Whiteboard tables are a multifunctional tool that help students engage in classroom activities and promote collaboration. Large tables enable group collaboration and discussions which promote an engaging learning environment. These tables are designed so that their height can be adjusted and the surface can be flipped up. By adjusting the height of the table, students have a variety of seating options such as chairs and stools and they can even use them while standing up at a height that can be adjusted for their comfort. These tables contain wheels so that they can be moved around the classroom more easily and separate the classroom into sections to accommodate for the class lectures and activities of the day or week. By separating the spaces in the classrooms when the tables are flipped up, teachers can use them to create a gallery wall with announcements and important information or students can use them to personalize the space with drawings. To account for the durability of whiteboard tables and their expenses, teachers can resurface the tables with whiteboard resurfacing sheets or paint. Resurfacing the tables is better for the environment than replacing the entire table once it is worn off. If important information is to be written in these tables, students and teachers can store the information using tables provided by the school and save them to their classroom website. Teachers should have a designated space in the classroom where students store the markers and dry erasers, this can help the students with responsibility and organization.
At some point in our life we have seen some type of writing or drawing on tables in the classroom. Students get bored of the lectures, and their minds start to wander off so they start to do other things such as doodle on their desks or papers to engage the brain. These tables allow them to not only doodle but also write quick notes and ideas when working with a group. This method of writing notes and brainstorming is more environmentally friendly than using multiple pieces of paper. It helps students gather in one place and visualize their ideas and work. For example, students working on math assignments can show their work on these tables, it is also easier for students to erase their work and correct any mistakes as opposed to having to erase their work on a piece of paper.
Instead of having the teacher lecture for the whole class time, have short lectures pre-recorded (around 20 minutes) for students to look over before class. Then use class time to answer questions in class using interactive learning devices like the whiteboard tables to reinforce concepts for more active learning.
Traditional lecturing is "boring" for most students as one has to sit down and be quiet for hours on end. This "passive" type of learning is not productive for the majority of learners as students are not encouraged to think critically to actively apply information. However, the reverse classroom remedies this problem of "passive" learning as it is structured around the concept that a long lecture is not the best use of class time. Instead, students get introduced to information before class via watching a video or reading the textbook before class, thus freeing class time for activities that require higher-order critical thinking that will reinforce the concepts that they have already been introduced to.
Like in hospitals where there are curtains on the ceilings to block off sections. The same can be applied to classrooms with moveable walls that allow sections to be blocked off. The biomimicry center has examples of this and it can be made out of sustainable material.
During interviews, the teachers expressed the need for adaptability in the classroom, especially for separating different activities. In most classroom setting today it is a square room with 30-40 desks and maybe some motivating words on the walls. This design doesn't allow for creativity or innovation by teachers to make the space entertaining and enjoyable for students. Simply having walls that can move and divide the room can provide both creativity and adaptability for teachers. Speaking from personal experience at the biomimicry center, having walls that separated the lecture space from the workspace made it easier to focus. When we split off into group projects, each group was able to talk and work in their own space without the distractions from other groups. In the biomimicry center it was only around $72 to build the "moveable walls" with sustainable materials and a little help from partnering companies. This simple design can provide flexibility and character to teacher's rooms while helping focus students attention on the task at hand.