Students Experience 3D Learning for the First Time

Picture this: A perfectly planned investigation, no unusual chemicals to hunt down, eager students, no complaining, and all actively writing down their science thoughts……sound too good to be true? It is, but maybe not for the reasons you’re thinking.

Two weeks ago I wrote a post about introducing my students to 3-dimensional learning using the investigation “Reaction in a Bag.” Now that all my quizzes are graded I’ve decided to write the reflection over how my students did with 3D learning, the thoughts of my two teaching peers who taught this way for the very first time, and what’ll I’ll do better next time (and not just next year “next time”).

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My Interview with Brett Moulding & 3-Dimensional Science Learning

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Meet Mr. Brett Moulding!

This summer I was able to complete the most challenging professional development I have ever attended and it has transformed my teaching forever. Very rarely do I come across the opportunity to attend a PD that focuses on both instructional strategies and science so when my District was approached about attending this PD I was excited! BIG THANK YOU to OKC Public Schools for bringing this amazing opportunity to teachers in Oklahoma! My teacher friend (and fellow OKSci Leadership Alumni!) is trying to bring this PD to the Tulsa/North Eastern area and I truly hope she can. Science education is changing, not only in Oklahoma but all over the US. This change is going to be hard. Teachers are going to need help with this transition. PD, like the one I attended, is going to be an important part of this process. For teachers that can’t attend PD I hope blogs like mine can provide the support they need. While I’ve done a short review of Moulding’s book, “A Vision and Plan for Science Teaching and Learning,” this post is going to focus on a short description of 3-Dimensional Learning and my interview with Brett Moulding. My posts this summer will then focus more on the 3D framework and provide examples and other links for more information.

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Science Sundays – Catalyst Investigation!

New year. New goals. One of them being more blog posts, so welcome to Science Sundays! Each Sunday I’m going to write something about science, and classroom activities, instructional strategies, or current events!

This week’s topic will be: Catalyst Investigations! I felt this should be the first ‘Science Sunday’ since my last post was all about the stress of implementing labs and it’s only right to write about the great parts too 🙂

The slow-mo video below shows my students testing a gas that is produced when hydrogen peroxide and potassium iodide interact:

The glowing wood splint reignites as it interacts with the gas being produced by the decomposition of hydrogen peroxide (into water and oxygen gas). While I used this lab to study catalysts, it could also be used for learning types of reactions!

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What’s that supposed to mean? Unwrapping Standards

Oh standards. What a frustrating topic. Teachers work very hard to align curriculum to new standards just for them to change the year implementation is supposed to occur. In my short 5 years of teaching I’ve learned this really is a norm in education (sadly 😦 ) so I’m going to avoid the politics that coincide with this topic and talk about how I’ve learned to interpret the standards and use them in my classroom.

I’ve always been aware of the PASS Process Skills and Standards for Science. In my first year of teaching the District I work for began implementing the Next Generation Science Standards and wanted us to find a way to incorporate more writing in the science classroom to align with Common Core. Needless to say standards have always driven my classroom instruction. Great right? Well when I reflected on my use of the standards there was plenty of room for improvement. I knew what the State required students to learn. I knew why the students were doing a particular assignment. I knew. I knew. I knew……but what about the students? It’s great that I know what’s going on but shouldn’t the student’s know too? You could ask a student what our topic was in class and he/she could (hopefully) tell you but I doubt he/she could tell you why we were doing something in particular. Think back to when you were a student, how many of you loved the syllabus in college? I know I certainly did. It outlined exactly what I was supposed to know and what the topic was going to be each time we met. Knowing this information helped me focus during lecture so maybe if my high school students knew what concepts we were going to learn it would help them. This was reason 1 for looking into how I could use standards more deliberately in my classroom.

Reason 2: my students struuuuuuuuuuugled last year with concepts that have never been difficult for my students before. When we were learning how to name compounds 39 of my 77 Chem 1 students were failing AND we struggled with naming compounds for THREE months. I tried everything I could think of to help my students. I asked other teachers and principals for help. Nothing seemed to work. I would get upset, mad, and frustrated with my students and with myself. It also didn’t make me feel better that the other chemistry teachers at my school were having the same issues. This was not okay and I was determined not to have another year like that. Reflection was a must here. What could be the problem? I can’t just blame the students and move on. I needed to reflect on what I could control, starting with the curriculum. We are using the same curriculum that’s been used for many years but our students are not the same. Five years ago I had Juniors and Seniors in Chemistry however I now have mostly Freshmen and some Sophomores. My thought? Maybe it’s time I rearrange the curriculum and alter how I teach it in my class. Sounds drastic but something needed to change and having a room full of seniors again wasn’t happening. (Side note – the number of students failing eventually dropped to less than 10 but that took so much remediation which no one enjoys lol)

With these thoughts in mind I attended the Marzano Building Expertise Conference and the High Schools That Work Conference. I chose seminars focused on increasing student achievement and I learned SO much. I became (and still am) excited about the coming year and implementing this new information. Starting with flipping my classroom to where the student becomes more responsible for their learning and I was going to begin this by making sure they knew our standards for the classroom and how to use it to learn the concepts. In order for this to happen I needed to “unwrap” the standards, when completed it will look something like this:

Unwrapping Standards

You may recognize the above image from the Student Progress Chart (SPC). The SPC is located in the Student’s Data Folder and you can find more information about the folder in the post called “Why Should Students Care?! Student Data Folders.” Once the standard is unwrapped you have started your Learning Scale! I love being able to combine strategies 🙂

Steps for Unwrapping Standards

Step 1: Once you have chosen a standard you need to identify the goal as declarative (informational) or procedural (skills, strategies, processes) knowledge. Generally, standards that require students to know specific information contain the words “students will understand” while standards that require students to show specific skills, strategies, or processes contain the words “students will be able to.” The new OASS for Chemistry all contain the terms “students will be able to” and thus are procedural standards. There are instances when standards can be both procedural and declarative. If you come across something like this remember to break it down into the two pieces so that you address both parts.

Example: The above scale is based on the following standard that addresses procedural knowledgeStudent’s will be able to construct and revise an explanation for the outcome of a simple chemical reaction based on the outermost electron states of atoms, periodic trends, knowledge of chemical properties (Periodic Table trends), and formation of compounds.

Step 2: Determine the standards’ level of complexity by using either Bloom’s Taxonomy or Marzano’s Taxonomy (yes he has one). I actually use the New Taxonomy developed by Marzano because it is broken into only four levels of difficulty and he provides a list of common verbs that are used in each level (which helps when writing a learning scale).

Example: Look for the verbs in the standard and find where they would align in the taxonomy – Student’s will be able to construct and revise an explanation for the outcome of a simple chemical reaction based on the outermost electron states of atoms, periodic trends, knowledge of chemical properties (Periodic Table trends), and formation of compounds. At this point you have identified what type of knowledge your students must learn and how difficult the State expects it to be.  The verb “construct” can be a way to symbolize information so is Level 2 Comprehension and the verb “revise” can be a way to analyze errors so is Level 3 Analysis.

The standard is the Learning Goal for the class. If you were to develop a learning scale the learning goal would be your #3. Students should always be aware of their learning goal. Using the above example students would know that they must be able to show their understanding of the standard by constructing something and revising something else. I would build upon this by completing the scale and then tying my formative and summative assessments to the verbs in each statement. Scale development will be the topic of another post. This one is already quite long!

My students seem to like having the standard “unwrapped” for them. As the year goes on I hope to involve the students in Step 2 – I’d like for them to identify the verbs in the standard and brainstorm ways to assess their understanding based on that information. We shall see how it goes. As always if you have questions let me know!

****As a reference outside of the conferences I attended this summer I read: Designing & Teaching Learning Goals & Objectives by Robert J. Marzano. This was a great resource!