“Indian Talent + Information technology = India Tomorrow”
– Anonymous

Today’s technology-driven world cannot be perceived without computers. Using computers in teaching methodology act as an incredibly effective tool and hold numerous benefits.
The school has a well equipped computer lab run by well-educated and qualified teachers. Our labs are state-of-the-art with modern technology monitors, which are easier on eyes, generate less heat and consume less power, thereby keeping the classroom atmosphere comfortable for children. We use them for teaching-learning, documentation and presentations. We encourage students to learn about computers and their usage. Here, the students collaborate, share their ideas, co-operate and develop essential life skills. With access to computers (one per student), students can develop their potential and widen their horizon by exploring alternatives. Their perspective takes a larger vision to enhance their abilities, confidence and self-esteem.

There is a chemist in all of us. Every day, without much reflection, we use chemicals and undertake chemical processes. Everything you do is chemistry, so understanding it is crucial. Our very own body is a chemical cocktail. Breathing, eating, and even sitting still to read, all involves chemical processes. The study of chemistry is crucial since all matter is composed of chemicals.

Learning chemistry requires hands-on experience in the lab. Students can learn about chemistry, observe material transformations, and grow as scientists in an environment designed to simulate the workplace. Our chemistry lab has everything the students of Secondary and Senior Secondary may possibly
need to conduct their experiments.

Learning the ins and outs of how the world of physics works is interesting. Many physics concepts also have numerous real-world uses. Students can better grasp and apply the
principles they’ve learned in class by doing experiments on their own. Learning to think critically and analyze evidence before drawing conclusions is fostered through hands-on experience in the laboratory. This aids them in resolving difficult issues and making sound choices. The greatest value of hands-on experimentation is that it gives children a taste of the excitement of discovery and the satisfaction of solving a mystery.

This encourages students to develop a genuine interest in Physics and its many fascinating applications
Step Up School gives their pupils access to a fully-stocked physics lab so that they can achieve all of these goals. Knowledgeable instructors and staff help students throughout the
experimental process.

Biology is the branch of science that investigates the nature and origin of life, as well as the processes by which organisms function physically, chemically, molecularly, physiologically, and evolutionary. Students can gain insights into the living world through the study of biology. Learning about the world of living things requires students to ask lots of questions, make lots of observations, collect lots of samples, and try lots of different experiments, all of which they can do in a lab or out in the field.

Step Up School has a well-equipped biology laboratory for secondary and senior secondary students to undertake research in the fields of morphology, anatomy, physiology, taxonomy,
biochemistry, genetics, cell biology, etc.

“Unlocking the Power of Mathematics and Science in Education by using Pure Genius Lab”
In today’s rapidly evolving world, the importance of mathematics and science education cannot be overstated. These subjects serve as the foundation for technological advancements, innovation, and problem-solving. To foster a deep understanding and appreciation of these subjects, Step Up School’s Pure Genius Lab is turning as a powerful tool. This lab provides students with hands-on experiences, enabling them to apply theoretical knowledge in practical ways.
This lab is also equipped with various apparatus, tools, and resources that replicate real-world scenarios related to mathematics and science concepts. It serves as a bridge between theoretical classroom learning and practical application. It is designed to encourage curiosity, critical thinking, and experimentation among students.