Empower your students by adding STEAM education to their curriculum!

STEAM education is a comprehensive and integrated learning approach that bridges the gap between science, technology, mathematics, engineering, and the arts. STEAM skills development empowers students to move beyond textbook learning and focus on academic concepts that tie them to the real-world problems and solutions. There are various benefits of STEAM education, which include students learning various skills, such as crafting robotic devices and coding, that enable them to transition increasingly towards hands-on learning. STEAM education transforms the traditional classroom into innovative hubs that motivate active learning.

2500+

Schools Equipped

250K+

Students Trained

12+

Years Experience

Benefits of STEAM Education for schools

With the STEAM education programs of RoboSpecies, the schools are equipped with a dedicated lab that consists of robotics kits, AI modules, sensors, creative tools, and much more.
By adapting to the STEAM infrastructure, the school separates itself from all the schools that still follow the traditional learning methods.
The STEAM labs act as a publicity tool and generate interest among the students and parents towards the school. This strengthens the school's academic profile.
Hosting competitions and exhibitions motivates the students towards creativity and innovation. Our Robotrix Electronica Kit also creates a vibrant culture of innovation in the school.

RoboSpecies caters to every need of setting up a robotics lab. It ensures that the solution is robust and of industrial-grade quality. It adapts to the academic environment. We focus on scalability. This will ensure your initial Robotics Lab Setup can grow with your curriculum.

Technologies used in STEAM Education

In the STEAM learning environment, technology is not an add-on but the backbone of the education. The technologies help to connect science, engineering, math, and art. The variety of technologies that are used in STEAM skills development:

Coding and programming platforms

Students use tools and languages to design algorithms, analyse data, prototype solutions, and much more.

Robotics kits and modules

Learners assemble robots, program them, and test the designs in real-world contexts.

Artificial intelligence (AI) components

AO modules such as machine learning blocks, image or sound recognition sensors, and a voice-interaction system are used in the labs for students to explore how machines learn and make the decisions.

3D printing

Students can draft their innovative designs using CAD software, visualise the models and bring them into the tangible world through 3D printing.

Virtual reality

The immersive technologies, like augmented reality and virtual reality, allow the students to visualise the scientific concepts and simulate them in the real world.

Internet of Things (IoT)

Students learn how connected devices collect, share, and analyse data by building smart systems such as sensors, automation models, and connected applications.

Drones and electronics

Learners explore aerodynamics, electronics, and control systems by assembling, programming, and operating drones in practical applications.

By adding our technologies such as Robotrix Kids Kit and Robotrix Junior Kit in the lab, the school enables the student to move from theory to practice and the real world.

Complete Solutions

The Complete Solution: Why Schools Choose RoboSpecies for Robotics Lab Setup

RoboSpecies provides an integrated and turnkey solution. This makes setting up a Robotics lab easier for schools. Our expertise eliminates the complexities and risks associated with sourcing disparate components.

We cover everything needed for setting up a robotics lab:

ERGONOMIC Design

We design safe, long-lasting furniture. They have integral power access and a secure storage system for sensitive components.

Specialized Hardware

The Robotrix Kids Kit for schools should be modular and suitable for different age groups. It should span from basic block-based programming tools to advanced microcontrollers. They can also have sensors and even 3D printers.

Curriculum Integration

Clear safety measures must be in place for handling tools and electrical components.

Key Highlights of Our Turnkey Solution

End-to-End Implementation

Industry-Grade Equipment

Scalable Infrastructure

Student's Learning Journey in Lab

Empathize Learn & Unlearn

Observe & Understand

Teamwork Collaboration Ideation

Brainstorm

Presentation Exhibition Skills Competition

Become Leader & Entrepreneur

Problem Definition, Analysis & Statistics

Think & Calculate

Coding Construction Prototype

Build & Innovate

Technologies Covered

Coding

Robotics

AI

STEM/STEAM

3D Designing

IoT

VR

Drone

AR

Electronics

Benefits for Schools

Unique State of the Art STEAM Robotics Al Lab

Partner school outshines nearby schools

Publicity for thousands of students and parents

Internationally Accredited STEM Certificate by RoboSpecies.

Intra-School Exhibition & Competition

Schools Covered

Students Impacted

Innovative Projects

Join a global RoboSpecies Community of Schools & Students

Our Top Associated Institutions

Testimonials

"I was struggling to find the best Robotics & AI solution, and I found RoboSpecies, which has turnkey solution from setting up lab to providing customised solutions to schools."

Arnav Singh

"I have experienced Robospecies services for more than a year now, and I have seen a significant improvement in my child's understanding of the subject."

Srinika’s Mother

Grade : 7th

I really appreciate the quality components delivered by RoboSpecies with hassle-free technical support

Mrs. Jyoti Rana

Principal APS Noida

Frequently asked questions

What exactly is STEAM education?

STEAM is the integration of science, technology, engineering, arts and mathematics that is unified into a learning experience that generates creativity in students.

Are STEAM and STEM the same thing?

No, STEM focuses on science, technology, engineering, and mathematics, whereas the A in the STEAM is for arts that enhance design thinking.

Is STEAM suitable for all age groups?

Absolutely, STEAM concepts can be adapted for primary, middle, and senior students, with age-appropriate activities tailored to each level.

How will the students benefit from the STEAM education academically?

It develops critical thinking, computational skills, problem-solving, creativity, and a deeper understanding of concepts.

How will the STEAM education programs benefit the school?

A STEAM program enhances the school's reputation and attracts parents. This can be used to differentiate the school from other competitive schools nearby.

What kind of projects are assigned to the students?

Designing and building a robot, Create IoT prototypes, Draft 3D printed modules, Use AR or VR to simulate different scenarios, Host exhibitions and compete with their innovations

Does the school need prior technical expertise to start a STEAM lab?

No, the training and setup support are provided to make the implementation easy for the schools.