Smart Eco-friendly Office
My project focuses on creating a sustainable and innovative office environment by integrating renewable energy resources, such as solar and wind power, with eco-friendly practices like recycling units and composting for garden manure. The office features an eco-friendly garden, showcasing our commitment to environmental responsibility. The office runs on automation technology with facial recognition capabilities to improve efficiency and security.
By combining innovation and sustainability, my project aims to set a new standard for environmentally responsible offices. The result is a workspace that not only reduces environmental footprint but also provides a model for sustainable innovation, demonstrating that technology and eco-friendliness can go hand-in-hand.
AQ Tracker – A Smart IoT Device for Real-Time Indoor Air Quality Monitoring
AQ Tracker is a smart IoT-based device that monitors indoor air quality in real-time. It detects PM2.5, CO₂, temperature, and humidity, providing instant alerts to help users maintain a healthier indoor environment—especially in high-rise buildings. Compact, affordable, and user-friendly, AQ Tracker is designed to make invisible pollution visible.
Litter lynx
In India there is an annual increase of 19 % in the plastic waste and only 30 % of it is recycled. 70 % of the waste is not able to reach to the recycling industries, thus not recycled. Our Litter Lynx has several features which make it best for waste management. Some of its features are-
1)It has wireless sysetem which helps to handle less configuration due to the absence of wires and connnectors.
2)It doesn’t produce tailpipe emissions contributing to cleaner air and reducing greenhouse gas effect.
3)the 4 by 4 driven sysetem improves traction and translates to better grip and control, especially in challenging sand conditions
4)It has an Efficient Litter Collection which enables it to reduce the time and energy required to collect the litter.
5) It has a less Cycle time as compared to Manual Labour which helps it in its aditional functions like-
.Coverage of more area in a short amount of time
.Increase in quantity of litter collection per hour
.Less energy requirement
.Increase in the frequency of litter collection in a perticular area
Eco Flow Society: Smart Water Tracking for Every Drop, Every Home.
Eco Flow Society is a smart water management system designed to tackle water mismanagement in residential apartments. In most societies, families pay a flat fee regardless of usage, and leaks often go unnoticed. This leads to wastage and unfair billing. Eco Flow Society changes that by using a flow sensor to track each household’s water consumption in real time. An LCD display shows usage stats, and alerts are triggered when 75% of the daily limit is reached. Families are encouraged to save water through a gamified leaderboard and are billed based on actual usage, promoting fairness and awareness. The system uses hardware like a microcontroller, flow sensor, LCD, buzzer, and Wi-Fi module for connectivity and control. Trusted by residents who’ve already seen results, Eco Flow Society helps save water without compromising comfort. With wide adoption, it has the potential to conserve lakhs of liters annually, transforming every home into a smart, sustainable water-saving unit.
Sun Flower Solar Panel
Typically the solar panels are installed at an angle such that they can absorb ample sunlight. The electricity generation through solar panels is optimal when the sunlight hits perpendicular to the surface of the solar panel. Stationary solar panels lose 35% to 40% efficiency in electricity generation.
Sun Flower Solar Panels are the panels which rotate with the motion of sun throughout the day to ensure sunlight falls on the panel perpendicular to the surface of the solar panel. This helps to generate 35% more electricity.
AI Intelligrid NetZeroHome
The overall objective of the NetZero Home project is to create and establish a self-reliant, environmentally friendly smart home concept that generates as much energy as it uses, thus meeting net-zero energy consumption levels. The project aims to encourage sustainable lifestyle by using combined renewable energy, efficient water management, and intelligent automation technologies.
Clean Bot
Robots will play a crucial role in keeping our cities clean and sustainable. One robot will be responsible for collecting waste from streets and public areas while the other one will dispose it off in designated dustbins. This will ensure efficient waste management, contributing to a cleaner and more eco-friendly urban environment.
EVision Lanes
This project introduces a smart and integrated solution combining Wireless EV Charging Lanes with an IoT-Based Emergency Alert and External Airbag System to enhance both sustainable mobility and road safety.
The EV Charging Lane uses IR sensors and inductive wireless charging modules to detect a vehicle’s presence at the entry and exit points of the lane. When a vehicle is detected, charging begins automatically and continues as the car moves through the lane—enabling wireless, on-the-go charging without the need for manual connections or prolonged stops.
The Emergency Alert and External Airbag System is powered by an ESP32 and includes ultrasonic sensors, an ADXL335 accelerometer, servo motors, buzzers, and LED indicators to detect collisions or high-impact motion. In the event of an accident, the system deploys external airbags and sends real-time emergency alerts to hospitals and responders. The alert data, including impact severity and location, is displayed live on the ThingSpeak IoT platform for monitoring and quick response.
This project targets electric vehicle owners, smart city planners, and transportation authorities, aiming to boost EV adoption, enhance road safety, and promote intelligent transport systems. It showcases how the integration of IoT and automation can create a more sustainable and responsive mobility infrastructure.
Smart Dustbin for Parks
An automated dustbin with sensors for efficient waste disposal, promoting cleanliness. It can also reward users for proper disposal, encouraging eco-friendly behavior.
Eco Flow
Industrial Waste Treatment:
Implementing effective wastewater treatment technologies and regulations to reduce the release of pollutants from industrial sources.
Agricultural Best Practices:
Promoting sustainable agricultural practices, such as reducing fertilizer and pesticide use, and implementing water-efficient irrigation techniques.