Teachers of STEM subjects must be creative and adaptable in their teaching styles in order to get the most out of their students as the STEM industries evolve over time. In STEM teaching, you don’t simply want to provide information and correct students when they make mistakes. Instead, an ideal STEM learning environment is all about asking questions and encouraging independent thinking.
Effective STEM teaching methods
Training with STEM Labs
STEM Labs are a great way to learn and understand basic and advanced STEM concepts.A STEM lab is a one-of-a-kind alternative or answer to the traditional method of teaching science in the classroom, similar to literature, in which tutors use chalk and board or digital material worksheets. They are a supplemental educational resource designed to assist instructors in developing STEM lesson plans that adhere to the highest academic standards. Each lab features hands-on courses that enable teamwork and collaboration among students while encouraging the practical application and learning of all four combined STEM disciplines. This helps students in learning because they are actively involved in the various practical and in-learning processes, allowing them to remember more information than they would in a school environment.
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Project-Based Learning
This method encourages students to learn skills and apply their knowledge by taking part in a project. They work for an extended period to research and create a solution to a problem or query. Your role as a teacher is to be a facilitator and encourage students to take full control of their projects from start to finish. Some examples of project-based learning in STEM could be designing an app or building a model of a bridge.
Problem-Based Learning
There are similarities between this method and project-based learning, but the key difference here is that the students must analyse and evaluate a problem that is posed to them. This requires a high level of thinking, as there is not usually one clear answer to the problem. This approach encourages creativity, teamwork and leadership. An example of PBL is getting your students to create their own business plans to solve a societal need.
Inquiry-Based Learning
The main purpose of inquiry-based learning is to emphasise the student’s role in the learning process, so they are encouraged to ask as many questions as they like surrounding the subject matter. Skills that are developed from this type of learning include critical thinking, questioning and problem-solving. As it is student-led, the students will need to decide what inquiries they want to make.