Mass Robotics Education

Bring robotics and STEM learning to schools, universities, companies, and public institutions. Build innovation capacity, future-proof skills, and prepare learners and teams for the evolving demands of tomorrow’s jobs.

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799000 +
Users
5000 +

Schools and universities

0 +
Years deliverying quality solutions

Choose Use Case

K-12 Schools

Introduce young learners to the exciting world of robotics with hands-on, adaptive content tailored for primary and secondary education.

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Universities

Empower higher education with in-depth robotics, machine learning, and cybersecurity modules designed for university-level learners.
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Public sector

Enable NGOs, and government institutions to deliver impactful STEM education at scale with NextLab’s adaptive learning tools.
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Companies

Support workforce development, internal training, and CSR through robotics education tailored for corporate learning environments.
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Competitions & Hackathons

Fuel your curiosity and innovation by participating in robotics competitions powered by NextLab.tech.
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Mission

At NextLab.tech, we are building a platform that stimulates curiosity and accelerates learning in emerging technologies. By tracking each learner’s journey and experience, we personalize growth and empower individuals to explore, create, and lead in the age of intelligent automation.

We envision a world where robotics and advanced technology education is universally accessible. Our mission is to serve as a global catalyst for mass robotics and tech education—enabling schools, universities, public institutions, and companies to adopt adaptive, real-world learning environments.

Pricing

NextLab.tech is available exclusively through an Enterprise License, designed to support large-scale learning, workforce development, and innovation initiatives across institutions, organizations, and governments.
While the platform operates under a licensed model, some clients offer public or internal installations that provide free access to selected users—such as students, educators, or community members—depending on the organization’s implementation and goals.
To explore licensing options or learn more about available installations in your region, please contact us.

Global Reach & Partnerships

Implemented in over 6,000 schools and universities, empowering diverse learners with hands‑on access to robotics and emerging technology education.
Trusted partners across five countries, collaborating with educational institutions and public sector organizations to deliver local impact.
Working alongside leading companies, NextLab.tech enables industry-driven initiatives—from workforce development to innovation challenges—ensuring relevance and quality at scale.
By combining educational reach, international collaboration, and corporate engagement, NextLab.tech delivers a robust ecosystem that fosters technology literacy and innovation across sectors.

Robotics Journey

Level 1 – Entry

The ENTRY I, II and III kits are designed to guide students step by step in learning robotics. These kits are structured by difficulty levels, so ENTRY I is suitable for those with no experience, providing basic components such as the NEXTLAB.

Level 4 – Artificial Intelligence

These are advanced robots that integrate artificial intelligence (AI) technologies to facilitate hands-on learning. HECA is an open-source platform-based robotic arm that uses AI to recognize and manipulate objects through a First-Person View (FPV) system .

Level 2 – Line Follower

MIRO is an ideal kit for beginners in robotics, intended for children aged 8 and up. It is easy to assemble, does not require soldering and is equipped with line sensors and an LCD screen, making it perfect for line-follower and maze tasks in competitions such as NEXTLAB.TECH.

Level 5 – Aeroponics

This is an advanced vertical hydroponic system, specially designed to support plant cultivation in an efficient and environmentally friendly way. This tower allows plants to grow without soil, using air and nutrient-rich water to ensure optimal development.

Level 3 – Line Inovation

ENSPIRO is designed for students who want to learn about robotics through interactive projects, such as programming a plant watering robot. The kit contains various components, such as a programmable microcontroller, sensors and a water pumping system.

Level 6 – Automation

This is a robot designed to automate the gardening process and plant cultivation. It operates on a Cartesian coordinate system similar to 3D printers and is capable of planting, watering and monitoring plant growth in a fully automated manner.

Robotics Journey

Level 1 – Entry

The ENTRY I, II and III kits are designed to guide students step by step in learning robotics. These kits are structured by difficulty levels, so ENTRY I is suitable for those with no experience, providing basic components such as the NEXTLAB.

Level 2 – Line Follower

MIRO is an ideal kit for beginners in robotics, intended for children aged 8 and up. It is easy to assemble, does not require soldering and is equipped with line sensors and an LCD screen, making it perfect for line-follower and maze tasks in competitions such as NEXTLAB.TECH.

Level 3 – Line Inovation

ENSPIRO is designed for students who want to learn about robotics through interactive projects, such as programming a plant watering robot. The kit contains various components, such as a programmable microcontroller, sensors and a water pumping system.

Level 4 – Artificial Intelligence

These are advanced robots that integrate artificial intelligence (AI) technologies to facilitate hands-on learning. HECA is an open-source platform-based robotic arm that uses AI to recognize and manipulate objects through a First-Person View (FPV) system .

Level 5 – Aeroponics

This is an advanced vertical hydroponic system, specially designed to support plant cultivation in an efficient and environmentally friendly way. This tower allows plants to grow without soil, using air and nutrient-rich water to ensure optimal development.

Level 6 – Automation

This is a robot designed to automate the gardening process and plant cultivation. It operates on a Cartesian coordinate system similar to 3D printers and is capable of planting, watering and monitoring plant growth in a fully automated manner.

Testimonials

Nusa Dumitriu Lupan
Director - Center of Excellence
"Last school year, as part of this collaboration, Sebastian Drogomir, a 5th-grade student at the “George Tutoveanu” Secondary School in Bârlad, was one of the five students in the country who impressed the jury and won a free robotics kit offered by the sponsors of the NEXTLAB competition. Sebastian qualified for the second stage of the NEXTLAB robotics contest, part of the MEN (Ministry of Education) calendar, alongside another six students enrolled at the Vaslui County Center of Excellence."
Carmen Anton
Teacher
"The students’ training activities took place within the extracurricular computer science circle specializing in STEM technologies, set up at the school’s computer science department. This activity was coordinated by teachers Laura Călin, Diana Contraș, and Carmen Anton. We thank student Andrei Zaharie from the 12th grade C class, member of the Clever Core robotics team, for the assistance given and also the parents for their support."
Mihai
Student
"This is the best robotics competition I have ever participated in. I worked a lot on my robot, Miro, and I am happy that I was able to show everyone that it works well and can finish the course in less than twenty seconds. I learned a lot about robotics during the competition, especially at the weekly Robo-workshops where I wrote and tested new codes. I can’t wait for next year’s competition. Thank you for the opportunity!"