1. flexible learning space design

STEM learning spaces are particularly effective when they are designed for a variety of activities such as team-based projects and hands-on learning. However, limited space is a challenge for some schools. For example, sixth-grade science and seventh-grade math classes may take place in the same room at different times. Teachers therefore need to be able to quickly adapt the room layout before and after lessons.

A flexible STEM learning space does away with traditional seating arrangements in order to use the space more efficiently. This allows large learning spaces and collaboration areas to be creatively designed to accommodate group lessons, study spaces and extracurricular activities and clubs. This design can also serve as additional space for teacher offices and work areas.

Features of a flexible STEM learning space include:

Oversized learning spaces that provide more room for multifunctional learning and lab spaces.

• - Movable partitions that offer different teaching options and allow rooms to be combined or divided to optimize learning.
• - Locating utilities, gas lines and other core functions along perimeter walls to optimize room layout and free up space in the center for flexible arrangements of movable furniture.

2. Mobility

Mobility is a key aspect of the flexible design of learning spaces. Tables, chairs, desks and whiteboards should be equipped with castors so that students can adapt the room to their needs.

Lightweight furniture on castors allows the room to be rearranged quickly and easily. The floor covering also plays a decisive role here: furniture is difficult to move on carpeted floors. Wooden or concrete floors are therefore ideal in STEM learning spaces. They not only support mobility, but are also ideal for robotics programs.

3. affinity for technology

Technology is an essential part of any STEM program and should be accessible to all students. These learning spaces must be connected to the internet throughout, have amplified signals, provide numerous electrical outlets, and have retractable power cords so that there is access to power throughout the room.

In addition, the learning spaces should be able to support the following devices:

• - Interactive TVs and displays

• - 3D printers

• - Tablets and computers

• - Virtual reality devices

The more technology there is in a learning space, the more important it is to have a reliable network. It is also crucial that learning spaces are flexible enough to adapt to the latest technological developments.

4. organized

STEM classrooms are full of exciting gadgets and equipment, but amidst the dynamic learning environment, organization is key. When teaching multiple classes in one room, effective organization is paramount. Using built-in and mobile storage options provides strategic solutions for storing and organizing project materials, student work and experiments.

5. cooperative

STEM learning spaces encourage active learning where learners are actively involved through hands-on projects and activities rather than passively following lectures.
An open, flexible layout supports project-based learning particularly well and gives learners the opportunity to be creative and tackle challenges both individually and in teams. Such adaptable spaces facilitate thinking, designing, testing and experimenting and encourage collaboration to solve real-world problems.

In addition, whiteboards and interactive screens are key elements of a successful STEM learning space as they encourage learners to come together and work collaboratively. It is equally important that teachers can move freely around the room to offer support to learners and monitor their progress.

6. sustainable

Well-designed STEM learning spaces are key to developing problem-solving skills, critical thinking, innovation and collaboration - skills that are critical to addressing today's environmental challenges. As schools increasingly incorporate climate change into STEM curricula, they can be a role model for environmental stewardship through the design of sustainable learning spaces, both in education and in practice.

Sustainable learning space design incorporates features that benefit both people and the environment. This approach emphasizes the use of natural light, initiatives to improve indoor air quality and the use of responsibly sourced materials. These practices not only enhance the learning experience, but also help reduce operating and utility costs. By learning in an environmentally conscious space, learners also gain first-hand experience of sustainable building practices, deepening their understanding of sustainability.