We are a company that has introduced a new concept to being safer going up and down stairs. We have created a system where LED’s on the side of a staircase would light up by sensing if a person is nearby. Our product aims to promote health and well-being by preventing a common cause of accidents which are stairs.
Let's Discover
StairWell
Innovation Fest 2025
About StairWell
UN SUSTAINABILITY DEVELOPMENT GOALS
Empowered and Driven:
Delivering Solutions for Global Issues
For goal number 3, we are preventing accidents which aligns with the goal health and well being.
For goal number 12, our LED bulbs use less energy and the way the system turns on only when being used aligns with the responsible consumption
THE STORY BEGAN
DESIGN STORY
Challenges
• Aesthetic Integration: We’re working to embed the lights and sensors cleanly into the stair design so that they look sleek and modern, without interfering with the stairs’ functionality or user safety. • Lighting Impact: A key challenge has been selecting and positioning lights that are bright enough to create a noticeable and appealing effect, especially in daylight, without being harsh or using excessive power. • Team Coordination: Finding time for everyone to work on the project together has been difficult due to different schedules, which affects consistent progress and hands-on collaboration.
Solution
• Aesthetic Integration: Were actively trying to make it so that its all built into the stair structure to hide wiring and components, ensuring a clean finish without compromising safety or design. • Lighting Impact: We’re testing different light intensities to find the right balance of brightness and softness, making the lights stand out without being too harsh. • Team Coordination: We’ve set up a shared schedule with regular group work sessions and use tools like WhatsApp and Microsoft Teams to stay updated and assign tasks.
Use Case
A modern home or smart building installs sensor-lit stairs to enhance both safety and style. As someone approaches the staircase at night, motion sensors automatically trigger soft, guided lighting on each step, reducing the risk of tripping in the dark while adding a sleek, futuristic aesthetic. The system conserves energy by activating only when needed and turning off after a set time of inactivity. This setup is especially useful for families with children or elderly residents, providing a safer and more visually appealing environment.
TECHNOLOGIES
List of Essential Tools and Technologies
THE PROCESS
PROTOTYPE DESIGN
Our prototype is a Smart Staircase Automatic Lighting System designed to enhance safety, accessibility, and energy efficiency. The system uses motion sensors placed at both the top and bottom of the staircase to detect movement and automatically activate LED strip lights along the stair treads. The lights turn on sequentially in the direction of travel, creating a smooth and visually appealing illumination effect. Once no motion is detected for a preset duration, the lights fade out gradually to conserve energy.
The system is powered by a microcontroller (such as Arduino) programmed to manage sensor input, timing, and light behaviour. It is powered via a safe low-voltage setup, making it suitable for residential and public environments. Our prototype demonstrates real-time responsiveness, customisable lighting duration, and an option for ambient light sensing to ensure the system only activates in low-light conditions.
This innovation not only prioritises safety especially for children, the elderly, or those with impaired vision but also offers an intelligent, modern lighting solution for smart homes.
Online Marketing
Creative agency
Web development
PLEDGE
Impact on the market
In the rapidly expanding smart home market, the Automatic Staircase Light System is set to have a big impact. It gives users more control and customisation by integrating easily with current home automation platforms, which is in line with the trend towards connected living areas.
In addition to lowering electricity usage, its energy-efficient design attracts environmentally conscious buyers looking for sustainable living options. Furthermore, the system's emphasis on convenience and safety responds to the rising need for home technologies that support healthier living conditions.
The Automatic Staircase Light System is unique in a market that values customisation and clever integration because it combines sustainability, modern design aesthetics, and functionality. This makes it an appealing option for buyers wishing to upgrade their houses with
RESULTS
FINAL PRODUCT
1. Planning and Design: Start by identifying the requirements, such as where the motion sensors and lights will be placed. A common design includes sensors at the top and bottom of the stairs, and LED strip lights along each step or under the railing.
2.Component Selection: Choose appropriate components like motion sensors (PIR or ultrasonic), a microcontroller (e.g., Arduino), LED lights, a power supply, and connecting wires. Optional components include a relay module or transistor circuit for controlling the lights.
3.Circuit Assembly: Connect the motion sensors to the microcontroller’s input pins and the lights to the output pins via a switching circuit. Ensure that the power supply is compatible with the voltage requirements of both the lights and the microcontroller.
4.Programming: Write a program for the microcontroller that detects motion and activates the lights accordingly. For example, if motion is detected at the bottom of the stairs, the lights gradually turn on step-by-step going upwards.
5.Installation: Secure all components in place—sensors at entry points, lights along the stairway, and the microcontroller in a protected but accessible location.
6.Testing and Calibration: Test the system to ensure it responds accurately to motion and adjusts the light timing and sensitivity as needed.
