Lesson Plan Resources -- My Favorites

If you are in the same place I was in as a new science teacher around late September, I was starting to wear down (i.e., I was barely surviving).  Lesson planning was a major time-drain.  Despite my prior blog about lesson planning, you may also be burning the candle at both ends trying to keep up with what you’ll teach every day.

Below are some of my favorite places to go for help when I need lessons or other resources to include in my lesson.

For Do Nows, Hooks, Exit Tickets, and even Homework:  Page Keeley’s “Uncovering Student Ideas in Science”

I’ve brought up this resource a few times in my posts, because it is that helpful!  When I’m starting a unit or feel like I need something to shake up class, I often turn to this resource.  There is a misconception probe for just about every topic.  I like to give out the probe at the beginning of class (often as a Do Now), discuss without discussing the right answer, and then return to it following the day’s activity. I’ve even made lessons, card sorting activities or demos based on the probes. I also like to make a 2^nd copy of the probe and have students interview a family member at home for homework—the students enjoy teaching their parent or older sibling something for a change!

For lesson ideas and videos: Teachers Domain (Now Called PBSLearning Media) 

This site is great since you can browse by standard or subject/grade level.  There are good quality lessons as well as relevant videos.  When I’m stuck wanting a good hook, or need an activity or video for a station lab, I’ve often found something here.

For emergency lesson plans in a pinch or a specific video: Discovery Education

This resource is best when you have an account—ask your school or district if they have a username and password.  Discovery Education has videos with related worksheets that can be downloaded and used in a pinch when you are feeling sick and need a quick sub plan or your colleague didn’t show up to work and you need to cover.  You do have to choose the videos carefully—there are some old ones in there, but I’ve also used this as a resource to show a video clip about a specific topic that I can’t find easily elsewhere.

 

For elementary/middle school students or re-teaching/centers work: Brain Pop

This resource also requires a username and password (although there are a few free videos). Most schools seem to have an account—ask around if you don’t

have access. Although BrainPop sits low in the Blooms Taxonomy pyramid, it can help you fill in a needed piece of a lesson. They are definitely geared towards a younger crowd and break down topics pretty simply, although I’ve seen some of my 9th graders enjoy them—especially when they are struggling with a concept. Brain Pop has simple worksheets and games too. I have used Brain Pop as a resource when I teach a station or centers activity.

 

For readings, interactive activities and lesson plans: NSTA & NSTA’s SciLink

You can register for free and access a variety of lessons, readings and interactive activities at NSTA’s SciLinks website .  The search feature helps you sort through pages.  There are a lot of resources under each topic, often pulled from trusty resources like NIH.  Also, there are articles and lessons from NSTA’s own publication.  If you haven’t already joined NSTA, you should.  NSTA is a great resource for lessons, message boards, conferences and journals.  Although I rarely made time early on to read the NSTA journal (Science Scope, Science Teacher, etc.), when I did I often found quality lessons or other ideas to try out in my classroom.  Also, the NSTA newsletter that comes out monthly has freebies and grant opportunities.   

 Share your resources too!

These are just my favorites--I'm sure you have some too! Please post them in the comments section below.   Or, post them on my facebook page or on Twitter!

Science Lesson Planning 101 - 6 Tips to Stay Sane

For some of us, it is extremely difficult to “shut off” being a teacher after the last bell rings.  I used to work until the wee hours of the morning, only to wake up early the next day and start all over again.  I almost burnt out because I was spending so much time working.  What did I spend most of my time doing?  Lesson planning.

Lesson planning can be the most creative part of teaching science, and also the most burdensome.  Here are six tips I follow to lesson plan effectively and efficiently—allowing me to spend some free time doing things for myself!

#1.  Plan in Peace

Your planning periods are precious drops of time that all too often get sucked away by others or yourself.  When I started teaching, I didn’t use my planning periods to lesson plan. They were spent commiserating with colleagues, just sitting in my chair, shell-shocked from the class I had just taught, or cleaning my room. By the time I actually lesson planned, I was exhausted, so it took me three times as long and I often wasn’t happy with the results.  The first step to lesson planning is to find a place and time of day where you can be the most productive.

Maia Heck Merlin, author of The Together Teacher advises teachers to sketch out their week and find times where their energy is high to do important tasks (like lesson planning).  The second aspect of this is to find a place where you can work undisturbed.  I recommend locking your door and shutting lights out (yes, I really have done this!) or putting on headphones so that others do not disturb you.  Carving out an hour or two for planning and not letting an email, teacher, or your own thoughts to dig into that time, is important.

#2.  Start with the End in Mind

It feels wrong to plan the assessment, which is at the end of the unit, before digging in to the first lesson, but using backwards design is crucial to teaching effectively. 

Hopefully you’ve looked at the book (if not, find a copy at your school or get your school to purchase you a copy!).  I won’t go into the details here, but the basic principle is to have a clear understanding of what you want students to know before you start planning your lessons.  Create the assessment or final project first, and work backwards from there!  Before I have hit burn-out mode, I usually sit down for an hour or two and sift through past state exams, pulling questions into different quiz banks that align to my different units.  When it comes time to teach that unit, I form a test based on the quiz bank items, along with more challenging questions.  I also like to scaffold in vocabulary questions and other key conceptual understandings.  Lastly, I am sure to include relevant hands-on (lab practical) skills. For example, I would have students answer a few questions requiring them to use a microscopes for a unit on cells.  I usually don’t format and finalize the test, but I keep it open while planning and make sure that I have prepared students for the final assessment.  It also helps to model Do Now, exit ticket and homework questions from the exams.

Once you know your unit test, you can then chunk smaller goals together for weekly quizzes or assessments.  I like to sit down with a big lesson planning book and my yearly overview open, and sketch out the topics I will hit each week.  I am careful to include buffer time, knowing that some lessons will take longer than I expect.  I then break down my week-long topics to individual days.  I try to only have one science content objective for each day. For the more challenging objectives, I give two or three days. 

#3.  Have Routines

While I’m sketching out my week in the lesson planner, I like to have some routines that repeat each week.  I have a Do Now and Exit Ticket (or some close) every day.  I like to plan for an assessment every Friday.  The schools I have taught at had a block period every Wednesday/Thursday.  I always planned a lab or some kind of hands on activity for that day.  I also tried to follow the 5E Model when planning lessons.  Therefore, I try to start with some kind of Engage and/or Explore activity (I find the “explore” can very easily be an engagement!  It could be an exploratory inquiry lab, a graph or data that sparks discussion, one of Page Keeley’s Uncovering Student Ideas probes, a cool demo without an explanation, or some other hook. Whatever it is, I try to have the students think through what is happening, rather than telling them the information.  From there, students hopefully elicit key concepts or vocabulary that are necessary to process for the lesson. After we discuss key concepts and practice vocabulary, we are typically ready for an elaboration—some kind of hands-on activity or experiment that digs deeper into the concepts.  Students then are evaluated on their work from the week. 

I find that having a weekly routine helps students know what is coming up, and also makes lesson planning a lot more structured and easy to dig into!

#4. Think Twice, Plan Once

Do you spend most of your nights re-thinking the next day’s lesson?  Don’t!  You will likely burn out—teaching is a marathon, not a sprint and it is so important to plan in a way that keeps you from doing this.

A frequent issue that arises in my work with new science teachers is that they have a hard time leaving lesson plans alone.  At the end of each day, they re-think and change the lessons for the next one.  On some level, this is good teaching—lessons should respond to students’ needs.  However, if it comes at the cost of teacher’s sanity because he/she is up all night re-working lessons, then everyone loses; the teacher is not going to be their best self to teach the lesson.

Learning to let go of the perfect lesson takes time, but I also think it can be accelerated by consciously resisting the urge to re-do lessons every night.  One solution for the urge to respond to students’ understandings and their pace is to leave time in every lesson for a short address of the day before. This could be a 2 minute talk right after the Do Now (especially if your Do Nows specifically review material from the day before!).  I also leave buffer time by having a whole day assigned to a quiz on Friday.  I typically use the first half of class to finish work from the week before giving the quiz, or I give a Do Now quiz and use class time to finish something.

Besides buffering time into your lessons, remember that the beginning of the year and the first week after the holiday break are times when students will need practice meeting your expectations.  That means activities will take longer to complete.  Don’t pack a lot of activities and transitions into your lessons during these times, because you may be spending some of your time redirecting students to meet expectations.

Lastly, when you find yourself wanting to re-shuffle lessons, instead think of ways you can shorten them.  Labs are usually the victim of re-shuffling because students can never finish them in time.  If this happens to you quite a bit, consider having only one or two discussion questions that get at the key aspect of the lab.  Shorter often is better.

#5  Multi Task & Stay on Task

Your planning periods are precious!  The more you can get done in one planning session, the better.  Once I have thought through the big ideas and have a clear objective and activity for each day, I like to drill down to the daily lesson plan.  I do this by filling in my lesson plan template while also completing PowerPoint slides for the week, using another template .  (I prefer to use daily PowerPoint slides to keep students and myself organized and have resources for absent students.)

If you have the luxury of co-planning with a fellow science teacher, one can write up the lesson plan while the other creates the PowerPoint slides. (This is how I learned the trick—thank you Gretchen!). 

While you are lesson planning, you may get stuck somewhere—you can’t think of a good Do Now, or you are about to spend 40 minutes looking for the perfect image for a handout… STOP!!  Setting these time-wasting activities aside, and moving on to other aspects of the lesson results in getting more done.  Often ideas will pop into your head after you have skipped them, and you don’t waste precious energy searching for the perfect (often non-existent) solution.

#6  Manage Expectations

Finally, realize that you cannot put every idea you have into your lessons and still cover all the content in time.  Trying to cram too many activities into a day will only leave you and your students stressed out and unhappy.  It is difficult to set aside or cut an idea in order to keep your lessons simple and efficient, but in the long run it will be better.  I leave a section in my lesson plan for reflections and remind myself that I can always try something else next year.

Remember, teaching is a marathon, not a sprint.  Follow these tips and be mindful of your time.  The best thing you can do is have a healthy work-life balance so you are your best self when the bell rings!

Managing the Science Classroom - The 4 I's and Science-Specific Systems

Everyone has different ideas about how to manage a classroom. A teacher’s personality greatly impacts their success and approach to their classroom.  My approach is directly connected to who I am as a person and teacher. Below are some general guidelines that I find helpful for classroom management (The Four “I”s), as well as some procedures for managing labs, and other science-specific classroom activities.

The Four “I”s of Classroom Management

It is very hard to coach new teachers on classroom management. There are so many other aspects of teaching that new teachers are trying to remember and the nuances of reading and responding to student behavior is enough to make any teacher give up.  That being said, the core strategies of good classroom management can be found in four steps:

Imagine It

Close your eyes (yes, I have done this while standing in front of a room full of chaotic children) and imagine the classroom you want.  Imagine what students are doing. Are they sitting? Are they hunched around desks? Are their books on their tables? Backpacks on their chairs? Phones away?  Think about what you want.  These are your expectations.  Try to pull out explicit, visible aspects of your expectations and take note of them.  It may help to even write them down.  Pick the most important one or two things that you would like to see in the classroom and focus on these. Once these are mastered (days to weeks to months later), then move on to other aspects.

Illustrate It

Once you can envision what you want to see, students will not magically understand and meet those expectations. First you have to show and teach the expectations. Explicitly state, model, and practice that behavior, then praise students who are getting it right.  If a student still isn’t meeting those expectations, assume the best and check in with him/her privately.  Model the behaviors and get confirmation that the student understands and can follow them, then remind him/her once more of the expectations before setting him/her free to enact them. Once the student gets the expectations right, praise him/her!  If a student is intentionally disobeying an expectation, it will become clear in this process.

Insist on It

So you know what you’d like to see in the classroom, you’ve explained it to your students, but how do you get students to do it day after day?  There is no magic trick.  The hardest part of achieving your classroom expectations is to insist on them.  When I was teaching middle school, I had the hardest time getting my students to start the Do Now right away.  My friend, on the other hand, had no problem. I would watch her students enter her room, sit down and start working.  When I asked her what she did, she couldn’t say; “That’s what they’re supposed to do!” was her reply.  I then noticed that as she stood by the door, welcoming students into the room, she would redirect those in the room to get started.  There was simply no tolerance for not doing the Do Now.  Students weren’t 100% silent when doing their work, but there was momentum in her classroom—students knew they needed to get started right away and if they didn’t, it would not be tolerated.

Insistence means that you do not ignore misbehaviors.  It is important to only focus on one or two expectations at a time, otherwise you will be overwhelmed.  If you re-state your expectations, re-model them (if necessary) and give students a chance to practice each time you do not see what you want, you will work towards a well-managed class. 

Consistently addressing misbehaviors can become exhausting. I believe this is why many of us (myself included) lose or never attain the classroom we envision—we do not stay on top of continually expecting the behaviors from everyone.  There will be many days when you are tired and want to let something go, or when you don’t have time to redirect a behavior because you will not get to a crucial part of your lesson.  However, when you are not consistent in your expectations, students will stop meeting them.

Intercept the Inequities

An often overlooked aspect of classroom management is how you invite or exclude students from being part of the class.  When a student is not meeting your expectations and you have gone through the other three "I"s, think about the ways in which that student might feel excluded from your class, or school as a whole. Do you call on that student as much as you call on others?  Do you welcome him or her into the class the same way?  Do you include examples of scientists that connect with that student?  It takes time and serious reflection to  acknowledge, let alone address, the ways in which you may exclude that student in subtle or obvious ways, but it is important to be aware of them. There are small ways you can ensure you are treating all students equitably--using a system to randomly call on students, including diverse science posters around your room, etc., but there are many ways in which you may undermine these gestures with your language, tone and even gestures. It is difficult to take the idea of how we, as teachers, spread inequity in our classroom and condense it into a few sentences here, so I will address this idea again in later posts. 

The Reality

Despite your best efforts, you will likely have days where the classroom feels mismanaged.  You are human, so are your students.  The Four I’s work in the grand scheme of management, but be mindful that we are working in a chaotic environment! Below are some other ways to trouble shoot problems in the classroom:

• Film Yourself

  
  My number one weapon when things seem out of control is my video camera.  It is terrifying to film yourself teaching, but once you get over the fear, it becomes a source of objective information.  Sometimes I would think the class period was complete chaos, but when I looked at the film, I could see it was really only a few students acting out.  The film also can help me see when students misbehave and find reasons why. More often than not, it occurred when I droned on for too long giving directions!  Before filming, I always run it by my principal or department head (being clear that the video is just for me) and explain to my students that it is a tool for me to improve my own teaching.  Students wave to the camera at first, but they soon forget it is there.  Also, it is REALLY important you do not use the camera as a way to catch students misbehaving and punish them for it.  Although you may see lots of misbehaviors previously unknown to you, using film as a “gotcha” tool will only lead to mistrust and resentment and make your classroom more difficult over time.

• Reach out the most to the hardest students

  
  
  It is likely you will face a few students who do not respond to redirection and the Four I’s.  When I realize who these students are, I also find ways to love these students the most.  It is much easier to accept and work with these students rather than try to battle them.  The first step starts with your mentality.  Instead of thinking that these kids are trouble, they don’t respect you, and dwelling on negative aspects of working with them, I like to flip my perspective on them.  I tell myself that they are good kids that must have some reason to act this way, and that it is a challenge to learn how to work with them and get them on my side.  I envision us as friends at the end of the year instead of enemies.  By switching your mindset, your words and actions will (hopefully) soon follow.  I often will spend time getting to know the student—going to their basketball games, asking them what their hobbies are, looking up notes they wrote in the ice breaker games at the start of the year.  If I find out they are interested in rap music, I might buy them a book about how to get involved in music production, or lend them a book that connects to something they mentioned they cared about.  I’ve also resorted to buying them Burger King and playing UNO with them at lunch—for no reason other than to get to know them better (UNO or some other game helps a lot—if you try to ask questions early on, it may feel phony. It’s amazing how much kids open up over a meal and a card game!)
  
  
  
  

Classroom Procedures that Make Labs Run Smoothly

A big part of having an efficient science class has to do with classroom management (see the first half of this blog!), however there are some steps that can help make science class run more smoothly.  Here are ways I have tried to run a tight ship:

Photo courtesy of USDA

Cafeteria Style Lab Set-Up 

The most time-consuming part of teaching science is preparing (and taking down) lab supplies.  Of course there will be times when you have to prepare something ahead of time, but if you learn to let students do everything they possible can to set up and take down labs, you save yourself a lot of time and energy!  I use a cafeteria-style system to minimize my prep work (mentioned in this blog post).  Here are some key steps:

• Organize lab items into bins or containers, so that there is a class set of each easily accessible. 

• Have a model lab tray set up with every item needed for the lab.  Put this at the beginning of the cafeteria line or on a document camera. You also can list items on a board or Powerpoint slide.

• Pre arrange lab groups using a seating chart system (again see, this blog post) and assign one seat number or student as the materials collector.

•  Leave plenty of time at the end of class for students to clean up and put away materials.  Different seats can have different tasks (e.g., washing out beakers, wiping down tables, checking under the desk for trash).  You can always play a review game in the last couple minutes of class while surveying desks and material bins. My favorite? Science Taboo!

• This is the key step—be very observant and careful to correct any mistakes and praise any successes in correctly taking and putting away lab materials.  Do not let any student leave the classroom if it is messy.  This means leaving ample time before the bell rings and being a stickler for perfection (imagine putting on white gloves to check for dust!).  Although it may mean a few students step up and clean up others’ messes while everyone waits, the message is clear: keep the room clean!  Also, don’t assume a table or bin is clean by glancing from across the room.  I typically inspect each table before dismissing it during lab days.

Best Lab Group Award

One way to incentivize a clean lab room and good team work is to give a best lab group award at the end of lab class once in a while.  I review the expectations of a good lab group (works well together, stays on task, doesn’t ask me questions they can figure out on their own, and cleans up quickly and thoroughly), and then make notes while visiting each lab group.  Narrating the groups’ progress helps inspire some healthy competition (Table B is wiping down their table… Table H is working together).  The lab award usually meant some extra points on their lab grade (they would staple their award to their lab at the end of class).  A template of my lab reward cards can be found here (want the word doc version? Contact me on Facebook or Twitter!)

 

Always Include Lab and Safety Expectations

Before every lab, I always include lab and safety expectations.  The lab expectations are essentially what was mentioned for the best lab group award—students are expected to collaborate and work together through their inquiry, rather than asking for answers.  Staying on task, staying with the lab group and following directions are also key.  I also think of any safety hazard that could happen through the lab and explicitly address what the safety hazards are, and what to do in case they happen.  I leave these expectations up on the board during the lab. 

Make Lab Behavior a Grade

When I taught at an IB school, how students conducted themselves during a lab activity was part of their grade.  Grading students’ behaviors while trying to manage all the other pieces of running a lab can be difficult, but having a rubric and grade attached to how students conducted themselves during an inquiry lesson definitely had an effect.  Here are ways I made it work:

• Post the rubric on the board.
  
  
  I included a rubric for students' "Attitudes in Science" at the back of their lab worksheet--see example above (adapted from the 2012 IB Curriculum). This served as my expectations – I showed the rubric on the document camera at the start of the lab, discussed what the highest level looked like and made sure there was no confusion.
• Track  behaviors (or look like you are tracking). 
  I always had a clipboard with my roster and many columns to record grades.  This included participation and lab work, as well as grades from assignments.  It was nearly impossible to track everyone’s progress precisely during the lab, so instead I put a plus mark (+) if I saw students doing something exceptionally well and a minus mark (-) when there was a misbehavior I had to address.  I explained at the beginning of class that students would get a certain score (say a 5 in a range of 1 – 6) if I did not mark a + or a -, a “6” if they had an exceptional behavior and something less than a 5 if I addressed a misbehavior with them.  I always made it clear to the student if they lost a point and whenever possible gave a heads up if they were about to lose a point (“Are you about to ask me a question you could answer within your group?”).
•  Make Challenging Directions to Follow
  If one part of your lab grade is following directions, early on in the year, include a strange step in your directions (for example, draw a star in the corner of your paper).  At the end of the lab give the exceptional grade to those who followed it (especially if it is a minority of the class) and make all students aware of the small steps.  Although you hopefully do not use cookbook labs for every experiment, following directions is an important part of a lab!
  
  

Was this post helpful?  It was partially inspired by a science teacher’s suggestion (This post is for you Madelyn!). What are you struggling with as a new science teacher?  Please contact me on facebook,  twitter, or leave a comment below with a topic you would love some input on!

Setting Up the Science Classroom – Desk Arrangements and Other Ideas

For some of you, the students have arrived and classes have already started.  If your year is anything like my early ones, there are rare moments to read blogs like this, let alone enact advice from them.  For others, the year is about to begin and there’s a crazy scramble to get ready. Obviously, it is best to set up your classroom before classes start, however I strongly recommend changing a system if it is not working.  Here are some key parts of my classroom that you may want to consider or re-consider:

Desk Arrangement

There are many different seating styles you can adopt for your classroom, and the best way to see them is to pop your head into other teachers’ classrooms.  Although I’ve tried many options, there are two that I settle on: stadium seating and group tables.

Group Tables  

When I think of my ideal classroom, I picture group tables—students working together on labs, activities and other assignments. When I first started teaching, I jumped immediately into group tables, because I had learned that student-centered teachers have desks arranged in groups. For some teachers and classes, this works great. However, if you are new to teaching and don’t feel confident about your behavior management and other aspects of teaching, it might make things more difficult. (Key Takeaway: If you are new and feel overwhelmed, I recommend you start with Stadium and move to Group after you are comfortable!)

Here is a sample chart for group seating of what group table seating looks like in my classroom. Desks are labeled by letter and seats are labeled by number.  This way, students can find their assigned seat easily, seat numbers can be used to identify group roles, and table numbers can be used to help clarify how to rotate.  Notice group tables are angled to face towards the front of the room so that no backs are completely turned to the board.

Stadium Seating

If you are new to teaching or still struggle with classroom management, you may find stadium seating to be a better option, especially at the beginning.  I still prefer this seating method because you can have all students facing the front of the room while giving instruction, presentations, or modeling something, but then students can turn to a table behind them to work in groups.

Here is a sample chart for stadium seating. Notice, just like  group tables, the stadium seating has table letters and seat numbers. 

Constraints

The type of desks you have will make different arrangements easier or more challenging.  For example, in the sample charts shown above, I had nine larger lab tables meant for four students per table, so I had to squeeze three or even four students to a table in rows.  In a previous school, we had 16 smaller lab tables that were meant for two students per table. This allowed for better stadium seating which I doubled up for group tables.  If you have regular classroom desks, they are easier to arrange and move, but are harder to keep as groups.

Tips to Make Your Desks Work:

• Assume you will have more students than is on your roster.  I always make room for at least two more students in even my biggest class.

• Although it is labor-intensive early on, I like to put student names on tiny Post-It note squares (using the sticky end of the pad) and then arrange names on a template.  When its time to change seats, I simply move the Post-It.  I keep the chart in a plastic sheet protector so names don’t fly off.

• When using the above system, I have codes for students with seating requirements (from IEPs, vision needs, etc.).  If you are afraid students will see your codes, you can write names in different colors to symbolize needs (e.g., seating up front as required from an IEP in blue).

• If you don’t have the energy for the system above, use an online tool to arrange and assign desks

• I’ve found the fastest way to get students in the right assigned seats is to line everyone up around the perimeter of the room, wait for complete attention and silence, state expectation that students stay around the room until I’ve shared all names, and then quickly put hands on seats and call out names.  Other teachers prefer posting seating charts or telling students as they enter the room.  Having letters and numbers on the desks can make this fast! (David – A4)

• Desks move, especially in middle school.  Use colored duct or painter’s tape to mark where the desks should be at the end of each class.  Check with your custodian if there is a better material to stick on the ground (duct tape might not be a favorite).

Arranging Lab Space

For most of us, the instructional space and lab space are the same.  How do you make space for labs then?  You need to have lots of cabinets with items well organized in boxes. I have found clear plastic boxes (or labeled boxes) work best.  When it is time to do a lab, take out the boxes with the required materials and place them in a logical order along a back table or counter. Have one student from each lab group line up, cafeteria style, and pick up a tray or plastic shoe box, and then have them place each required object in their tray.  At the end of class, students clean and return items to the boxes for the next class.  If you train your first and last classes to learn how to set up and put away boxes, you have very little lab set up to do yourself!

Other Room Arrangements to Consider:

A Cool Down Spot 

Having a safe place for an upset student to calm down is very helpful! Find a nook where you can see the student, but most of the others can’t, where they can sit and re-group.  I have often put a spot in a corner by bookcases, where the cases can create a little nook area. To make sure it does not feel like a punishment, name the spot and explain its purpose at the beginning of the year.  I liked to call my corner “Antarctica” because you could “Cool down there” (plus I was going there that year!)  I decorated the wall with pictures of penguins and seals.  Also, I included some important books:  Anger Workbook for Teens, as well as fun science magazines.  For students who were really upset, I had little puzzles and fidgety toys, although I kept them in my pocket until the student sat there.  Be mindful to not have too many fun items, or else students may abuse the location.

Doc Cam / Powerpoint helper

You can leverage a lot out of an important seat!  In the first weeks of school, I look for students who are easily distracted or have a low self-image  about their success in science class.  I seat easily distracted students near my projector and computer, and ask them to forward PowerPoint slides for me during class.  I seat students who don’t think they are “good” at science near the document camera, where I ask them to help me by showing their work, correctly modeling note-taking or tracking lines in the text as students read aloud. I have a model notebook for them to follow so there is support and safety in showing their work. (Of course, I check in with students about this ahead of time and make sure they feel comfortable doing this.)

Standing tables

Whenever possible, I try to arrange standing tables at the back of the classroom for the students who do much better when they are not sitting still.  I get taller stools, so they can sit if they choose, but it is amazing how much more productive some students are when they are standing up!  For group work, these students hop up to the nearest table.

Help Me Help You! 

Is there something you are struggling with as a new science teacher?  Post it to my facebook (https://www.facebook.com/NewScienceTeachers) or my twitter @MsBrownTeacher