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This is a great resource for students of all ages. In my school, STEM is a huge focus. This website provides thousands of STEM resources for students in grades Pre-K through after twelfth grade. There are resources for each content area. When thinking of how to integrate science, technology, engineering, and mathematics, this is a great website to check out!

I thought this would be good for anyone teaching or learning about circuits. It can be difficult to arrange field trips depending upon your school systems. This allows you to provide your students these learning opportunities without the difficulties of an actual field trips.

"At the end of class, students write on note cards or slips of paper an important idea they learned, a question they have, a prediction about what will come next, or a thought about the lesson for the day. Alternatively, students could turn-in such a response at the start of the next day-either based on the learning from the day before or the previous night's homework. These quick writes can be used to assess students' knowledge or to make decisions about next teaching steps or points that need clarifying. This reflection helps students to focus as they enter the classroom or solidifies learning before they leave."

Dimension: Depth of Knowledge Rating: 3 - strategic reasoning SMART goal: Students will be able to solve an on grade level math task, that will require them to respond and defend their work to explain their reasoning 3 out of 5 times by the end of the 1st marking period. I believe that my team would be able to use this instructional tactic because we could use the exit card to see if students meet the SMART goal. I think that exit cards are a powerful tool for teachers to use because it shows instant data of student performance. It is a quick and informal way to see if students understand the concept or not. This video provides a unique way to students to use/take an exit card in the classroom. We could take ideas from this video and apply to it our own classroom.

I like the fact that students assess themselves (based on the learning target). They also give feedback to one another. In this model teachers can adjust instruction based on how students feel they reached learning targets. I am wondering, though, whether or not young students have enough self-realization to understand how they performed during a given lesson. If we're asking them to rate themselves, we have to hope that they understand how important this is, and what it really means. How does this video address dimensions in the 'Planning Protocol Rubric?' Since most of the dimensions were addressed (in other comments here), I'll comment on this video's ways of addressing 'Technology Integration.' No technology integration seen (though it's certainly possible that it may have occurred during the lesson and before this video was taken). Technology Integration level (based on the available video): 1. My SMART Learning Goal: "After three weeks of targeted instruction--and in concert with the content-area teacher--75% or more of our students will score at least one point higher on their ESOL RELA and ESOL math assessments. (The ESOL RELA [WIDA Access] pre-test was given approximately one month ago, while the baseline math pre-test was developed by our school's math department [and contains test stems from past PARCC exams].)" The 'exit ticket' approach can be used in any classroom, but with ESOL learners it might be more difficult to ascertain whether or not they have understood the question/s on the exit ticket sheet. And again, do they have the skills, understanding and self-realization necessary to rate themselves on how they do in a given classroom on a daily basis?

Addresses the potential of active learning with increased teacher feedback and interaction as a way to help close the achievement gap and involve more students in advanced level STEM classes. Focused on University level students, but an interesting read for teachers of all levels to consider how instruction may have a cultural bias.