In this article, we will take you through the seven-step process Abax Kingfisher undertakes to…
The subjects of science, technology, engineering, and mathematics (STEM) have been around for decades, however, the importance of implementing an effective STEM classroom design is relatively new. Traditional classrooms may work for lecture-style lessons, but the hands-on activities involved in the STEM curriculum requires a different learning space.
The main components of an effective STEM Classroom:
1. Flexible Classroom Designs
STEM classrooms are most effective when designed for a range of different activities, including collaborative projects and hands-on learning. Rather than using traditional seating charts, flexible STEM classrooms utilise the space more efficiently.
For example, larger classrooms and collaboration rooms provide a creative use of space that is adaptable to collaborative learning, study rooms, and after-school activities.
An important part of a flexible classroom is mobility. Education furniture such as tables, desks, chairs, and whiteboards should be lightweight and on wheels so that the students and teachers are able to make the space their own.
3. Integrate Technology
Technology is prominent in STEM subjects; thus, it should be accessible for all students. Laptops, tablets, and other technologies assist students to work in teams, research their ideas, and design solutions.
These classrooms should always be connected to the internet, have enough electrical outlets, and data capabilities to give students access to vital resources anywhere in the classroom.
STEM classes are filled with various gadgets and equipment; therefore, clutter can quickly disrupt the flexible design. Different types of classes being taught in the same room requires maximum organisation. Utilising mobile storage provide organisational solutions to store any equipment and project materials.
STEM classrooms should be designed to encourage collaborative learning. Creating a free-flowing layout is perfect for project-based learning as it allows students to innovate and solve problems both individually and in a team. Collaborative spaces support brainstorming, building, and experimenting, encouraging students to work together to find solutions.
Interactive whiteboards and displays are also important features of successful STEM classrooms, as they allow students to gather around an area and collaborate. It is also vital that these spaces allow teachers to move freely around the room to assist and monitor the student’s work.
A well-designed STEM classroom will encourage critical thinking, problem solving, innovation and collaboration, which are vital to addressing the environmental challenges of today. Sustainable classrooms include features that benefit both people and planet, including natural lighting, indoor air quality, and sustainable classroom furniture, thus teaching students about sustainability by setting an example in the classroom.
For more information about designing an effective STEM classroom, contact Abax Kingfisher, Australia’s trusted education furniture suppliers, on 1300 300 369.