Academic schools pride themselves on delivering an excellent education to students, from elementary to college. Similar to the elementary international school, where teachers use an inquiry-based learning approach and STEM education.
STEM education
STEM education is a combination of the following subjects:
- Science
- Technology
- Engineering
- Math
Learning all these subjects helps learners or students prepare for their future.
STEM and Inquiry-based learning
STEM education and inquiry-based learning are the same. Both are student-centered and encourage the students to become active learners.
- STEM education. It is a student-centered approach using the four academic subjects, such as:
- Science
- Technology
- Engineering
- Arts
- Math
STEM education guides learners in various fields, such as:
- student inquiry
- critical thinking
- dialogue
- Inquiry-based learning. The approach is a student-centered teaching method. It encourages the students to ask queries and examine real-world issues. Inquiry-based learning is a good approach for STEM education. It helps students design STEM and life skills. Inquiry-based learning includes benefits, such as:
- Social interaction. Students learn to socialize through group activities, enhancing their skills in generating ideas and critiquing in group discussions.
- Exploration. Students learn to enhance their curiosity and optimism through:
- investigate
- imagine
- design
- explore
- Argumentation and reasoning. Students are taught to engage in scientific debate and investigation, which helps them learn some scientific concepts.
- Positive attitudes to failure. Failure is an essential component of the problem-solving approach in STEM. A healthy attitude to failure helps with the following:
- reflection
- resilience
- continual improvement
STEM education teaches students to develop skills including:
- problem-solving
- creativity
Success depends on finding the right approach. It is a fact at school that students merely memorize rather than understand and apply. Thus, STEM lessons actively engage children and the young generation. The inquiry-based learning is a concept that guides principles in these efforts.
Inquiry-based learning
In science and technology, children have an insatiable thirst for boundless curiosity and knowledge. Trying things out may lead to the following sequences:
- new experiences
- ideas
- conclusions
Educators placed this to good use. In inquiry-based learning, children and young individuals understand to pose their questions before applying methods to:
- find answers
- reflect on the results
- process
By asking questions, it is how inquiry-based learning approaches work. Then, students may tackle the results by asking questions, such as:
- Discuss results
- Document results
- Gather ideas and hypotheses
- Conduct the experiment
- Observe and describe
The research group names the learning stages through discovery. Knowledge is acquired and continuous monitoring is vital.
Enhance STEM lessons with inquiry-based learning!
Inquiry-based learning boosts STEM lessons and increases understanding and interest in science and technology. Inquiry-based learning encourages the application of:
- knowledge
- critical thinking
- new ideas
The inquiry-based learning methodology plays a core role in initiatives and programs. The focus is on the training and education opportunities for science and technology educators. A concept that promotes inquiry-based learning in all age groups and offers space for integrating international perspectives.
The principle of inquiry-based learning forms the basis for international education programs.
STEM teaches students the application of those different subjects to solve real-world problems.
