When it comes to cyber security, I have found that many of the concepts can be a little difficult to understand for high school students. Multiple passes of the content have really helped re-enforce and improve the learning experience in the classroom. I have found that utilizing video has really helped by appealing to as many intelligences and learning styles as possible. I have found that video appeals to my visual - spatial learners as well as my verbal-linguistic learners due to the nature of video instruction. Last year I started flipping my classroom in which my students could watch the videos of my lectures and then in class we could do more hands-on activities to appeal to my learners that learned better in this way. I noticed that students enjoyed being able to watch the lectures to learn the content and then re-watch content that they didn't understand. As I look to design my courses for next year, my goal is to incorporate even more video. Below is a video that I made fo
When explaining complex concepts, especially in networking, I have found that the more multimedia the better. I always aim to appeal to as many students learning styles as possible. Below is an example of a Thinglink that takes an otherwise flat theory, like the OSI model, and presents it with different images and videos to help students. Spatial intelligence is the concept of being able to perceive and derive insight from visual data. The goal of this multimedia project was to take the theory of the open systems interconnect model and share various videos about the different parts of the model to help students visualize what is going on at each of the 7 layers. The image by itself is an example of taking a theory and presenting it in a multimedia way but with tools like Thinglink, we can take that a step further! In the figure below, you can see the path that information that we are presenting makes its way to the long-term memory. Utilizing the different levels of multimedia we are