Start Teaching SCIENCE Like Never Before - Differentiated Station Labs (2024)

Let’s get right down to business. As a teacher, you are constantly searching for tools to help engage ALL of your students within your daily lessons. Unfortunately, many of you are also often faced with increased class sizes and a severe lack of science equipment and supplies.

We know how difficult it can be to teach with outrageous class sizes. The pressure to reach all of your students can be overwhelming. And sadly, an enormous lack of funding just adds more fuel to the fire.

Don’t be discouraged! We want to share with you how our S.C.I.E.N.C.E. Station Labs can be a huge benefit in your own classroom.

Over the past 9 months, we have hand-crafted 61 unique station labs covering a wide variety of major science concepts.

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These labs have been used in classrooms across the nation with as few as 2 students or as many as 45 students. Each one is differentiated and student-led which allows you to be a facilitator (whew…huge sigh of relief). Even better, the 7 different tasks each station lab includes helps to increase overall student engagement

What about supplies required? That’s one of the very best aspects of these station labs. Each one requires very minimal setup and supplies that can be found in every science prep room.

Below you’ll find our “Quick Start” Guide to using the S.C.I.E.N.C.E. Station Labs. Also, if you subscribe to our list (click banner below), you’ll receive our Layers of the Earth Station Lab completely FREE!

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S.C.I.E.N.C.E. Stations Introduction

Our S.C.I.E.N.C.E. Stations are designed to get your students engaged, collaborating, and moving in your daily lessons. Each station provides a different method for reinforcing important science content. Each of the 7 stations correlates to a task that is represented by a letter in the word SCIENCE. These stations will have students Summarize, Create, Interpret, Experiment, Navigate, Challenge, and Extend. Upon completion of the 7 S.C.I.E.N.C.E. stations, students will also reflect on the activity to communicate their level of understanding.

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S.C.I.E.N.C.E. Stations Descriptions

The 7 S.C.I.E.N.C.E. Stations included are as follows:

Summarize – Students will read an article relating to a specific science concept. After reading the article, students will write a brief summary of the main ideas and key concepts contained in the article.

Create – Students will create a “graffiti wall” that will include words, phrases, pictures, diagrams, and/or icons to represent a specific science concept. Each student or group of students will add to the existing creation at this station.

Interpret – Students will interpret graphs, data tables, charts, diagrams, and/or pictures in order to answer a series of questions.

Experiment – Students will conduct a quick experiment or hands-on activity in order to demonstrate a specific science concept.

Navigate – Students will navigate through a card activity in order to decipher a code of symbols, numbers, and/or letters.

Challenge – Students will complete a challenge of digital BOOM Cards™ using computers, laptops, tablets, phones, or any electronic device with a modern web browser.

Extend – Students will extend their knowledge of a specific science concept. Students will answer questions to provoke deeper thought of the real world applications of science.

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S.C.I.E.N.C.E. Stations Suggestions for Use

The following are ways to utilize S.C.I.E.N.C.E. Stations in your classroom:

  • Use at the end of a unit of study to gauge student understanding
  • Use as an assessment activity
  • Use in tutorials or student pullouts for struggling learners
  • Use as a review or reteach activity
  • Use to increase overall student engagement

Timing and Student Rotation

You may choose to set a timer for each station or allow your students to rotate freely from one station to the next. If you choose to set a timer, we suggest using a timer that can be displayed for all students to see. Online Stopwatch (www.onlinestopwatch.com) is a wonderful tool to use because it offers several different timer options.

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Timer Method – A few of the stations, such as Experiment, Challenge, and Navigate will generally take a little longer to complete than other stations. It may take some time to adjust, but allowing students 2 timer sessions at these stations should provide enough time to complete the required tasks. Typically 4 or 5 minutes should be enough time to complete most stations (8 to 10 minutes may be necessary for the Experiment, Challenge, and Navigate stations).

Free Rotation Method (Preferred) – This is our preferred method for using S.C.I.E.N.C.E. Stations products. However, it is completely teacher preference.

If you choose to allow your students to rotate from station to station without the use of a timer, the following suggestions will be useful.

  • If space in your room allows, you may want to duplicate ALL stations. Or you may choose to duplicate the stations that require more time, such as Experiment, Navigate, and Challenge.
  • Each station should have no more than 4 students at a time.
  • Students will work at their own pace and rotate to an “open” station at any time.
  • Students should leave each station neat and organized prior to rotating to another station.
  • The order in which the students complete the stations does not matter. They may start and finish at any station.
  • Give the students several reminders of the time remaining in class (i.e. 20, 10, 5 minutes remaining).
  • Allow early finishers to assist other students (teacher preference)

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Independent vs. Partner/Small Group

You may choose to have your students work independently, with partners, or in small groups. All S.C.I.E.N.C.E. Station Labs are versatile and designed to be used in all of these scenarios. No matter which method you feel is best for your class, we recommend that students fill out their own student recording sheet. This will allow students to complete a personal reflection at the conclusion of the lab.

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Teacher Facilitation and Best Practices

Each S.C.I.E.N.C.E. Station Lab product is completely student guided so that the teacher can truly be a facilitator. You should be able to freely move around the classroom to assist when needed. Be sure to give students the responsibility of completing all of the tasks on their own (we want them to become problem solvers). It may take a little practice, but students will become more independent each time they participate in a S.C.I.E.N.C.E. Station Lab.

Assessing Your Students

There are a couple of different ways to use S.C.I.E.N.C.E. Station Labs to assess your students. You may grade the student recording sheets or simply use them as data-collecting formative assessments.

  • Grade the entire student recording sheet for accuracy or only grade certain sections. The Interpret, Navigate, and Challenge stations are generally the easiest to grade if you are looking for “concrete” answers.
  • Use the student reflection portion of the recording sheet (shown below) as an exit ticket/formative assessment. Compile a list of students who do not feel they have fully mastered the content. You may do this by reading your students’ responses to their areas of weakness or by their “Level of Understanding Scale Score.” Any number below a 7 on the scale is a concern. These students may need extra remediation in tutorials, pullouts, small groups, or other beneficial interventions.

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If you are interested in using these labs in your classroom, we have created a S.C.I.E.N.C.E Station Lab Bundle that contains 61 unique station labs covering a wide variety of major science concepts.

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We hope these stations will help to relieve some of your planning stress while offering engaging, interactive, and meaningful lessons for your students!

Thanks for reading!

Scott and Natalie

Related

Start Teaching SCIENCE Like Never Before - Differentiated Station Labs (2024)

FAQs

What is the most effective strategy in teaching science? ›

Inquiry-based learning is an effective technique that motivates students to actively investigate scientific ideas via inquiry, investigation, and discovery. Teachers can encourage autonomous thinking and pique students' curiosity by offering challenging topics and assisting them in designing experiments.

What are the best practices for teaching science? ›

Provide opportunities for students to observe, explore, and test hypotheses. Eliminate discipline boundaries when natural, logical, and appropriate. Encourage the students' imagination, logic, and open-mindedness. Incorporate the content and processes of science giving due regard to science teaching standards.

What is the station rotation model in science? ›

The station rotation model is a series of various learning modalities that students rotate through on a fixed schedule. Put another way, students spend a set amount of time, like 15 minutes, at each station before rotating to the next one. Each station will focus on a particular skill or concept.

What is the least effective teaching strategy? ›

The lecture method is an oral method where the teacher gives a lecture to a large classroom on a topic for all most the complete time in the period. This method is the least effective method of teaching science concepts because it is a teacher-centric method and least involvement of the learner.

How to improve teaching and learning in science? ›

Seven tips for better science teaching
  1. Preconceptions: build on the ideas that pupils bring to lessons. ...
  2. Self-regulation: help pupils direct their own learning. ...
  3. Modelling: use models to support understanding. ...
  4. Memory: support pupils to retain and retrieve knowledge.
Sep 21, 2018

What is the laboratory method of science teaching? ›

The laboratory method is a modern teaching method that is primarily used in mathematics and science. In the laboratory method, students conduct laboratory experiments with their own hands-on laboratory exercises in small groups. This method allows students to become acquainted with the facts through direct experiences.

How is the laboratory method useful in science teaching? ›

Hence, it provides students with opportunities to engage in processes of investigation and inquiry which is believed to enhance quality education. Here, the students learn by actual doing rather than by observing the practical work. As they do it by themselves, the experience is impressed more firmly in their minds.

Why is laboratory method important in science education? ›

Laboratory teaching assumes that first-hand experience in observation and manipulation of the materials of science is superior to other methods of developing understanding and appreciation. Laboratory training is also frequently used to develop skills necessary for more advanced study or research.

How can I teach science in an interesting way? ›

How to Make Science Fun!
  1. Science is one of the most engaging and hands-on subjects in schools, but it's not always easy to get students on board. ...
  2. Translate Lessons into Experiments. ...
  3. Encourage Hands-On Play. ...
  4. Explore the World Outside the Classroom. ...
  5. Make Your Students Laugh! ...
  6. Explain Topics with Student-Friendly Books.
Feb 23, 2023

How can I make science teaching fun? ›

Some practical ways to offer exciting & fun science lessons for kids in schools:
  1. Exploring Nature. If you're looking for ways to make science fun for kids in school, you may have heard about the concept of exploring nature. ...
  2. Animated & Multimedia Learning. ...
  3. Kitchen Gardening. ...
  4. Practicing Science. ...
  5. Field Trips. ...
  6. Interesting Games.

How to set up station teaching? ›

Many classrooms start with three stations: a small group for directed instruction, an independent workstation, and a collaboration section. Each of these areas can utilize different materials, include tech or no tech, and give students time to learn in multiple ways.

What is the biggest advantage of station teaching? ›

​Station teaching provides an opportunity for smaller group instruction and strategic student grouping. One of the more obvious benefits of station teaching is that teachers have an opportunity to work with a small group of students, thus allowing for more responsiveness to individual questions, preferences, and needs.

What is an example of station teaching? ›

For example, one station discusses the characters in a reading, while a second station identifies the plots/setting, and a third station reviews the themes in the reading. Another use of station teaching is, when each station focuses on a different topic altogether.

What are the six effective strategies from the learning scientists? ›

The six strategies for effective learning, as we call them on the Learning Scientists Blog, are spacing, retrieval practice, elaboration, interleaving, concrete examples, and dual coding.

What is the most effective method of teaching science to elementary pupils? ›

Many science teachers believe that the ideal way for students K-6 to learn science is to be actively involved in what they call the hands-on approach, or experiential learning. Here, students perform experiments in an active learning style, both in the laboratory and out in the field.

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