490ASA
Mini Project Two
Phase 1 | Phase 2 | Phase 3

Phase 1

In my school district, 1st-4th grade computer classes do not currently receive formal assessment on our report cards. I have teamed with some of the 4th grade teachers in my school to create curricular-based technology projects, which the classroom teachers grade in the subject area of focus. Other than that, there has been no formal assessment of the technology curriculum that is taught. I have just done my best to introduce all the skills in the technology scope and sequence my district provides for me. I then teach and reteach the skills as necessary.

The 4th grade currently does a HyperStudio project for their Solar System Science unit. The 4th grade teachers take a grade for the projects and we complete them during their weekly computer time. For my Mini Project #2, I plan to create a checklist so that in addition to the grade student's get from their classroom teachers, they can also see the progress of the computer skills covered during the project. The checklist would also be a way for parents to see the skills we are covering in computer class and the level the students are performing the skills. As of now, the teachers and parents don't see the project until they are in their final form. My aide and I often spend time going through the projects with the students making corrections and reteaching some of the technology related steps and processes. Keeping a formal checklist would provide me with a way to share with parents and teachers the level of assistance the students had in the technology related portions of the project. It will also help us to determine what kinds of projects we could work on in the future. This is a great way for me to measure and chart the skills that I am supposed to cover in my curriculum and will also allow me to show student growth over the time. The project not only follows the scope and sequence for technology skills in my district, the project is also in alignment with the Illinois State Technology Content Area Standards. I hope that this chart will increase awareness about my computer program for teachers, parents, and administrators.

KWL Chart

Know
Want to Learn
Learn

1. The classroom teacher in the area of focus grades the student's technology-based curriculum projects.

2. There is no formal assessment of the technology skills performed during the project.

3. Skills are simply taught, re-taught, and reviewed, as it appears to be necessary.



1. A way to evaluate the technology skills used and demonstrated by the students while creating the projects.

2. How to assess the skills demonstrated in the project by using a checklist to show the student's level of mastery of technology skills.

3. A valid way to show classroom teachers and parents the student's level of technology knowledge after the project is finished.

1) The best way to use the checklist to provide valid and fair assessment of the skills covered in the project.

2) I learned to see the skills more individually for each student, rather than as a whole class. Student's strengths and weaknesses were more apparent.

 

 

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Phase 2

Curriculum Map
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Phase 3

Evaluation Checklist
You will need Adobe Acrobat Reader to view the Checklist.

For computer class, I usually begin a project or introduce a new skill with a whole class demonstration. In my computer lab, my computer is connected to a TV monitor so that students will be able to see the steps and procedures on a large screen. I demonstrate the new steps and then provide detailed instructions for the students to follow at their computers. Although I give the demonstration and detailed directions, my aide and I often have to walk some of the students through the steps individually before they understand the concept we are working on. I created the checklist as a way to monitor and observe the student's progress and the amount of help the students needed to complete the technology related skills.

We have 20-24 students per class and each student is working on the same skills at their own individual pace. The checklist I designed would give the students one of the following ratings:

  • MI-Mastered/Independant
  • CA-Capable with Assistance
  • SA-Significant Assistance Needed

When I first started using the checklist, I quickly realized that it was almost impossible to monitor each student's skill level myself when they were all completing the tasks at the same time. There didn't seem to be enough time to get around to each student in our 40 minute class period, while answering student questions at the same time. At the end of the class, my aide and I were desperately going through the list of names to try and give them a rating. At this point, I also realized that I hadn't determined what constituted each rating. I never set up a standard to determine how each student received their rating. I decided I needed something more anecdotal in order for the evaluation to be valid.

I went back to my three ratings and decided that the number of questions the students asked about a particular skill would determine which rating they received.

  • MI-Mastered/Independant = 0-1 questions asked
  • CA-Capable with Assistance = 2-3 questions asked
  • SA-Significant Assistance Needed = 4 or more questions asked

Then, my aide and I each armed ourselves with the checklist and made tally marks each time a student asked a question. At the end of the class, we would add the tally marks and determine which rating the student would receive for a particular skill. Next time we begin a project with an evaluation checklist, I will use the tally mark system from the beginning.

When the project is complete, we will be able to determine what skills need to be reviewed and retaught, what types of projects we can accomplish next, and what skills we can attempt to learn in the future. I also plan to share the checklist with the classroom teachers. A huge frustration for teachers is when the attempt technology related projects in the classroom and they're not successful because the skills necessary are below or beyond the student's abilities. The information would be useful to them in planning developmentally appropriate technology related projects. The checklist will also provide concrete evidence for teachers to share with parents for report cards and conferences.

Overall, I feel the evaluation checklist has been a success. I would definitely incorporate checklists in future projects. While I always felt I had a general idea of what the students were capable of in technology, the checklist really broke down the skills and individualized them for me. It really showed each student's strengths and weaknesses. Before, I think I generalized the skills too much in that I grouped the students more by the class as a whole, rather than by each individual student.

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