QR Codes for Labs
QR codes are simple and easy to make codes that allow classroom resources, like videos, websites, and assignments to be accessed with little effort. These codes can be made easily using the Chrome extension goo.gl URL shortener or a website like qrstuff.com. They can be displayed on an interactive whiteboard, printed on an assignment, or printed and taped to a wall at a station or on a lab desk. QR codes take away the barrier of typing in long URLs or shortened website links, and get students to resources quickly.
After five years of traditional teaching, I broke away from direct instruction and moved into a self-paced, blended-gamified classroom. My students flexibly move through the curriculum while self-directing and managing their learning. This is done through the use of Classcraft, an online education gaming software, and our classroom game “Isle of Nosredna.” The addition of game elements into my classroom has helped my students stay on track and motivated as they progress through the science curriculum.
Number of Students: ~20 students/period
Number of Adults: one teacher
Length of Class Period/Learning Time: 51 minutes
Digital Content/Ed Tech Tools Used on a Regular Basis: Haiku Learning (LMS); Classcraft; Google Classroom; Doctopus (Add-on in Google Sheets connected to Google Classroom); Educreations; Flipboard; Symbaloo; Kidblog; ThingLink; Socrative; Kahoot!
Hardware Used on a Regular Basis: iPads (1:1); SMARTboard; Apple TV
Key Features: competency-based; student agency; project-based; gamification; innovative use of space
Instant Feedback, my method for conferencing with students on a daily basis, is one of the strategies I use each day to help my students progress through the content in my largely self-paced course. I also use Instant Feedback to gauge my students' understanding of the material we are covering. As I walk around the room, I'm constantly looking at what students have written and am asking them to explain their thinking. If I need to learn more about their thinking, I ask additional questions until I identify the source of their confusion or misconceptions or until I am convinced that they are on the right track. This year I have begun to experiment with a protocol called "SE2R" (Summarize, Explain, Redirect, Resubmit) to structure some of my Instant Feedback to my students and to help them identify their next steps.
Experience Based Lab Introductions is a strategy I use to get students to start thinking about their prior knowledge and how it can be applied to a problem or challenge. For example, I use the story about Who Polluted the Clark Fork to set the stage for our water filter lab. The story allows students to use their knowledge-base to answer simple questions throughout the story. As the activity continues, I see students' perspectives change as more elements and variables are added to the story. The stories peak students' interest and bring a call to action into a classroom activity. This strategy is embedded in the Conceptual Change Model, where I'm trying to expose students' beliefs, confront and accommodate those beliefs, and then extend the concept to help students move beyond their misconceptions.