Differentiation in middle school science

Differentiation ideas in middle school

Tiers

One way to differentiate instruction is through the use of tiered assignments. This approach involves creating different versions of an assignment that are tailored to the varying levels of student understanding. For example, a teacher might provide a basic version of an assignment for struggling students, a more advanced version for gifted students, and a middle version for the majority of the class. This allows students to work at their own level, while still covering the same essential content. In a scaffolded assignment, students at different readiness levels receive different assignments. The assignments may differ in expectations and rubric, or they may differ in the amount of guidance or hints provided. Scaffolding is tricky – students become aware that their assignment is “different” and sometimes that leads to discomfort.

Flexible Grouping

Another strategy is to use flexible grouping. This involves grouping students based on their strengths, needs, and interests, rather than their ability levels. For example, a teacher might group students who are interested in engineering together, while another group of students who are interested in biology would be placed together. This allows students to work with their peers who share their interests and passions, which can increase motivation and engagement. Heterogeneous Grouping – Assignments can be differentiated by skill level or by interest simply by putting students into groups. Pairing a higher level student with a lower level student helps them both, although in different ways. Pairing a student who is very good at writing with a student who is strong in math helps them both. Forming heterogeneous groups according to interest provides the opportunity for everyone to learn. Homogeneous Grouping – In some situations, it makes sense to put the strong students together or to put all of the students who are good at art together. This especially works when assignments offer students choice – the good writers will create something written and the good artists will create something visual. It also works well when scaffolding – you can adjust the expectations and the amount of guidance according to the group dynamics.

Technology

Another way to differentiate instruction is through the use of technology. Many middle school science teachers use interactive simulations and videos to engage students in the learning process. For example, a teacher might use a virtual lab to demonstrate a scientific concept, or a video to introduce a new topic. These tools can be used to provide students with different levels of support, depending on their needs. For example, students who are struggling with a concept can use an interactive simulation to practice the concept, while students who are more advanced can use the video to explore the topic in more depth. There are many websites that allow for differentiated instruction and assessment. Here’s a link to a pretty well curated selection.

Formative Assessment

Another strategy is to use formative assessment. Formative assessment allows teachers to assess student understanding and progress in real-time, which allows them to adjust instruction accordingly. For example, a teacher might use a formative assessment to assess student understanding of a new concept, and then use that information to provide additional support or extension activities. This allows teachers to continually assess student understanding and make adjustments as needed.

Mini-Lessons

It’s not unusual to hear me say in my classroom “Everyone who got #3 wrong, join me at the table in the back,” or “I’m reteaching this concept in 5 minutes if you want to join me.” No judgement, just an opportunity to re-teach a skill to particular students who need it. This works best during an activity in which students are determining their own pace.

Student Choice

A great way to differentiate instruction in an earth science unit is to provide a variety of resources and activities that are tailored to each student’s learning style. For example, an auditory learner might benefit from listening to podcasts or videos about the unit’s material, while a visual learner might benefit from diagrams and visual aids. A choice board is usually a 9 box grid with 9 different activities, all that teach or measure the same skill but approach it with a different modality. For example, a choice board may include a creative writing task, an expository writing task, a video task, a Q&A task, a creative arts task, a research task, and possibly even a musical or food-related task. Choice boards are great when assessing knowledge is more important than skills. For example, you want students to tell you the important characteristics of the desert rather than demonstrate that they can use a topic sentence correctly.

It’s also important to provide a variety of activities and resources that allow students to explore the material in new ways. For example, a student might be asked to complete a research project or create a poster or model that explains a certain concept. This allows the student to dig deeper into the material and get an even better understanding of the earth science unit.

Self Paced Instruction

Allowing students to work at their own pace helps build responsibility and work ethic. At the beginning of a practice session, provide students with a checklist or flow chart of what they need to do. A simple example: “Complete questions #1-5 then check your work. If you get 100%, move on to questions 6-10. If you get any questions wrong, come see me.” Stations or Task Cards -Stations can combine many of the above techniques. In a station activity, students rotate between different physical locations in the classroom. Perhaps at one station they watch a video, then the read an article, then they complete a worksheet, then they do a hands on experiment, then they listen to a mini lesson from you. The best station activities are ones that allow students to rotate through the stations in any order, allowing you to group students and scaffold according to need. Flash Cards -Quizlet, Quizziz, and Boom cards are great ways that students can use to practice skills or content at their own pace.  

Varying Modalities

Deliver instruction using varying modalities. Use lots of visuals, videos, and graphics but also use music and opportunities for students to draw or act. If you don’t want to use a choice board to let them choose their own modality, then switch up the modality you’re using so that every student has a chance to be most comfortable with your teaching style. Use your Room. The physical arrangement and decorations/displays in your classroom can help every child access knowledge. Arrange desks and place students in the place that works best for them. Use anchor charts and displays that appeal to different learning styles.

Game Based Learning

My favorite differentiation technique is to use games in the classroom. Students love them, and a well designed game will reach every child at their ability level. 

You can play games in your middle school science classroom individually, in small groups, or with the whole class.

Individual games a student can play to practice science skills:

• Quizlet
• Quizziz
• Boom cards
• digital escape rooms
• pixel art or picture reveal worksheets
• crossword puzzles
• Memory Match

Small group games middle school science students can play:

• File folder games
• PowerPoint racing games
• Connect 4 (place a piece whenever you get a question correct)

Whole class games you can play in middle school science:

• Jeopardy (there are lots of jeopardy-like templates on line- just Google it!)
• Bingo
• I Have Who Has
• Pictionary, Charades

Breakouts or escape rooms

There is no limit to the amount of ways you can use a breakout or a virtual escape room in your classroom. I’ve used them to introduce new content, as review lessons, as day-before-a-break-and-I-don’t-want-to-start-something-new, getting to know you activities, and end of year activities. They’re great in person with locked boxes and puzzles, and they’re also great virtually with a completely digital product.

Flipped Classroom

Flipped learning is a method of instruction that assigns students the activity of viewing a lecture or copying notes at home and then practicing with the teacher in the classroom. In a flipped classroom, the active learning takes place in school and the passive learning takes place at home. Students are exposed to new material on their own and have the opportunity to ask question, review concepts, and practice skills with their teacher the next day.

Assessment

When it comes to assessment, it’s important to remember that differentiated instruction is about more than just providing different levels of tests. Differentiated assessment can involve providing students with a variety of different ways to show their understanding of the material, such as creating a project, writing a paper, or creating a presentation. This allows students to demonstrate their knowledge in a way that is more meaningful to them.