In the fast-paced realm of education, the role of classroom audio has become a game-changer for teachers seeking to elevate mathematics instruction and learning. With its ability to foster active learning, boost engagement, and encourage student participation, audio technology has emerged as a valuable tool in the teacher's toolkit. From enhancing clarity and accessibility to bridging learning gaps for students with diverse needs, the integration of classroom audio has ushered in a new era of inclusive and dynamic mathematics education.
Talking about math is more than merely describing the steps in solving a problem (“First, add the ones, then the tens. If you need to regroup, do that.”). Math discussions are focused on the process of working towards a solution, understanding how others’ think about that process, and developing a plan for similar problems. Students should be pushed to think beyond an explanation of steps to an explanation of process, including making errors and how those were resolved. They should also be encouraged to use different methods and tools when solving a problem, then sharing these ideas with others to build a bank of strategies. In a physical classroom, this can be challenging so how can it be done while distance teaching? More than that, how can it be done successfully?
Math questions and story problems have the unique reputation of being the focus of many memes on how confusing they can be (Question: If you have 3 pencils and 6 oranges, how many waffles will fit in a car? Answer: Blue because ducks quack.). Now imagine a teacher repeating, reviewing, restating terms and solution steps so that students finally understand. A scheduled one-hour lesson can easily take half a day! Now imagine that scenario in a virtual environment. (I can already hear the crying…from teachers, students, and parents!) Thankfully, G Suite for Education has tools that can support math teaching and learning, while making the experience engaging, interactive, and successful.
Response to Intervention (RTI) helps to support all students within a school. It is a systematic approach to meeting the needs of all children. Instead of individual teachers in individual classrooms working to help students, the entire school system works as a whole to help all of the students. Here is an overview of how to think about Response to Intervention.
Differentiation is both a complex concept and a critical tool to meet the needs of today’s learners. At times, I have seen the complexity overwhelm a teacher to the point of frustration. Teachers will tell me it is just too much, and they are returning to the whole group instruction model that they used before.
While front-of-the-room learning isn’t a bad concept, it is difficult knowing that all of your students are not at the same place and you can’t do anything to help all the differing levels. Technology has helped change this—especially in classrooms with a 1:1 model. With a device in the hands of each student, teachers can more easily differentiate to meet the needs of the individuals.
So when it comes to math, where is a teacher to start? Here is a list that touches on a few of the major players in the market—each one has its advantages and disadvantages. Some of these are connected to large textbook companies, while some are more independently operated. If you are seriously considering the time and money needed to invest in one of these, here is a starting point for your research:
What is STEM?
The acronym stands for Science/Technology/Engineering/Math, and it typically is used when addressing education policy and curriculum choices in schools to improve competitiveness in science and technology development. STEM Curriculum Specialist Nancy Tsupros defines it more specifically as follows:
STEM education is an interdisciplinary approach to learning where rigorous academic concepts are coupled with real-world lessons as students apply science, technology, engineering, and mathematics in contexts that make connections between school, community, work, and the global enterprise enabling the development of STEM literacy and with it the ability to compete in the new economy. (Tsupros, 2009)
STEM was created to encourage a greater focus on science and math disciplines, in order to build a workforce equipped for the high-tech jobs in the future. Simply teaching math and science using technology cannot accomplish this. STEM is about changing the way we approach these disciplines. It’s about going beyond the classroom and prepping students for the real world.
What is more fun and engaging this time of year than Halloween themed lessons?
In this spooky gallery pack you will find Halloween themed images, math lessons, and math templates. You and your students can “Go Batty for Addition”, find the “Ghostly Facts”, figure out “Witch is Greater”, and much more!
You can use our lessons just as they are or concoct your very own using the images and templates in the gallery pack. Happy Halloween!