I had the opportunity to view an important movie this week. I’ve seen it once before. Both times, I watched with a group of the finest educators I’ve ever met. The movie was especially hard-hitting for us because we’ve shared their journey, their tears, and their triumphs.
Science, Education, and Science Education
classroom applicationsArchive for the ‘Assessing learning’ Category
Oregon requires students to complete an inquiry work sample (here’s the one we will use this year) at some time during high school. Our classes function on an inquiry basis at some level almost daily. I’ve played with many strategies to help students write about their work in a manner that facilitates their learning while documenting their work in a manner that survives the scrutiny of a scientific peer review.
Most recently, I’ve incorporated the work began with Linda Christensen (from Lewis and Clark) and the Oregon Writing Project. Freshmen begin keeping all lab and inquiry work in a bound theme book, AKA fondly as “my lab book.” My vision for the appearance of student lab books has morphed over the years. Some things change very little, though, because good science is good science and good science writing is good science writing. At my current school, I’m blessed with like-minded colleagues who have helped me refine my vision as it is shared in this post. Here’s our current plan…..
My introduction to assigning student roles in group work came in 1994 at a Project Discovery summer workshop. I didn’t question the value of this practice. More experienced teachers and university professors shared their expert guidelines. As teacher participants in the workshop, we used these canned roles as we worked our way through canned labs intended to inspire student discovery. They appeared, we decided, to be a pretty effective method for managing students in lab settings and for facilitating student communication about their work. The checkpoints added strategically to canned procedures helped me check for understanding while students were working.
Every dataset has a story. We usually look only at the data and ignore the story. For example, according to my original findings, and as approved by my committee of esteemed researchers in education and science, I could make this statement:
Pre-service elementary teachers showed a statistically significant gain in their learning about the moon and teaching elementary students about the moon by inquiry.
And this supporting statement:
The study shows that pre-service teachers average gain scores from pre-test to post-test increased by 7 points on a 21-item test.
If this were taken as the only finding from my dissertation, these pre-service teachers obviously demonstrated significant learning. All is well.
But wait. (See below for the tl;dr version.)
The journey is over.
47,556 words, 200 pages. Defended. Paperwork filed.
Crashed with my sons, daughter-in-law, and grandsons. Called husband.
I’m now Dr. Mom, Dr. Gramma, and Dr. Dear.
And sitting in the airport waiting for a flight back home, I feel a bit lost and empty.
Maybe I’ll have something to say about it later. Maybe not.
by Luann
I just began year 22 of classroom teaching. My goal is never to become one of those “old” teachers, sneering at innovation while pulling an ancient worksheet from a dog-eared folder. I’ve asked younger colleagues to alert me should they observe these tendencies in my practice. I actively seek and provide a variety of professional development for myself and my colleagues. I’m active in various professional learning communities. My paper and electronic files are pruned and revised regularly. And I listen to students, with a focus this past year on the learning skills of a particularly interesting class of intentional non-learners. You know the type. They enter the classroom with their minds on everything else; pencils and paper, it they have any, remain in their backpacks. Their faces say, “Teach me. I dare you.” They have little respect for anything, often including themselves.
We learn about data in our teacher-preparation programs; at least I did, 20+ years ago. I learned how to count up my students’ correct answers and compare them to the incorrect answers to pinpoint areas of difficulty among these students.
It’s day 2 of the Science WASL.
Most students finished an hour or so early. I brought Starburst® candy for my group, who stuck through the torture yesterday like troopers.
Today, they quietly and gratefully consumed the candy after completing the test. It took most of them no more than 1 hour. Walking around, I noticed that students at one table quietly made a fleet of tiny boats from the wrappers. Students at another table appeared to be having a silent-movie version of a candy-wrapper-airplane contest.
I would have taken a photo to share but cell phones weren’t allowed.
A few students took advantage of the extra time to squeeze in work at the last moment before grades closed. Most did not. Either way, I sent a huge list of grade changes, mostly semester grade incompletes, to the secretary, who got some of them recorded incorrectly. Moral of the story is that life would be easier if we had the ability to do our own incompletes. We don’t, although a few of us have asked.
My current plan for implementing Grading for Learning follows. It is a blending of many things I heard at the December conference in ways that I can see working in my own classroom.
My solutions:
1. All assignments not submitted on time automatically revert to an alternate assignment. This is either something less palatable for the student but simpler for me to assess, or a textbook worksheet packet that the student completes, then comes in after school and corrects himself. Little or no time on my part. The idea here is to show students that it’s just easier to follow a planned path through their learning. Assignment “due dates” are given well in advance.
2. We will take photos of all labs in progress and keep a sample set of reasonable data. The student doing tha lab as a very late make-up can then do the normal write-up, look at the pictures, and use the given data to do an analysis. As I see it, the standard for lab technique would not have been met, so there would need to be some kind of grade penalty for not meeting that standard. (Science investigations usually have several components, or standards, that are assessed in one lab investigation. Since I grade on total points because Skyward is not set up for standards, that just means that the points for that standard will be low or missing. The final grade would then reflect the percentage of standards not met.) The assessment-for-learning purists would argue that this is a performance or behavior thing and should not be assessed at all, but I will disagree. Perhaps they would be pleased with a dental hygenist who’s never actually worked on a live person, but who’s watched lots of movies about cleaning teeth.
3. No summative assessment (test or quiz) will be given until a student has completed sufficient “formative,” or practice work to demonstrate that he is ready to be assessed. On test day, a student who is not ready for the assessment will work on becoming ready while the others take the test. He can then take the test on his own time, later. Whenever is fine. It will be an alternative test, possibly essay.
4. A student scoring below 80% (70%?) on any test must retake the test, at least the parts on which he did poorly. Any other student could also retake, but the second grade stands. The retake would be a different document, and would ideally consist of only the parts of the test on which the student did poorly. As of the last test I gave, it was not possible to give a partial test to most students as they did equally poorly across the board. I suck as a teacher, apparently. I see this changing when students are not permitted to take a test “cold” but must actually do some learning first. I’ll even give them the tools they need to learn – imagine that – explanations, opportunities to explore a concept, have their hands and minds on models, discuss topics with their peers, etc. Perhaps I just don’t write appropriate tests. An area of improvement here……
Formative work would be the assignments relating to the test topic – reading journals, labs, projects, class notes ( this will be tricky to implement appropriately), index card graphic organizers, concept maps, projects, research, or whatever has been used in class to build knowledge about the topic. Formative assessments allow students to describe their learning targets, assess where they are in the progression of learning to reach their target, plan what they still need to do to reach the target, and describe the resources they will use and how they will use the resources to reach their target.
The snag is the same as I’ve had for the past year, and would be the same issue we need to discuss as a building. What is the fate of an Incomplete? Can we let a student make up the work for an Incomplete any time up until graduation? How long before the I turns to an F? Does the I on an individual assignment turn to a (shudder) zero, or must we allow a student to have 50% of the assignment’s value for doing absolutely nothing? I’m currently looking at the mathematical implications of a 0 in my grading system. I didn’t see any grading systems quite like it at the conference.
Update on June 8, 2010: None of this worked. Grades were at least a bit inflated, and students didn’t seem to benefit by attempting to complete an entire semester’s work and take 5 tests during the last 3 weeks before grades closed.