Category Archives: Education
One of the sites that I used in my Teacher Inquiry project over the summer was one I have mentioned before: Sumdog. I happen to love the site and have been using it again this year with my current students. My results from my teacher inquiry indicate that using Math sites such as Sumdog have a positive effect on students’ attitudes toward Math and motivation to do Math. The results also indicated that regularly using a site like Sumdog can result in improvement in accuracy and speed in the skills that they practice.
I have been using Sumdog for the last four or five years and the site underwent some major changes over the summer to streamline it, making it even more user-friendly. I use the site to assign weekly homework and an assessment to my students. I am able to customize skills for students easily and get real-time results of my students’ progress. I sent out a mass email at the beginning of the year to ensure that all parents were aware of the homework I was assigning (since you need technology to complete the tasks). Students also have the option of completing their work at lunch or after school in the computer lab. So far, I have had a mostly positive response from parents and students on this homework. As a teacher, I really like that it is so easy to assign tasks, but also that the site gives me so much data on student performance. I can even see problems that students get incorrect when I give an assessment, in addition to their final score.
If you haven’t used Sumdog with your students – check it out! I have used lots of different Math sites, but this is the one I go back to year after year. The kids enjoy it – which is the most important thing to me. Kids can play against the computer, the world or even against kids in their own class. They can earn little rewards – pets, for example – as they get more and more points. This is new this school year, but even my grade eight and nines are getting a kick out of their new pets and the tricks that they can do. As the teacher, I can assign competitions, assessments, and challenges easily and track data from each. The site is appropriate for grades 1-9, with a wide selection of skills from which to choose. Differentiation is super simple and a huge benefit of the site, as I want different students to work on different skills. Anyhow, I like to share this site each school year because it is one of my favorites!
What are your favorite Math sites?
I am proud to say that I have officially finished 9 of my 10 Masters courses (insert applause here). It has been a busy 12 months! My program really has changed me as a teacher – my planning, instruction, and how I regard assessment.
One course that I took a couple of months ago was “Action Research”. Before beginning the course, I was shaking in my boots. I envisioned research methods from my undergrad degree – reliability and validity, controlling variables and looking for statistically significant results…Shudder… I remember thinking, “It’s almost the end of the school year. I DO NOT have time to conduct RESEARCH!” As it turns out, I learned in the first week that action research has many other names, including “teacher inquiry”, and it was nothing like what I had pictured. I have come to prefer the term “teacher inquiry” to “action research”. I find it less intimidating – if that makes any sense! But, they do refer to the same process.
So, why have I chosen to share with you, my first venture into teacher inquiry? Well, as a requirement of my program, I had to conduct a teacher inquiry of my own. One of the major elements upon the completion of a teacher inquiry is to share what happened – the results, what I learned, and what it all means. So, as part of the “sharing” component I decided to share here on my blog with all of you. It’s too much to share in one post, so you can expect a few upcoming posts highlighting the whole process.
What you need to understand, if you are new to teacher inquiry, is that it is a simple, yet complex process. Time-consuming, yet rich in professional development opportunities. The entire process begins with what is called a “wondering”. This is a question that you wish you had the answer to. It may be something that you think about on the drive home, or discuss with your spouse or colleagues, or something that rolls around in your mind as you try to sleep. As educators, we all have wonderings, of sorts….How can I help So-and-So be more organized? What can I do to increase student engagement? What can I do to improve achievement with this unit? How can I incorporate more technology into my course? What can I do to make So-And-So stop blurting out in class? How can I get all of my students to actually LEARN their times tables this year? These were all potential wonderings for me as I started the process of teacher inquiry. I encourage you to think about a question, a wondering, that you would like help with. It should be something that would improve life in your classroom and in return, increase student achievement – which is what it’s all about – helping kids learn and have success.
I’m including a link to our course text, in case teacher inquiry sounds like something that you would like to explore this school year. In my opinion, the book was extremely helpful and user-friendly:
So, as I leave you to reflect on your own personal wondering, know that teacher inquiry is simply a structured method to help you find the answer(s) to that question. It is empowering, and helps teachers to find the answers to their own questions. So, what’s your wondering?
I mentioned a while back that my students were working on memoirs and that my students were each going to put their memoir in to a class book. Well, we completed our book and even added some of their art work, in addition to their memoirs. The books arrived just last week and the quality is awesome (and they took less than 2 weeks turn around time from when we submitted the final proof). The kids did a super job and the site that we used, Picaboo (which is actually a yearbook site) was fantastic to work with. We used the site to self-publish, essentially. However, they also sent me a copy of their actual yearbooks to get an idea of quality – and both hard and soft covers are really well-made.
Not all of my students could afford a yearbook this year, but the Picaboo yearbooks were only $10 a piece – that’s pretty affordable. There are no minimums for orders and so the teacher could order one book for the class library, or each student could purchase their own copy. Picaboo also offers free ebooks, so students could still share their work with parents etc.- just online.
The day the books arrived, I allowed my students time to mingle and check out each others’ published work and even write “yearbook” type comments – since every student did get a copy of our class book of writing, “From the Minds of 7B ~ A book of Memoirs”. They thought it was great, because again, they hadn’t all gotten yearbooks and this way they did get to sign messages to each other and it was almost MORE special since it was something that only our class was a part of.
Even my reluctant writers were pretty proud of their work and I think using a site, like Picaboo, to self publish is a must to give purpose for writing. This site is affordable, easy to use, and has tons of extra options for anyone who wants to “get fancy” with their class writing project. And again, at the end of the day – the site is a Yearbook making site – and I would recommend looking into them if you’re getting started with yearbooks in your school or classroom. Their customer service was wonderful!
Really, it’s pretty cool (in my opinion) to create a class book of writing, include artwork, class photos, cool backgrounds and borders – and all for $10 a book. I’m proud of the work that we did this year in writing and I’m happy that each of my students has become a published author before the end of the school year.
In one of the courses that I am taking for my Master’s of Education, I came across a topic that really struck a chord with me. I am taking two courses at the moment ( my March “Break” has been pivotal in maintaining my sanity with this 2 courses at once, business). In my Differentiated Instruction course, the idea of a “Fixed Mindset” versus a “Growth Mindset” came up. To put it simply, some people (kids included) believe that we are born with a certain amount of intelligence – it’s “fixed”. In comparison, hose with a “Growth Mindset” understand that putting in effort to learn new things expands our minds, and that effort is what makes us successful and “smarter”.
I don’t know about you, but I have certain students, who constantly question themselves and do not give their full effort! Like, ever! Oh wait, unless it’s a really simple task. It is extremely frustrating, as the teacher, to sit back and see that if s/he just TRIED they would achieve the success that they wish for. What I have learned is that people with a “fixed mindset” see effort and “having to try” as threatening to their intelligence. This exertion of effort actually makes them feel stupid because they feel like they should already know the material. They think that others just “get it” while they do not. Kids with a “fixed mindset” don’t realize that other students are actually working harder than they are (exerting effort to do well) and it is the effort of these other students that causes them to gain more academic success, not intelligence that they were born with.
I teach grade 7 and I think that junior high students could really benefit from being informed about “fixed” and “growth” mindsets. Recognizing the type of mindset that they have and looking at how they can make simple changes to actually “grow their brains” and make themselves smarter? I would have to think that idea would be appealing to kids!
I found an interactive quiz to share with your kiddos if this is something that you’re interested in. Below the quiz are two videos – a Ted Talk by Carol Dweck who has researched this phenomenon, and a second video about how the brain works that would be suitable for middle school and up. I also found another quick video comparing “fixed” and “growth” mindset.
Carol Dweck’s book is titled, “Mindset” if this is a topic that interests you.
I also dug around and found “Mindsets in the Classroom” which I am adding to my Amazon wishlist. It looks fantastic and very user-friendly!
I think that the main thing that I got from the articles that I have read for my MSED on mindset, is that kids need to know that they have the power to “make themselves smarter”. Their effort is what matters – they haven’t been born with a certain amount of intelligence. Exerting effort to learn something new makes the neurons in their brain fire and can actually cause their brain to grow (whereby making them smarter than if they hadn’t exerted effort). Even sharing or reminding kids of that fact, and pulling the topic in when kids with “fixed mindsets” balk at challenges would be helpful with motivating and inspiring all kids to achieve.
I am excited to get back to class and share some of the things I have learned about mindset with my kiddos (the ones with clearly “fixed mindsets” especially). I would love to hear your opinions on this topic! Are you familiar with Dweck’s work? I have spoken to my kids on the topic of effort, but never in the terms of mindset and intelligence and I can’t wait to hear what they think!
Updated: Congratulations to Meghan L., the winner of the MobyMax tablet!
I know that everyone likes a good giveaway, and this is a pretty sweet one! Have you heard of MobyMax? MobyMax tablets offer teachers and parents an amazing option to help their kids gain skills in Language Arts and Math. Students can work to close gaps in their learning by working through lessons on the Moby tablet, and continue to challenge themselves to move ahead. Teachers and parents can monitor their child’s results through reports that Moby offers. There are games and other “fun stuff” to motivate kids as well!
MobyMax curriculum is based on the research of professor John Hattie, and it is a great way to differentiate in your classroom.
Although these tablets are specifically loaded with MobyMax curriculum so that you can individualize your instruction, they are still tablets and so you can load them with your favorite apps, as well. Want your own Moby? Entering is easy, and one lucky follower is going to a have a “Moby little Christmas”!
Check out these specs!
MobyMax Curriculum includes all of this? Wow!
Contest ends December 21st, 2014! Be sure to enter!
I’m well into my second course of my MSED! As I suspected, time is going faster than ever before. Report cards are almost ready to go home and parent-teacher interviews are on Thursday and Friday of this week. It’s incredible that we’ve gotten to this point in the school year already.
I am enjoying my Master’s program even more than I expected. However, it has been a huge adjustment – I feel like I don’t have enough time to get everything done that needs to be done. Working full time, having 2 children, my MSED work, and maintaining some time for “fun” has been a balancing act. I’m trying to make it work, though.
I have been reading LOTS since I started this program in September. I am reading for my course work but I have also been reading beyond that as well. That is one thing that this Master’s program has sparked in me, already. The more I learn, the more I want to learn. Even though I don’t really have the time, I’ve been doing more professional reading over the last two months than ever in my career – by choice! I can’t help it!
One book that I am currently reading is not for my course work for my own information – Age of Opportunity, by Laurence Steinberg. It basically challenges many myths that we currently hold about adolescence and offers insight into the science behind why adolescents act the way that they do. As a grade 7 and 8 teacher, so many times I have found myself thinking, “Why did he do that? Why would she take that risk? Didn’t he consider what would happen based on that choice?” In his book, Steinberg offers new insight into the science of adolescence. But, the best part is that it doesn’t read like a boring text book! Yes, it contains information on neuroscience but in a way that is very easy to understand and digest. He includes great, real life examples, scenarios, and ancedotes making it easy to relate to, as well.
My own boys are only 4 and 7, but the teen years will be here before I know it! Steinberg offers an entire chapter for parents and how they can help their adolescents most effectively. There are tons of ideas that I have to go back to when my own kiddos hit this period in their lives. What really hit home, though, was the recommendations for educators. Steinberg definitely has some interesting suggestions such as spending less money and time on classroom based health education as it seems to glean little in the way of results. He also suggests preparing adolescents for psychological demands of college, not just the academic ones.
Working toward my Master’s has been a huge adjustment. I have less time for myself than ever before, I have huge commitments of course work – reading and writing. However, there’s also so much considering and thinking that I have been doing. If I wasn’t doing my Master’s I probably would not have been considering my teenage learners and how their brains work, and I wouldn’t have picked up Age of Opportunity. However, I am so glad that I am on this journey of life long learning. Yes, I know it sounds cheesy, but it’s true! I’ve been reading lots of great books lately and this is just one of them. However, it’s also the kind of book that I know I’ll go back to in the future. If you own or teach adolescents, you should check into Age of Opportunity!
So your child is in middle school and is participating in the school science fair, and you’re now trying to help come up with science fair project ideas. Irrespective of whether your child was forced to take part in the science fair or even if science is a much-disliked subject, you can turn the situation around with a winning science fair project idea. Here are six tips to share with your child to ensure (s)he enjoys working on the project, learns a lot in the process and maybe even ends up with a prize!
- Begin Early
The science fair is a long way away, and you figure you have more than enough time to come up with a good science fair project idea and see it through to the end. Great! That’s no reason to put off starting on the project. You never know what complications may arise once you actually begin. Even the seemingly simple task of coming up with a good idea may take a lot more time than expected. The last thing you want is to find out that you have only one week left for the project, and an understandably limited choice of ideas to choose from. With more time in hand, you have the liberty of choosing a topic that truly interests you, spending enough time to do research and understand the topic in detail, and collecting the necessary information in a well thought-out and organized manner. And if you’ve got your eyes on the prize, each of these factors will help differentiate your project from the other good ones on display. Believe me, the judges can tell.
- Choose a topic that really interests you
The right way to go about finding a good science fair project idea is to begin with your interests. Don’t read through a list of ideas and see whether any of them appeal to you. Rather, take some time to think about what kind of topics get you excited. It doesn’t even have to have a direct link to science. What things make you sit up and pay attention? Sports? Cats? Building things with your own hands? Narrow your list down to a few of your favorite topics and spend some time thinking about them. Most probably you will have to do some additional reading on the topic to come up with a question that interests you. The Google Idea Springboard is a great tool to help you out in this area. You’re likely to spend a few weeks if not months working on your project, so having a topic that you love will keep you interested till the end.
- Come up with a good question that you can work with
A good science fair project idea begins with a good question. How do you define a good question? Firstly, it should not be a question that has already been answered by someone else. If you design a science fair project around the question ‘Which color light do plants grow best in?’, it is unlikely that you or anyone else will learn anything new from it. The experimental procedure and results for such a project can easily be found on the internet. Even if you do decide to do a project based on a science fair project idea you found online, make sure to change the question and ask something new so that you are experimenting and doing research on a slightly different area. Secondly, the question should truly interest you. Don’t adopt a question that someone else finds interesting or exciting. Use your ‘favorite topics’ list, spend time playing with different ideas in your head and only settle for a question that you would genuinely like to know the answer to. This interest will completely change the way you approach the project.
- Consider the experimental procedure involved
Remember, while trying to settle on your science fair project idea, you have to come up with a fool proof method for collecting data to answer your question. Consider the kind of time, energy and resources required to set up your experiment, and realistically evaluate whether it can be accomplished with what is available to you. Also check your experiment for any flaws. Is the data that you are collecting quantifiable? Is there any subjectivity involved? Have you considered and taken care of external factors that may affect your results? If you do not know the right answers to these questions, or how to design your experiment accordingly, you will need to spend some time understanding how to set up a scientific experiment.
- Feel free to change your question based on your background research
It is entirely possible that as you go about collecting the information you need for your project, you realize that your question isn’t a very good one, or that you think of a better and more interesting one. Feel free to change your question according to your findings. This is where point #1 becomes even more important.
- Make sure you understand all the concepts involved
Don’t worry about finding a topic that sounds highly complicated or scientific. In fact, the more simple your topic, the better you will be able to work with it. Nobody is expecting Ph.D. level research from you. More importantly, you will find the research and data collection far more difficult if you haven’t fully understood the topic yourself. Feel free to ask for help from an adult or the internet in order to learn more about the topic, but when it comes to the project, do all the thinking and analysis yourself. This will help you immensely when it comes to answering the judges’ questions about your project, and your in-depth understanding will show.
As long as you keep these tips in mind, you can be sure to come up with a science fair project idea that will win you over, impress your audience and maybe even tip the judges’ scales in your favor.
Catherine Ross is a full-time stay-at-home-mum who believes learning should be enjoyable for young minds. An erstwhile elementary school teacher, Catherine loves coming up with creative ways through which kids can grasp the seemingly difficult concepts of learning easily. She believes that a ‘fun factor’ can go a long way in enhancing kids’ understanding and blogs at http://kidslearninggames.weebly.com/