Maze Solver
The Maze Solver with Three Ultrasonic Sensors is a robotics project aimed at creating an autonomous robot capable of navigating through a maze using ultrasonic sensors.
Advance Smart city
This project is made on the basis of problem faced in our state Goa. This project will be very helpful in future and in present. Also if implemented now this project contains a lot of content which can be implemented in public places at a very cheap price which will prevent a lot of accident prevention of wastage of power, supply water, et cetera
Community Harvest Heros
: My project is fully automated, eliminating the need for human supervision during the donation and distribution process. This increases efficiency and allows for continuous operation.
User-Friendly Interface: With a two-step collection and distribution system and user-friendly interfaces, my project makes it easier for donors to participate and contribute.
Incentives for Donors: By providing rewards for donors, my project incentivizes more people to donate food, thereby increasing the amount of food collected and distributed to those in need.
Modern Technology: My project utilises modern techniques and technologies, such as eco-friendly packaging and efficient data management, to optimise the collection and distribution process.
Potential for Improvement: My project demonstrates a commitment to continuous improvement by mentioning future plans to incorporate artificial intelligence for enhanced monitoring and prevention of misuse.
Third Eye for Blinds
The “Third Eye for the Blind” project ingeniously utilizes Arduino and PictoBlox to empower the visually impaired with enhanced sensory capabilities. Serving as a remarkable technological aid, it enables individuals with limited vision to perceive their surroundings more comprehensively. Through innovative integration, the Arduino microcontroller facilitates real-time data collection from various sensors, while PictoBlox provides a user-friendly interface for programming and customization. This collaboration allows the device to detect obstacles, recognize objects, and provide auditory or tactile feedback to the user, granting them a newfound sense of independence and safety in navigation. By harnessing the power of technology, this project not only addresses the challenges faced by the blind but also exemplifies the potential of student-driven initiatives in creating meaningful solutions for real-world problems.
Lake Monitoring Boat
Introducing an innovative solution to combat water pollution, our autonomous trash collection system employs cutting-edge robotics and sensor technologies. A robotic platform equipped with a conveyor belt efficiently gathers floating debris in water bodies. Integrated sensors facilitate navigation and trash identification, ensuring precise collection. The collected waste is efficiently deposited into a storage unit onboard. This cost-effective and scalable approach to mitigating water pollution promises to significantly contribute to environmental preservation efforts. By automating the cleanup process, our system reduces reliance on manual labor while maximizing efficiency. With its robust hardware components including the robotic platform, conveyor belt, sensor suite, control unit, and storage, our solution offers a comprehensive and sustainable means to tackle the global challenge of water pollution.
Fluid Flow Innovators
In hospitals, the high volume of patients requiring IV drips can overwhelm medical staff, leading to potential errors and delays in treatment. This can result in compromised patient care and increased risks to patient safety.
To address this challenge, we have developed a smart IV drip system that utilizes an iPad interface with color-coded indicators. When a doctor enters a patient’s room, they can quickly see which tasks have been completed (blue) and which ones are pending (red) on the iPad screen. This visual cue system improves communication and ensures that all necessary tasks, including IV drip management, are completed efficiently.
Through the implementation of our smart IV drip system, we have achieved several key objectives. Firstly, we have streamlined communication and task management among medical staff, Secondly, our solution provides clear visual cues and alerts, reducing the risk of errors and ensuring timely intervention when necessary
Energy Efficient Vehicle
It’s a eco system friendly and a very efficient for generating energy
Smart Gas Monitoring System – IoT
A Smart Gas Monitoring System leveraging IoT technology offers real-time tracking of gas levels in diverse settings like homes, industries, and commercial spaces. Integrated sensors detect gas concentrations and wirelessly transmit data to a central hub or cloud platform for analysis. Key features include remote accessibility via mobile or web interfaces, automated alerts for abnormal readings, and predictive analytics to anticipate potential issues. This system enhances safety by enabling swift responses to gas leaks or fluctuations, thereby preventing accidents and ensuring compliance with regulations. Additionally, it facilitates cost savings through proactive maintenance and optimized resource allocation. Overall, it provides a compact yet robust solution for efficient gas monitoring, safeguarding both lives and assets while promoting operational efficiency.
Public water monitoring system
The public water monitoring system employs an Arduino Uno microcontroller interfaced with TDS (Total Dissolved Solids) and turbidity sensors to assess water quality. The TDS sensor measures the concentration of dissolved solids, while the turbidity sensor gauges water clarity. Data from these sensors are processed by the Arduino Uno, which triggers green LEDs to indicate safe water quality and red LEDs coupled with a buzzer for alarming poor water conditions. When water quality falls below acceptable levels, the red LEDs illuminate, and the buzzer emits a warning sound. Conversely, when the water quality meets safety standards, the system activates the green LEDs to signal its suitability. This compact and efficient system ensures continuous monitoring of public water sources, providing timely alerts to safeguard public health and encourage proactive measures for water quality maintenance.
Trash Trooper
Pre-segregation, Waste Management Systems (WMS) optimize space and transportation by compressing waste. An infrared (IR) sensor detects trash, activating a servo motor-operated compressor to condense it. Compressed waste moves to conveyor belts for segregation. Biowaste undergoes treatment, focusing on composting and biogas generation. A motorized pump aids composting by supplying water for decomposition.and for non bio waste it will go for treatment as an energy conversion .
