Super AI is an online platform that easily teaches students how to code through the activities they love: games and stories. Students learn the fundamentals of programming and design through Super AI intuitive visual programming language without the frustrations of traditional syntax.

Super AI goal is to provide every child with a solid foundation in STEM (Science, Technology, Engineering, and Math) and enable thinking abilities to prepare them for 21st century skills, degrees, and careers.

Super AI is a flexible platform that is being used in lots of ways across multiple schools. Schools are using Super AI’s grade-specific lesson plans to teach programming in formal AI and Computer Science classes or to support project-based learning across all subject areas -- science, math, ELA, social studies and more.

Schools can use Super AI to supplement classroom teaching with 21st century skill-building or roll out a comprehensive and progressive programming curriculum across all grades.

No coding experience is required. Super AI FDP will help teachers to train from basics.

Super AI has lots of innovations to empower any teacher, regardless of experience, to teach programming to their students. With interactive lectures that teach programming concepts, step-by-step tutorials that walk students through programming projects, and hands-on coding exercises with instructions, students learn at their own pace. Teachers can spend more time with students who need extra help and less time preparing lessons.

Teachers will love Super AI because the self-paced curriculum gets students started on their own. Super AI provides a rich set of resources to answer student questions, such as videos, guides, tutorials, that provides contextual help for students. We have found that teachers can also learn alongside the students, and in a collaborative environment, students can also help and inspire each other.

We have a whole suite of educator tools. Super AI has a built-in assessment framework that tracks student progress, individually and at the class level.

You can use the dashboards to easily track how your students are learning. Super AI Classroom Management Tools eliminate much of the "work" involved in teaching and lets you focus on your students.

Super AI provides a fun and easy introduction to programming for all students. Grade- specific programming courses allow students to develop skills year-after-year with the gradual transition to traditional programming languages like JavaScript, Python.

Each of our grade level courses consists of 30-40 lessons and 30-40 class projects and another 30-40 homework projects. Lessons are designed to last one class period (45 min to 1 hr). As students’ progress through a lesson, they will be working through different types of learning modules. Interactive Lectures - set the lesson context and explain the concepts that students are about to learn. Tutorials - Step-by-step instructions that guide students to build the project in Super AI Workshop. Puzzles - A scenario is presented with some code blocks. Students are challenged to program or debug to make this code work and solve the puzzle. Projects - An open-ended activity with instructions. Students apply what they have learned and build a project. Quizzes - A set of fun multiple-choice questions around concepts learned in the lesson. Student quiz scores are available in the Grading Dashboard.

Super AI grade-specific curricula teach programming through lesson plan, projects, activities that students love. Elementary students learn the basics of game design to create a fun side- scrolling obstacle game while middle school students start experimenting with the advanced Physics Engine for physics-based projectile games before transitioning directly to JavaScript and Python.

Super AI can easily lend itself to supporting all areas of learning. Schools are using Super AI as a way for students to demonstrate their understanding of other subjects such as science, social science and math. And as students work on Super AI projects, they acquire a deeper knowledge of the subjects they are studying.

Super AI curriculum is designed to teach students computational thinking and core computer science concepts. Through Super AI, students learn the fundamentals of programming found in all object-oriented programming languages. Super AI lessons not only make it easy for students to understand abstract programming concepts, but also allow them to apply concepts to different projects, games, and scenarios. Students learn programming concepts such as loops and variables, repetition, conditional logic, functions, computer drawing, and music. Students also acquire critical skills, such as problem decomposition, pattern recognition, abstraction, algorithmic thinking, and automation. Once students have a strong grasp of the fundamentals, they can transition to any mainstream programming language, such as JavaScript, Python.

We have answers! Contact us to learn more about teaching programming at our school with Super AI.

Machine Learning (ML) and Artificial Intelligence (AI) are key drivers of growth and innovation across all industries, and the education sector is no different. With every company looking to introduce Artificial Intelligence in their domain, studying AI and Machine Learning opens up a world of opportunities to create cutting-edge technologies in diverse sectors, such as computer protection, image recognition, pharmacy, or face recognition. Since AI is completely changing the face of society, it is exciting to be a part of this revolutionary transition. Many people consider AI to be the skill of the century since its uses are endless.

Coding is a basic literacy in the digital age. It’s important for your everyone to understand and be able to innovate with the technology around them. Code fuels our world’s technology. From microprocessors in everyday items like refrigerators and water heaters to sophisticated programs that operate our cars and buildings, learning to code has become an essential element of a child’s education. SAI engaging and fun games allow kids to learn to code at an early age, child can apply their coding skills as they build games, tell stories, create apps, control drones and robots, and more.

At Super AI Polaris, we’re conducting research on AI, considering different domains, and developing tools to ensure AI can be accessed by all. With our course, children will learn problem-solving and technical abilities they will need as they get older. Irrespective of career choice, computer coding help learn valuable lessons through our unique drag-and-drop visual coding language. These coders use blocks to teach them core concepts in the form of a game — providing them with a foundation to jump to more complex platforms such as JavaScript and Python. Our award-winning courses make the perfect course for teens as well as younger children because they are made for all skill levels and ages. The built-in tutorials guide them through hands-on learning.

At Super AI we view learning as a continuum, not a one-time course. Our courses are year-long curriculum paths customized for each age group.

SAI courses teach critical 21st century skills, including Artificial Intelligence, computer programming, critical thinking, and problem solving. Students learn how to logically sequence events, create playable games, tell good stories, and model real situations. They also learn computational thinking by developing algorithmic and design thinking abilities. After learning the fundamentals, kids can transition to JavaScript and Python within the Super AI learning system.

It is a subscription-based licensing. Multiple kids cannot share the same account because they will overwrite each other’s work.

Super AI automatically tracks your child’s achievements as they work through lessons and activities. From your School and Teacher Dashboard, school can view your children’s progress through the courses, the projects they have created, and the concepts they’ve learned. School can even share projects with parents.

You can access Super AI courses from any computer with a modern browser and Internet connection.

SAI courses are graded and provides information as per the aptitude level of learner. SAI when implemented in schools open new doors for learning.

Plan a Routine together and regularly check SAI portal for teacher messages and grade reports. Check each level capstone projects of your child.Plan a Routine together and regularly check SAI portal for teacher messages and grade reports. Check each level capstone projects of your child.

Teacher Partner is responsible for conducting classes in an engaging manner, using SAI standard practice.
This ensures learning outcomes for the student.
Once agreement is signed SAI will share content and conduct online training of teacher on how to use platform and content use.

The illiterate of the 21st century will not be those who cannot read and write, but those who cannot learn, unlearn, and relearn. Alvin Toffler.
As rightly said by Alvin Toffler, SAI programs are continuous knowledge program both for teachers and students.
SAI conducts quarterly 4 classes for teacher partner, minimum attendance of at least 2 classes is a must.

There are four requirements:
1. An understanding of basic mathematics and CS.
2. Class 7th onwards, teachers are expected to have background of maths, CS, and coding
3. Should be eager for expanding your knowledge to gain new skills and expertise.
4. Empathy towards students.

Super AI checks all the attributes during teacher training program. Super AI will also provide insights to enable teacher to take specific action.

1. Super AI would also be offering marketing materials to partners like standees, flex, handouts, and Glow signs.
2. Super AI marketing team would support teacher partner and its organization in local events based on the qualification criteria*, also would give opportunities to teacher partner to participate in National and International events.
3. Lead generation: Super AI will help align leads based on the geo-fencing. Super AI will also get into growth strategy discussions with teacher partner to help grow leads.
4. Super AI provides Course Material, student handbook, Trainer handbook and lesson plans with references.
5. Super AI will offer teacher partner opportunity to participate in annual hackathon event.

Super AI would provide exclusivity in the market for your region, this area varies between 2 KM in radius in a Type A, 2.3 KM in Type B city to around 2.7 KM for Type C city onwards.

Interdisciplinary programs draw from two or more academic disciplines that work together to create a powerful learning experience and emphasize integrative learning, critical thinking, and creative problem solving.
Artificial Intelligence cannot be divorced from other disciplines; its evolution and development are mutually interlinked with other subjects.
At SuperAI we believe that when a child Learns through creation it helps the students to enhance their skills.
Our course will take the kids through exciting Interdisciplinary projects like creating the simulation of water cycle, Photosynthesis, Solar Eclipse…etc. It will help them to learn complex topics of other subjects like Mathematics, Science, Social studies, English etc through creation.
It will also help the students to understand the difficult concepts of other subjects through the process of problem solving. When the students learn continually in such a manner along with enhancing their learning of other subjects, they would also be able to deepen their understanding of AI and various coding concepts.

Experiential learning, according to the Association of Experiential Education, is a philosophy that informs many methodologies in which educators purposefully engage with learners in direct experience and focused reflection in order to increase knowledge, develop skills, clarify values and develop people´s capacity to contribute to their communities.
Through the experiential model, student:
• Experience—do the activity through coding and AI concepts, For example, while learning Periodic table, student will create a BOT to understand concept of Periodic table.
• Share—communicate results and observations, Student can share their project with other students and teachers and publish in app store or at Github. Students feel connected to the content, their classmates, their teachers, their communities and the wider world.
• Process—analyse and reflect on the experience, Students feel ownership of their learning process and are empowered to actively engage with their teachers and peers. They are creative and resourceful with faced with challenges in their learning
• Generalize—relate the experience to a real-world example.
• Apply—use what was learned in a similar or different situation.

Students are able to apply their knowledge and skills to a wide array of contexts, both within the subject and to diverse future experiences.

Classification / City:- A-1/ Mumbai, A-1/ Delhi, A-1/ Kolkata, A-1/ Chennai, A-1/ Bangalore, A-1/ Hyderabad, B/Ahmedabad, B/Surat, B/Pune, B/Jaipur, B/Lucknow, B/Kanpur, B/Vadodara, B/Nagpur, B/Nashik, B/Patna, B/Vishakapatnam, B/Bhopal, B/Indore, B/Jabalpur, B/Aurangabad, B/Gandhinagar, B/Vellore, C/Madurai[8], C/Aligarh, C/Kochi, C/Coimbatore[8], C/Vijayawada, C/Tiruchirapalli, C/Nashik, C/Rajkot, C/Solapur, C/Anand, C/Ludhiana, C/Agra, C/Meerut, D/Thiruvananthapuram, D/Kozhikode, D/Faridabad, D/Varanasi, D/Jamshedpur, D/Allahabad, D/Amritsar, D/Dhanbad, E/Gorakhpur, E/Hubli-Dharwad, E/Bhavnagar, E/Raipur, E/Mysore, E/Thrissur, E/Mangalore, E/Guntur, E/Bhubaneswar, E/Amravati, E/Srinagar, E/Bhilai, E/Warangal, E/Tirunelveli, E/Nellore, E/Ranchi, E/Guwahati, E/Aurangabad, E/Chandigarh, E/Patiala, E/Jodhpur, E/Pondicherry, E/Salem, F/Dindigul, F/Dehradun, F/Hajipur, F/Kollam, F/Sangli, F/Jamnagar, F/Jammu, F/Kurnool, F/Roorkee, F/Kannur, F/Tiruvannamalai, F/Etawah