Before the first bell rings, many teachers are already carrying the work of the previous night into school: notebooks, textbooks, and lesson plans prepared after dinner or late into the evening.
The day is spent explaining concepts, managing different learning levels, and keeping students engaged.
After school hours, the work continues. There are often worksheets to prepare, assessments to design, and lesson plans to build for the next day.
For many teachers, this cycle rarely pauses.
Alok Kumar Singh, an educator and data scientist, saw this daily strain up close and set out to ease it. Spark School AI, the platform he founded, is designed to reduce this load by rethinking how teachers prepare and deliver lessons.
A teacher shaped by real classrooms
Alok’s journey into education began inside classrooms where limited resources and unequal access shaped teaching.
As a Teach For India fellow, he worked with young children, including students from riot-affected communities in Gujarat. Those years gave him a direct view of how classrooms function when teachers lack structured support.
Alok Kumar Singh, an educator and data scientist, built Spark School AI to help teachers save time and focus on what matters most. Photograph: (Alok Singh)
Across these experiences, one pattern became clear. Teachers were putting in significant effort, but most of their time was spent adapting lesson content rather than focusing on teaching itself.
Later, as he moved into academic leadership roles and curriculum work, he saw the same challenge across different school systems — fragmented content, changing syllabi, and heavy administrative responsibilities.
‘Teachers want time, not more tools’
The core idea behind Spark School AI comes from a simple but powerful observation about how teachers work every day.
Alok Singh explains it clearly: “Teachers don’t want more content. They want tools that help them teach better.”
He adds that the real gap in classrooms is not access to information or teaching material. It is the amount of time teachers lose every day in preparing that material, adapting it to different student levels, and managing repetitive classroom tasks.
This understanding became the starting point for Spark School AI, a platform built to take some of the daily preparation pressure off teachers and support them through the many small tasks that fill a school day.
How teachers use AI without starting from scratch
Spark School AI is a curriculum-aware teaching platform built specifically for the everyday realities of Indian classrooms. It is designed to align closely with major education boards such as CBSE, ICSE, state boards, IB, and Cambridge, covering students from Grades 1 to 12.
Instead of starting each lesson from scratch, teachers can simply log into the platform, select their board, grade, subject, and chapter, and generate structured, classroom-ready teaching material within seconds.
From lesson plans to worksheets, technology is making everyday classroom preparation simpler for educators. Photograph: (Alok Singh)
Once a teacher makes these selections, the platform pulls together a teaching pack they can take into class. This includes syllabus-linked lesson plans, worksheets for students at different learning levels, quizzes and assessments, STEM and science lab activity ideas, and exam preparation material that can also help students preparing for JEE and NEET.
The teacher still stays in charge of the lesson. They can change the examples, add their own notes, adjust the difficulty level, or shape the material around the students sitting in front of them. In that sense, the platform gives them a ready base to begin with, instead of leaving them to start from a blank page after a long school day.
For a teacher, this can mean fewer hours spent drafting worksheets, formatting lesson plans, or recreating the same kind of material again and again. Spark School AI handles these repetitive parts of preparation so that the teacher’s energy can go into the parts that need human attention.
That time can then return to the classroom: explaining a concept better, noticing which student is struggling, changing the pace of a lesson, or simply being more present while teaching. The aim is to make preparation lighter, so the act of teaching can get more attention.
An AI tool built for the Indian classroom
Many AI tools can answer a question or generate content, but they do not always understand the way a school lesson actually moves: from a textbook chapter to a syllabus requirement, then to examples, worksheets, revision and tests.
Spark School AI has been built around this everyday classroom flow. It follows Indian education boards and classroom requirements closely, so teachers get material that fits their lesson with less time spent editing or reworking it.
The platform also supports multiple languages, including Hindi, making it usable across different regions and school contexts. It is designed for both private and government schools, with an emphasis on making it accessible in varied teaching environments.
More than just generating content, AI is helping teachers rethink how they plan, explain, and engage with students in the classroom. Photograph: (AI generated image)
A key area of development is accessibility, including an offline-first approach intended to support schools where internet connectivity is limited or inconsistent.
Inside a teacher’s planning process with AI
For teachers, Spark School AI brings some of the most time-consuming parts of their day into one place: planning lessons, preparing assessments, and organising revision. Instead of switching between multiple apps or tools for different tasks, teachers can work through a single dashboard that is designed to handle the full cycle of classroom preparation.
The workflow typically begins with the teacher selecting the relevant grade, subject, and chapter. Based on this selection, the platform generates structured lesson plans along with supporting teaching material.
Teachers can then use the same system to create worksheets or quizzes for classroom assessment, followed by exam-focused tools for revision and test preparation.
It also helps teachers look back at how students are doing over time, giving them a clearer sense of what has been understood and what may need to be taught again. This replaces a fragmented preparation process spread across multiple tools with a more unified and organised system.
In addition, the platform includes features that allow easy export to Google Workspace, along with tools that help streamline classroom planning and reduce administrative effort.
What changes in classrooms
Across pilot schools and early deployments, one outcome has remained consistent — a noticeable reduction in teacher preparation time.
“On average, teachers report saving close to 50 percent of their weekly planning hours by using the platform, especially in subjects that require frequent worksheet creation, revisions, and differentiated content for varied learning levels,” shares Alok.
The impact also shows up in teachers’ daily mental load. In many schools, particularly those where teachers manage large classrooms or multiple subjects, lesson preparation often becomes repetitive and mentally draining.
The platform addresses this by generating structured first drafts that teachers can build upon, reducing the need to repeatedly create material from scratch.
Teachers can now create syllabus-aligned lesson plans, worksheets, and assessments in seconds instead of starting from scratch every day. Photograph: (AI generated image)
One school leader describes how this shift changes classroom delivery: “It helps teachers who don’t always get time to plan in detail and often end up teaching directly from textbooks.”
“With structured support, their classroom delivery becomes more confident and organised,” says Dr Chitra Singh Bankavat, Director, Dayawanti Punj Model School.
Teachers working in subject-heavy classrooms describe a similar change in their day-to-day experience. A biology teacher from Kota noted that it has helped her move away from repetitive planning cycles and explore clearer ways of explaining concepts.
“Earlier, I would often repeat the same patterns while teaching. Now I can try different approaches using structured material and revision tools,” says Ms Manisha Hada, PGT Biology.
For others, the most immediate change is simply the ease of access to teaching material. “I don’t have to search for old lessons or rebuild content repeatedly. Everything is available in one place,” says Ms Anita Nair, an educator from Maharashtra, describing how the platform has simplified her daily workflow.
A system already being tested at scale
Founded in 2025, Spark School AI is currently live in multiple cities, including Ahmedabad, Pune, Delhi NCR, Kota, Agra, and parts of the UAE.
It is also part of structured pilot programmes in government schools in Uttar Pradesh, covering 60 schools across Lucknow and Kanpur with teacher training support.
The platform is incubated at institutions such as iHub Gujarat and GTU Ventures, supporting its development and deployment structure.
A mobile application is also under development to support teachers who need access on the move, while offline functionality is being built for low-connectivity regions.
The long-term roadmap includes expansion to around 400 schools over three years.
Taking AI beyond high-fee classrooms
One of the central design choices of Spark School AI is pricing. For institutions, the platform is capped at around Rs 499 per student per year. This is intended to ensure that the system can be used by budget private schools, semi-urban institutions, and government schools without financial pressure.
For individual teachers, separate access plans are available through the platform.
The goal is to ensure that access to structured teaching tools reaches beyond high-fee private schools.
For teachers, the platform is meant to take away some of the preparation work that follows them home each day, so more of their attention can return to what happens inside the classroom.
A teacher’s day often includes planning, teaching, checking work, and reporting progress. Spark School AI tries to reduce the first part of that load, the preparation, so teachers have more space to focus on teaching and student understanding.
It also gives teachers fresh ways to explain the same concept, which can be useful when one method does not work for every child in the room.
What better support for teachers can look like
For Alok, the larger goal goes beyond software. He believes the education system needs tools built specifically around teachers.
“Real change in education will not come from fixing small issues one by one. It comes from addressing the structure of classrooms itself. At the centre of that structure is the teacher,” he says.
He adds that when teachers are supported with the right systems, student learning naturally improves.
When repetitive tasks become easier, teachers get more freedom to focus on creativity and student learning Photograph: (Alok Singh)
For him, the point is simple: technology should stand beside the teacher, helping them prepare better and enter the classroom with more time and clarity.
It does not change what teachers teach, but it changes how much time they spend preparing to teach.
In many classrooms, this difference is already visible — in reduced preparation hours, more structured lessons, and more consistent classroom delivery.
As India continues to expand its education infrastructure, tools like these are becoming part of a larger conversation about how teachers can be supported at scale.
At the centre of it all is a simple reality. When teachers have more time to prepare, they can enter the classroom with more clarity. And for students, that can change how a lesson feels, how well it is understood, and how much support they receive.
