2025
Smart Toilets for Cleaner Schools
A hybrid urban vehicle that blends the ease of a scooter with the agility of a BMX, offering riders the freedom to sit or stand. Its versatile posture enables comfort, control, and expressive riding—balancing function with fun for Gen Z.
Ongoing
Sanitation
Know More
Inspired by the wisdom of ancient plumbing systems and their simple, self-sustaining flow, this project reimagines sanitation through timeless, low-tech ingenuity.
Sustainable Sanitation for Every Child
We are reimagining school sanitation with a sustainable, non-electric self-cleaning toilet system designed for government schools in Assam. Built with simple gravity-based water mechanisms and durable, eco-friendly materials, it ensures hygiene without relying on sweepers or electricity. The solution is low-cost, scalable, and easy to maintain, keeping toilets clean, safe, and usable for thousands of students every day.
Problem
In many government schools across Assam, the absence of sweepers leaves toilets dirty and unusable. A simple, non-electric cleaning solution is needed to maintain hygiene for students on a large scale.
In Assam’s 44,000+ government schools, toilets remain dirty and unusable due to lack of sweepers, poor infrastructure, and no electricity. High usage without cleaning leads to foul odor, blockages, and unsafe conditions. This discourages students—especially girls—from using toilets, causing absenteeism and health risks. Our project introduces a sustainable, non-electric self-cleaning toilet system for schools. It uses simple gravity-based water-flow mechanisms and durable, eco-friendly materials. The solution is low-cost, scalable, and reliable, ensuring hygiene and dignity for students.
Solution
We propose a sustainable, non-electric self-cleaning toilet system that maintains hygiene using simple water-flow mechanisms. It is low-cost, eco-friendly, and scalable for government schools across Assam.
Our solution is a sustainable, non-electric self-cleaning toilet system designed for government schools. It uses simple mechanical and gravity-based water-flow mechanisms to automatically wash and maintain the toilet pan. The system requires no electricity, ensuring reliability in rural areas with limited infrastructure. It is made from durable, low-cost materials that can withstand heavy daily usage by students. By reducing dependence on sweepers or janitors, it ensures toilets remain hygienic and usable at all times. The design is scalable and eco-friendly, making it suitable for implementation across thousands of schools in Assam.
Concept
A Scalable Solution for Clean and Hygienic Toilets
In Assam’s 44,000+ government schools, toilets remain dirty and unusable due to lack of sweepers, poor infrastructure, and no electricity. High usage without cleaning leads to foul odor, blockages, and unsafe conditions. This discourages students—especially girls—from using toilets, causing absenteeism and health risks. Our project introduces a sustainable, non-electric self-cleaning toilet system for schools. It uses simple gravity-based water-flow mechanisms and durable, eco-friendly materials. The solution is low-cost, scalable, and reliable, ensuring hygiene and dignity for students.
More Works
©2024
FAQ
01
What kind of projects do you take on?
02
Do you only work with companies?
03
How long does a project usually take?
04
Do You Work Remotely Or On-Site?
05
How is your approach different from other studios?
06
What do I need to get started?
2025
Smart Toilets for Cleaner Schools
A hybrid urban vehicle that blends the ease of a scooter with the agility of a BMX, offering riders the freedom to sit or stand. Its versatile posture enables comfort, control, and expressive riding—balancing function with fun for Gen Z.
Ongoing
Sanitation
Know More
Inspired by the wisdom of ancient plumbing systems and their simple, self-sustaining flow, this project reimagines sanitation through timeless, low-tech ingenuity.
Sustainable Sanitation for Every Child
We are reimagining school sanitation with a sustainable, non-electric self-cleaning toilet system designed for government schools in Assam. Built with simple gravity-based water mechanisms and durable, eco-friendly materials, it ensures hygiene without relying on sweepers or electricity. The solution is low-cost, scalable, and easy to maintain, keeping toilets clean, safe, and usable for thousands of students every day.
Problem
In many government schools across Assam, the absence of sweepers leaves toilets dirty and unusable. A simple, non-electric cleaning solution is needed to maintain hygiene for students on a large scale.
In Assam’s 44,000+ government schools, toilets remain dirty and unusable due to lack of sweepers, poor infrastructure, and no electricity. High usage without cleaning leads to foul odor, blockages, and unsafe conditions. This discourages students—especially girls—from using toilets, causing absenteeism and health risks. Our project introduces a sustainable, non-electric self-cleaning toilet system for schools. It uses simple gravity-based water-flow mechanisms and durable, eco-friendly materials. The solution is low-cost, scalable, and reliable, ensuring hygiene and dignity for students.
Solution
We propose a sustainable, non-electric self-cleaning toilet system that maintains hygiene using simple water-flow mechanisms. It is low-cost, eco-friendly, and scalable for government schools across Assam.
Our solution is a sustainable, non-electric self-cleaning toilet system designed for government schools. It uses simple mechanical and gravity-based water-flow mechanisms to automatically wash and maintain the toilet pan. The system requires no electricity, ensuring reliability in rural areas with limited infrastructure. It is made from durable, low-cost materials that can withstand heavy daily usage by students. By reducing dependence on sweepers or janitors, it ensures toilets remain hygienic and usable at all times. The design is scalable and eco-friendly, making it suitable for implementation across thousands of schools in Assam.
Concept
A Scalable Solution for Clean and Hygienic Toilets
In Assam’s 44,000+ government schools, toilets remain dirty and unusable due to lack of sweepers, poor infrastructure, and no electricity. High usage without cleaning leads to foul odor, blockages, and unsafe conditions. This discourages students—especially girls—from using toilets, causing absenteeism and health risks. Our project introduces a sustainable, non-electric self-cleaning toilet system for schools. It uses simple gravity-based water-flow mechanisms and durable, eco-friendly materials. The solution is low-cost, scalable, and reliable, ensuring hygiene and dignity for students.
More Works
©2024
FAQ
01
What kind of projects do you take on?
02
Do you only work with companies?
03
How long does a project usually take?
04
Do You Work Remotely Or On-Site?
05
How is your approach different from other studios?
06
What do I need to get started?
2025
Smart Toilets for Cleaner Schools
A hybrid urban vehicle that blends the ease of a scooter with the agility of a BMX, offering riders the freedom to sit or stand. Its versatile posture enables comfort, control, and expressive riding—balancing function with fun for Gen Z.
Ongoing
Sanitation
Know More
Inspired by the wisdom of ancient plumbing systems and their simple, self-sustaining flow, this project reimagines sanitation through timeless, low-tech ingenuity.
Sustainable Sanitation for Every Child
We are reimagining school sanitation with a sustainable, non-electric self-cleaning toilet system designed for government schools in Assam. Built with simple gravity-based water mechanisms and durable, eco-friendly materials, it ensures hygiene without relying on sweepers or electricity. The solution is low-cost, scalable, and easy to maintain, keeping toilets clean, safe, and usable for thousands of students every day.
Problem
In many government schools across Assam, the absence of sweepers leaves toilets dirty and unusable. A simple, non-electric cleaning solution is needed to maintain hygiene for students on a large scale.
In Assam’s 44,000+ government schools, toilets remain dirty and unusable due to lack of sweepers, poor infrastructure, and no electricity. High usage without cleaning leads to foul odor, blockages, and unsafe conditions. This discourages students—especially girls—from using toilets, causing absenteeism and health risks. Our project introduces a sustainable, non-electric self-cleaning toilet system for schools. It uses simple gravity-based water-flow mechanisms and durable, eco-friendly materials. The solution is low-cost, scalable, and reliable, ensuring hygiene and dignity for students.
Solution
We propose a sustainable, non-electric self-cleaning toilet system that maintains hygiene using simple water-flow mechanisms. It is low-cost, eco-friendly, and scalable for government schools across Assam.
Our solution is a sustainable, non-electric self-cleaning toilet system designed for government schools. It uses simple mechanical and gravity-based water-flow mechanisms to automatically wash and maintain the toilet pan. The system requires no electricity, ensuring reliability in rural areas with limited infrastructure. It is made from durable, low-cost materials that can withstand heavy daily usage by students. By reducing dependence on sweepers or janitors, it ensures toilets remain hygienic and usable at all times. The design is scalable and eco-friendly, making it suitable for implementation across thousands of schools in Assam.
Concept
A Scalable Solution for Clean and Hygienic Toilets
In Assam’s 44,000+ government schools, toilets remain dirty and unusable due to lack of sweepers, poor infrastructure, and no electricity. High usage without cleaning leads to foul odor, blockages, and unsafe conditions. This discourages students—especially girls—from using toilets, causing absenteeism and health risks. Our project introduces a sustainable, non-electric self-cleaning toilet system for schools. It uses simple gravity-based water-flow mechanisms and durable, eco-friendly materials. The solution is low-cost, scalable, and reliable, ensuring hygiene and dignity for students.
More Works
©2024
FAQ
What kind of projects do you take on?
Do you only work with companies?
How long does a project usually take?
Do You Work Remotely Or On-Site?
How is your approach different from other studios?
What do I need to get started?