CBSE aims to create a culture of hands-on learning. The board incorporates various dynamic
elements into the education landscape to achieve this grand vision. Therefore, the curriculum
gives importance to interactive, application-oriented, and cross-disciplinary learning in subjects
like mathematics and science. Thus, it equips students to have a real-world understanding of the
subjects. Furthermore, the board has integrated STEM activities into its curriculum.
In this blog, we’ll focus on STEM education. Before delving deep into it, let’s glance over the
the unique approach of CBSE towards science and mathematics.

Bridging the gap in science subjects

CBSE curriculum is designed in a way that bridges the gap between theoretical knowledge and
practical application. Accordingly, through experiments, questions, and experimentation, students
learn complex scientific concepts. Similarly, through the interdisciplinary approach, the curriculum
fosters a holistic learning of science subjects

Conceptual Learning in Mathematics

CBSE focuses on prioritizing the conceptual understanding of mathematics. The curriculum
encourages students to grasp the underlying concept rather than the rote memorization of
formulae. So, schools arrange avenues for real-life applications of mathematical concepts.
Moreover, various mathematical exercises are there to nurture skills like logical reasoning, and critical discuss STEM education.

What is STEM education?

STEM is a collective term referring to an interdisciplinary approach that actively engages students
in Science, Technology, Engineering, and Mathematics. Its objective is to equip students with the
skillsets they need to survive and excel in a world that depends heavily on science and
technology.
STEM activities go beyond the confines of traditional education. It integrates scientific approaches
and practical applications to teach STEM subjects. The approach differs for various learning
levels.

The aim of STEM education

STEM education aims to prepare students for the fourth industrial revolution. Accordingly, the
STEM activities in the curriculum focus on key technological skills. It encompasses computer
proficiency, digital literacy, programming, robotics, automation, and many more. These skills are
inevitable to excel in the era of the fourth industrial revolution.

Benefits of STEM activities

CBSE board has incorporated dynamic STEM activities into the curriculum to provide students
with hands-on learning. Let’s look at some of the key outcomes of these STEM activities.

#1. Fosters critical thinking and problem-solving

#2. They learn to experiment

Without risk and experimentation, no invention is possible. Since the solution of a problem or a
final product is not served on a platter, students are required to experiment till they make it. This
type of education develops an affinity toward experimentation. Therefore, STEM activities involve
a lot of scope for experimentation.

#3.Fosters entrepreneurial mindset

STEM activities sow the seeds of entrepreneurship in young minds. Beyond rote memorisation,
children learn to think creatively and innovatively. It paves the way for a forward-thinking mentality
which is the very foundation of entrepreneurship.

#4. Encourages teamwork

Scientific and technological advancements are built upon the power of teamwork. STEM
education does the same. A project or any STEM activity requires diverse ideas and abilities.
Therefore, students of varying intellectual abilities come as a team and work together for a
common goal. It nurtures teamwork among students.

#5.Gateway to excellent careers

STEM skills are integral to excelling in diverse fields. Hence, mastery of STEM subjects opens the
door to a wide range of impactful g professions—thriving fields like cyber security, artificial
intelligence, data science, engineering, healthcare, and many more. Moreover, whether it is
analyzing data or conducting scientific research, a firm grip over STEM subjects is inevitable.
Accordingly, in-depth knowledge of STEM subjects helps the individual to be at the forefront of
innovation and development.

#6.Interdisciplinary learning

STEM education is the perfect example of interdisciplinary learning. STEM activities integrate
various concepts from different fields to ensure a cross-disciplinary approach. As a result,
students learn to forge connections between contrasting ideas, which is the crux of any
innovation.

How do classrooms embrace STEM education?

#1. Shift towards hands-on learning

STEM activities thrive on hands-on learning experiences. It demands a shift from the traditional
classrooms and teaching methods. Accordingly, classrooms have been embracing the necessary
shifts to accommodate hands-on learning.

#2.Integration of cutting-edge technologies

STEM education demands an immersive learning experience. Accordingly, schools have
established state-of-the-art lab facilities equipped with virtual reality and augmented reality.

#3.Trained teachers

STEM education demands expert teachers in STEM education. Hence, schools recruit educators
with specialised knowledge in science, technology, engineering, and mathematics. They ensure
quality teaching through STEM-focused pedagogical methodologies.

Conclusion

STEM activities create minds that are capable of leading the ever-evolving scientific and
technological landscape. The in-depth knowledge in Maths and Science plays a crucial role in
charting the future course of innovation and technology. To achieve this, CBSE incorporates
STEM education in its curriculum. At Asoka World School, the best CBSE schools in Kochi we promote
STEM activities along with their curriculum