01Where students learn by making
Students build, code and test projects suitable for their grade and learning level.
In a Robotics Lab, students can connect a sensor, programme a motor, build a model and test ideas instead of only reading about technology. We help schools combine kits, curriculum, training, projects and support.

A robotics programme works best when the lab, curriculum and teachers are planned together.
01Students build, code and test projects suitable for their grade and learning level.
02Teachers get practical training with the kits, curriculum and activities before conducting sessions.
03Students gradually move from construction and coding to robotics, electronics, automation, AI and IoT.
The equipment, teaching plan and people using the lab must be prepared together for regular classroom use.
Lessons introduce concepts step by step and become more challenging as students gain experience.
Students use robotics kits, sensors, motors and components to build and experiment.
Practical training and resources help teachers conduct activities and guide projects.
Students turn ideas into working models, test them and make changes when something does not work.
Academic, implementation and maintenance assistance continues after installation.
Recommendations are based on the grades covered, student strength, available space and learning requirements.
Students understand a problem, think about a solution, build a model, test it and improve it before presenting what they created.
Students can work with robotics, coding, electronics, AI, IoT, automation and 3D design through practical projects.
Schools across India trust Shikshak Solutions for lab innovation, teacher training, implementation support, and future-ready learning experiences.
Shikshak Solutions publishes a presence of 140 schools across Gujarat. Ahmedabad schools can access the same school-focused planning, training and long-term implementation support.
Tell us the grades, approximate student strength and available space. We can plan the equipment, curriculum, setup and teacher training.
Answers about planning and using a Robotics Lab in Ahmedabad schools.
Yes. Robotics complements STEM learning by helping students apply science, mathematics, coding and technology through practical projects.
Yes. An existing space can often be adapted depending on its size, layout, equipment and intended student strength.
A school Robotics Lab setup can include space and equipment planning, robotics kits, sensors and components, grade-wise curriculum, student projects, teacher training, installation and ongoing implementation support.
A Robotics Lab can support multiple grades when kits, concepts and projects are selected for each learning level. Younger students can begin with construction and block coding, while higher grades can explore electronics, automation, AI and IoT.
Yes. Practical teacher training covers the robotics kits, curriculum, classroom activities and project guidance so teachers can conduct structured sessions with confidence.
Space requirements depend on student strength, grades, equipment and the number of simultaneous activities. An available classroom or existing lab can often be planned around the school's requirements.
Post-installation support can include academic guidance, implementation assistance, equipment and maintenance support, teacher resources and help with using the programme during the school year.
Have a classroom or lab space in mind? Share the details and we will help work out a practical robotics programme for your school.