What is STEM education?

STEM is an interdisciplinary and applied program focused on the concept of educating students in four main disciplines: science, technology, engineering, and mathematics. STEM incorporates the four disciplines into a coherent learning system focused on real-world implementations, rather than teaching them as distinct and isolated subjects.

The best STEM schools nowadays involve students in real engineering and design challenges while also linking them to job opportunities. With the assistance of employers, some STEM schools concentrate on unique work clusters. Others make use of community resources as well. 

Why is STEM education important?

The global economy is undergoing a transition. Current jobs are being automated away, and new jobs are being developed on a regular basis as a result of technological developments.

Every day, technical innovations are transforming the way students learn, communicate, and interact. STEM skills provide students with the base they need to excel in school and beyond. Students are also involved in practical engineering and design challenges, as well as being linked to career opportunities.

The integrated learning experience and teaching students how the scientific method can be applied to daily life distinguish STEM from traditional science and math education. It focuses on real-world problem solving applications and teaches students computational thought.

Who is STEM for?

Elementary school: STEM schooling starts in the early years of a student's life. STEM education emphasizes introductory level STEM courses as well as STEM sector and occupation understanding. This first move connects all four STEM subjects by providing standards-based standardized inquiry-based and real-world problem-based learning.

Middle school: The courses become more intense and demanding at this stage. Students' knowledge of STEM areas and professions, as well as the academic criteria of those fields, is still being sought. This is where students, particularly from underrepresented groups, begin their exploration of STEM-related careers.

High school: The study program focuses on putting the subjects into practice in a demanding and systematic manner. STEM fields and professions, as well as training for post-secondary education and jobs, now have courses and pathways available. The importance of bridging in-school and out-of-school STEM opportunities is being emphasized more.

Due to STEM students develop the following skills:

• Teamwork

• Problem solving

• Independent thinking

• Creativity

• Collaboration

• Communication

What are STEM Schools & Whom are They For

What are STEM Schools & Whom are They For

STEM is an interdisciplinary and applied program focused on the concept of educating students in four main disciplines: science, technology, engineering, and mathematics What is STEM education?STEM is an interdisciplinary and applied program focused on the concept of educating students in four main disciplines: science, technology, engineering, and mathematics. STEM incorporates the four disciplines into a coherent learning system focused on real-world implementations, rather than teaching them as distinct and isolated subjects.The best STEM schools nowadays involve students in real engineering and design challenges while also linking them to job opportunities. With the assistance of employers, some STEM schools concentrate on unique work clusters. Others make use of community resources as well. Why is STEM education important?The global economy is undergoing a transition. Current jobs are being automated away, and new jobs are being developed on a regular basis as a result of technological developments.Every day, technical innovations are transforming the way students learn, communicate, and interact. STEM skills provide students with the base they need to excel in school and beyond. Students are also involved in practical engineering and design challenges, as well as being linked to career opportunities.The integrated learning experience and teaching students how the scientific method can be applied to daily life distinguish STEM from traditional science and math education. It focuses on real-world problem solving applications and teaches students computational thought.Who is STEM for?Elementary school: STEM schooling starts in the early years of a student's life. STEM education emphasizes introductory level STEM courses as well as STEM sector and occupation understanding. This first move connects all four STEM subjects by providing standards-based standardized inquiry-based and real-world problem-based learning.Middle school: The courses become more intense and demanding at this stage. Students' knowledge of STEM areas and professions, as well as the academic criteria of those fields, is still being sought. This is where students, particularly from underrepresented groups, begin their exploration of STEM-related careers.High school: The study program focuses on putting the subjects into practice in a demanding and systematic manner. STEM fields and professions, as well as training for post-secondary education and jobs, now have courses and pathways available. The importance of bridging in-school and out-of-school STEM opportunities is being emphasized more.Due to STEM students develop the following skills:TeamworkProblem solvingIndependent thinkingCreativityCollaborationCommunication