Blix For School

Blix For School

Blix is a fun and creative education brand that has designed a revolutionary STEM ecosystem for schools to create truly impactful learning experiences for students. It is designed to be playful for children, easy to execute for teachers, manageable for schools, and satisfying for parents.

The Blix STEM Lab overcomes the challenges of traditional education systems and fulfills the obligation of NEP2020 by introducing ‘learning by doing’ techniques to experiment with STEM robotics, robotics education in schools, and AI-driven robotics kits for schools. Students explore concepts such as Artificial Intelligence (AI), Machine Learning (ML), Augmented Reality (AR), Virtual Reality (VR), Electronics, Electricity, Coding, Robotics, and Foundational Physics using robotic kits for students.

Blix has impacted over 5000 schools in India and has touched over 2 million students with its STEM products, robotics curriculum, ATL Robotics, and innovative robotics projects.

BFS Banner

Our Philosophy

Why we do ?

WWD

Google, Apple, Starbucks, and Hilton are some of the few companies that no longer ask for college degrees. Degrees on their own represent knowledge that is becoming obsolete faster than ever before. Skills like problem-solving, creativity, and hands-on robotics STEM education continue to grow, increasing the potential of an individual to achieve bigger things.

The most important quality of a truly impactful education that imparts skills is playfulness.

Play is a natural way for life to learn the skills needed to survive. While a baby grows, they learn about the world through curious play. They touch everything, understanding hard and soft. They look intently at all the lights and motions, they put things in their mouths, curious about taste. All of this we identify as play.

The trouble is, we forget this while our children grow up, and suddenly play loses its importance in front of learning. Children don’t need to be taught how to use YouTube, or how to play complex games like Fortnite, or even understand the newest technologies! This is because when someone really gets interested in something, they will concentrate, give time, use their creativity, and tinker with robotics kits for schools in India, explore robot programming kits, and engage in robotics ideas for students to figure things out.

Play being the best form of learning is fundamentally based on curiosity.

We are on a mission to bring more joy and playfulness to learning through STEM robotics kits, online robotics classes, and hands-on robot programming kits.

What we do ?

Placeholder Icon

We provide STEM Kits, ATL Robotics programs, and design learning spaces such as STEM labs in schools and robotics labs in schools that get students curious about the science and technologies around us. We give them an inside look into the engineering that runs our world through robotics education in schools, robotics and AI curriculum, and the best STEM kits for schools.

Here’s an example. Have you ever been to the mall and seen an automatic tap? You place your hand in front of it, and voila! It’s on. But how does the tap really see? Or have you wondered why when you place your charger upside down in the electrical socket, it still works, but if you place the batteries in your remote the other way around, it doesn’t? These are the types of questions explored in STEM robotics projects, robotics curriculum, robotics training online, and AI-powered robotics kits for schools.

Placeholder Icon

We don’t just tell students the answers to these questions. Instead, we allow them to experiment in robotics labs, engage with STEM robotics kits, and work on hands-on robotics projects that align with a structured robotics and AI curriculum.

We design these tools and experiences in such a way that children look at them as Play. This ignites their curiosity, develops their creativity, and helps them hone their robotics and STEM education skills.

Through this process, children intuitively learn about concepts that are otherwise abstract and hard to understand. But it not only develops deeper knowledge in robotics and AI curriculum, ATL robotics, and robotics kits for schools that can be applied better but also develops skills that are proven to be critical to an individual’s success. This is a far better mode of learning that reduces self-doubt and insecurities and instead develops confidence and grit.

How we do ?

Image 1

An effective STEM robotics curriculum and robotics education in schools must align with a child's psychology, motivations, and desires. Education should be playful, intuitive, and spark curiosity, offering challenges that build confidence. STEM lab setups in schools, robotics training online, and ATL Labs should follow a gradual learning curve that fosters excitement and encourages progress without intimidation.

Image 2

Blix's pedagogy emphasizes self-paced, internal learning, enabling students to explore concepts independently through well-designed robotic kits for students, online robotics classes, and AI-driven robotics projects. This approach reduces the teacher's role as the sole information source, allowing them to focus on students needing additional support.

Image 2

While schools excel in regular operations, implementing STEM tinkering labs, robotics labs in schools, and structured robotics and AI curriculum presents a unique challenge, primarily in finding and training qualified teachers. At Blix, we address this by identifying the required skill set, recruiting, and training teachers to manage STEM robotics programs and AI-based robotics projects effectively. We work closely with schools to ensure any classroom challenges are resolved by us, preventing them from escalating to school management.

Image 2

To ensure the continuity and effectiveness of robotics and STEM labs in schools, robotics training online, and STEM lab setup, we offer the Blix Annual Support Package (BASP). This package includes:
Continuous updates to the robotics curriculum and robot programming kits
>Ongoing teacher training through robotics training online and ATL robotics programs
Regular maintenance of robotics kits for schools, robotics labs in schools, and structured AI-powered robotics and STEM education
With STEM robotics kits, robotics ideas for students, hands-on robotics projects, and engaging robotics education in schools, Blix ensures that every school gets the best out of their robotics and STEM education initiatives.

HWD 01

An effective STEM robotics curriculum and robotics education in schools must align with a child's psychology, motivations, and desires. Education should be playful, intuitive, and spark curiosity, offering challenges that build confidence. STEM lab setups in schools, robotics training online, and ATL Labs should follow a gradual learning curve that fosters excitement and encourages progress without intimidation.

HWD 02

Blix's pedagogy emphasizes self-paced, internal learning, enabling students to explore concepts independently through well-designed robotic kits for students, online robotics classes, and AI-driven robotics projects. This approach reduces the teacher's role as the sole information source, allowing them to focus on students needing additional support.

HWD 03

While schools excel in regular operations, implementing STEM tinkering labs, robotics labs in schools, and structured robotics and AI curriculum presents a unique challenge, primarily in finding and training qualified teachers. At Blix, we address this by identifying the required skill set, recruiting, and training teachers to manage STEM robotics programs and AI-based robotics projects effectively. We work closely with schools to ensure any classroom challenges are resolved by us, preventing them from escalating to school management.

HWD 04

To ensure the continuity and effectiveness of robotics and STEM labs in schools, robotics training online, and STEM lab setup, we offer the Blix Annual Support Package (BASP). This package includes:
Continuous updates to the robotics curriculum and robot programming kits
>Ongoing teacher training through robotics training online and ATL robotics programs
Regular maintenance of robotics kits for schools, robotics labs in schools, and structured AI-powered robotics and STEM education
With STEM robotics kits, robotics ideas for students, hands-on robotics projects, and engaging robotics education in schools, Blix ensures that every school gets the best out of their robotics and STEM education initiatives.

Frequently Asked Questions

Yes, we offer teacher training, access to pdf and video tutorials through a well designed learning management system, and continuous technical support. We also assist schools in hiring qualified teachers to be placed on their payroll. In addition, curriculum updates, software updates and competition preparations are part of the package.

Yes, institutions can place bulk orders, and we offer customizable lab packages, whether grade-specific setups, strength-based configurations, or technology-focused solutions, tailored to each school’s size, budget, and learning requirements.

The lab is designed to scale across multiple levels, starting from elementary grades 1 and 2, moving through middle school grades 6 to 8, and extending to high school grades 9 and 10. Students begin with basic concepts in mechanics and electricity within physics, and as they advance, they progress to AI-ML, IOT, engineering electronics modules combined with block-based, C++, and Python programming.

  1. Gets students future-ready with hands-on skills in tech, automation, and AI
  2. Turns STEM into a fun, creative, and practical learning journey
  3. Matches the latest education policies that focus on experiential learning (like NEP)
  4. Builds problem-solvers, critical thinkers, and young innovators
  5. Gives schools a standout edge and a showcase lab to be proud of

The AI & Robotics Lab is a smart space in schools where students dive into robotics, coding, electronics, and AI through hands-on projects rather than just theory. With STEM-aligned curricula, kits, sensors, motors, AI/ML modules, and easy-to-follow manuals, students get to build, experiment, and tackle real-world challenges. The lab also comes with teacher training, a learning management system to track progress, and continuous technical support. Designed in line with future-ready education policies like NEP 2020, it helps students sharpen creativity, problem-solving, and logical reasoning and gain the skills needed for tomorrow’s world.

The Educator Kit is a one-stop solution for schools, designed to cater to students from Grade 1 to Grade 8. It offers flexibility with a student-to-kit ratio of either 1:4 or 1:2, depending on the school’s requirements. Each grade comes with 30 projects, making a total of 240 projects across all grades. Additionally, all manuals are available online for easy access, ensuring smooth implementation and usage in classrooms.

Each lab package comes with international-quality robotics kits, electric projects, AI/ML modules, coding software, a well-designed curriculum and spare parts. Along with this, we provide dedicated teacher training and strong after-sales support to ensure smooth implementation and long-term success.

No worries! Beginners can start with our program, which begins with block-based coding and gradually progresses to text-based programming like Python. The labs are designed to support students at all skill levels.

Students explore real-world AI projects like image recognition, gesture control, speech recognition and decision-making etc. Advanced kits include facial recognition and voice-controlled robots.

The number of students who can use an AI Lab package depends on the student-to-kit ratio, typically 1:1, 1:2, or 1:4. This means a single kit can be used by one student, shared by two, or shared by four. Each ratio has corresponding educator sets. For example, a lab with 20 kits can train 20 students at a 1:1 ratio or up to 40 students at a 1:2 ratio. The lab’s total capacity depends on the number of kits in the package and how the school decides to allocate them.

Video Thumbnail Video Thumbnail
×

Lab in a box

Educator Set

Warranty:

• 1 year warranty on all components supplied in the lab.

• Warranty only covers manufacturing defects. Physical damage is not covered under warranty.

• Missing parts: Blix will replace any parts that are missing and not received by the school within 30 days of receipt of material.

School Enquiry Form

School Name
First Name
Last Name
Contact Number
    Email
    City
    State
    What are you looking for ?
    Description