging their poor initial scores with their improved later scores doesn't truly represent their final level of understanding. And the same is true if a student understood the early concepts but has a difficult time with the more complex ideas, or coasts along as the unit comes to a close.

• Averages across weeks’ or months’ worth of work don't necessarily represent a student's true, current, level of understanding when time to report progress.

Page 5: STEM MAGNET LAB School Standards Based Grading

How Standards-based Grading Differs from Traditional Grading

SystemsAnother change we'll see in the standards-based

system is that teachers and students will no longer be tallying up 'points' to determine a grade.

In the past, 'points' might be earned by doing well on a test, turning in extra credit projects, participation, or helping out in the classroom in any number of ways.

Standards-based grading in Adams 12 District will be based on a student's level of understanding in relation to a standard.

For example, if a student helps out to clean up a classroom after school, that good deed may get reported out as good citizenship on a report card, but it doesn't tell us how well they understand the use of commas in a series or how well they can apply the scientific method in various situations.

Page 6: STEM MAGNET LAB School Standards Based Grading

How Standards-based Grading Differs from Traditional Grading

SystemsOne other example to illustrate some of the main

concepts of standards-based grading is to take a look at learning to play an instrument.

The first day a student picks up a clarinet we wouldn’t expect him to be able to play even an easy song. He must first learn the correct way to hold the instrument and how to make a sound.

There will be clearly defined expectations for where we expect students to be as their knowledge and skills progress and where they should be at the end of the course. (In fact, that’s why a continuum of classes is called a ‘course’.

It is a path of learning, understanding and proficiency.) Learning is a progression of knowledge, skills and abilities; and practice and re-work are key components of the learning continuum.

Page 7: STEM MAGNET LAB School Standards Based Grading

What does Standards Based Grading not include?• Effort*• Attitude*• Timeliness*• Homework

*Each of these areas will be assessed in the Scholarly Habits section of the Report Card

Page 8: STEM MAGNET LAB School Standards Based Grading

Standards and Gradebook Recording Criteria (GRC)

Disciplinary Core Ideas (Content)

Science Practices

Communication in the

DisciplineCross-cutting

concepts

Standard

Standard

Standard Standard

Standard

Page 10: STEM MAGNET LAB School Standards Based Grading

Rubrics and More!

Page 11: STEM MAGNET LAB School Standards Based Grading

It’s like riding a bike!

Page 12: STEM MAGNET LAB School Standards Based Grading

It’s like riding a bike!

Page 13: STEM MAGNET LAB School Standards Based Grading

It’s like riding a bike!

Page 14: STEM MAGNET LAB School Standards Based Grading

Difference BetweenMeeting the Standard andExceeding the Standard

● A student may receive a 3 or 4 at any point in time.

● Generally: Transfer, depth, and complexity.

● Opportunities will be provided for students to work at the highest level of performance.

Page 15: STEM MAGNET LAB School Standards Based Grading

Science Example:For example, but not limited to:

● Near perfect performance on assessments must be paired with a consistent ability to complete additional Level 4 opportunities within coursework with success.

● Students should be given opportunities to extend their understanding to real world applications and problems. Examples of this are embedded in the Next Generation Science Standards through the “Connections to Engineering, Technology and Applications of Science” section. These should be incorporated into lesson plans as a Level 4 opportunity.

● Teacher created Level 4 opportunities. SBG Resour

ce Page

Page 16: STEM MAGNET LAB School Standards Based Grading

It’s like riding a bike!

Page 17: STEM MAGNET LAB School Standards Based Grading

It’s like riding a bike!

Page 18: STEM MAGNET LAB School Standards Based Grading

Where Do I Get More Information?

http://www.adams12.org/student_learning/

standards_based_grading

Page 19: STEM MAGNET LAB School Standards Based Grading

What questions do you have?