Technical Applications for Project-Based Learning in Light of the Integrated STEM Curve
The STEM system is a new educational system that aims to combine the four basic educational subjects, namely: (Mathematics - Engineering - Science - Technology), and works to blend them together with full interconnection and integration.
The STEM Curriculum:
The STEM curriculum is defined as an integrated knowledge construction between the branches of science, mathematics, and engineering design along with their technological applications.
The Importance of the STEM Curriculum:
It is one of the curricula with an integrated design that relies on removing barriers between the subjects of science, technology, engineering and mathematics. It is a curriculum that relies on learning through the application of hands-on practical activities.
The design of the STEM curriculum relies on centring around integrated conceptual experience; centring around problem-solving, investigation, and intensive application of practical activities.
This curriculum contributes to bridging school learning with non-school learning.
Objectives of the STEM Curriculum:
Developing the teacher's skills and abilities and transforming them from a transmitter of scientific material into a guide and mentor for students, increasing their creative abilities and leading them towards exploration.
Providing opportunities for learning through hands-on practical activities and innovative activities.
Acquiring the ability for continuous education and lifelong learning.
Science and mathematics teachers, educational supervisors, and anyone interested in integrated education.