Modified Flex Model with Gamification: Jessi's Approach to Instruction

 
 
 
Jessi's Approach to Instruction
Teacher Reflection
 
 
Teacher Reflection
 
 
 
Blended Learning Model Overviews

Modified Flex Model with Gamification

Jessi Anderson fosters collaboration and self-paced learning in science

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

Jessica Anderson
Powell County High School
Deer Lodge, MT


 

About this strategy

Prep Time:
Long
Subject:
Science
Grade:
Ninth grade
Similar Strategies
Learning Apps
Learning Authentication
Jessi Anderson fosters collaboration and self-paced learning in science

I use a variety of tools to help my students authenticate their learning. From blogging to social media and connecting with other classes across the country via Google Hangouts, my students use digital technology to reach learners just like them. To enhance our Genius Hour projects this year, we connnected with classrooms in Toronto. My students shared every aspect of their projects via Edublogs, as well as learned about and critiqued their virtual partners' projects. We also have a class Twitter page where we share our Instagram and Vine posts, as well as Tweets about what is happening in our classroom. To give the world a first-person view of our classroom, we also have a Google Glass blog that students document learning on via video and pictures from Glass.  

 
Time and Space
Music Time Indicator
Jessi Anderson fosters collaboration and self-paced learning in science

Music is used to transition students at the beginning and end of the class period. Students spend the first four minutes of class logging into their learning management system Haiku and Classcraft account (gamification platform). We have established as a class that all iPads (we are 1:1) should be charged and open during this period of time. This length of time is indicated by a 4:34 minute clip of music. During this time, I take attendance, fill out advanced make-ups, and talk to students who have been absent or have questions.The last three minutes in our class are indicated by transition music. This music lasts 2 minutes. It indicates that students can log out of Haiku, close their apps and their iPads. If students are in the middle of an activity, they wrap-up what they are working on either by saving it as a draft or submitting their assignment. If students close their iPads before the music sounds and have stopped working, they are deducted health points (HP) on Classcraft. I do this because I want students to use every minute for learning as I would if I was using direct instruction in my class.

 
Learning Apps
ThingLink for PBL in Science
Jessi Anderson fosters collaboration and self-paced learning in science

ThingLink is an online software used to make images interactive. This year, I've used it during a project/problem-based learning (PBL) activity, in which students did a series of tasks to collect data on a soil site of their choice (please see my "Model Overview" to learn about how I use Levels in my classroom). They collected this data and saved it for the final activity, the Soil Report, which asked the students to compile all the information they learned about their soil site and to post it on a ThingLink. This ThingLink was then used to make a target on the larger map of Paracini Ponds (the field site we visited), which was also its own ThingLink. The insight I was looking to gain from the completion of this activity was whether students could take scientific data from a field exercise, analyze it, and make a decision about how the land should be used. 

 
 
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