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PowerLift: Generating Energy through Gym

As the need for sustainable energy solutions increases, this study investigates a new method for combining fitness with renewable energy production. The suggested system transforms human physical effort in exercise into electrical energy by utilizing a lat pulldown machine linked to a pneumatic energy collection device. A piston-cylinder apparatus compresses air while the user raises and lowers weights, storing it in a pressure tank. The compressed air is subsequently expelled through a turbine that powers an alternator to produce alternating current (AC) electricity. The produced AC is converted to DC, stored in a battery bank, and subsequently transformed back to AC with an inverter for distribution to the grid. The generated energy is saved in batteries or capacitors and can be used to power the gym's lighting, HVAC systems, or even fed back into the local power grid. A power tracking system is incorporated to oversee electricity generation, connecting energy output to specific users via RFID or biometric verification. Users are motivated by a reward program, where energy contributions result in reduced gym fees. This system encourages physical exercise while also improving energy sustainability by decreasing the gym's dependence on traditional power sources.

Published by: Rishika Pathak, Vasant Parab, Sneha Shinde, Shrikant Jagtap, Vishwadeep Sardar, Vinay Koshti, Nidhish Dangare, Vaibhavi Taras, Jitesh Gond, C. M. Chaudhari

Author: Rishika Pathak

Paper ID: V11I2-1381

Paper Status: published

Published: April 29, 2025

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Research Paper

Comparing AC vs DC Systems for Electrocoagulation of Microplastics in Waterbodies – An Innovative Solution

The efficiency of the removal of microplastics from water by using the generated EC from AC and DC systems is theoretically examined through this experiment. Microplastics are among the most frequently known environmental polluters that threaten aquatic life and human health. Electrocoagulation seems to be a promising method for the considerable removal of pollutants by exploiting the coagulative properties through electrochemically produced ions. The paper compares the efficacy of coagulation, energy consumption, and water quality after the treatment in AC and DC setups suggesting innovation to optimise the efficiency as well as sustainability of removal.

Published by: Atishaya Gupta, Agastyaa Goradia

Author: Atishaya Gupta

Paper ID: V11I2-1377

Paper Status: published

Published: April 29, 2025

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Research Paper

A Real Time Driver Safety for Preventing Drowsiness Using Ear Algorithm and Truck Load Monitoring Alcohol Detections & Alert System

This study presents a real-time driver safety system that integrates drowsiness detection, alcohol impairment prevention, and truck load monitoring. The system employs an Eye Aspect Ratio (EAR) algorithm to detect driver fatigue by analyzing eye movement patterns, triggering alerts when drowsiness is detected. Additionally, an alcohol sensor prevents vehicle ignition if alcohol is detected, and load cell sensors monitor truck weight to prevent overloading. A GSM-based alert mechanism enhances communication by sending real-time alerts. The system aims to reduce road accidents by integrating these technologies into an intelligent safety framework. Experimental results demonstrate the effectiveness of the system in enhancing road safety.

Published by: Boya Indu, Konduru Munisai, K. Praveen, T V Balarama Krishna

Author: Boya Indu

Paper ID: V11I2-1244

Paper Status: published

Published: April 29, 2025

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Research Paper

An Intelligent Banking Management System with Fraud Detection

Digital banking has transformed the financial industry, offering unparalleled convenience to customers while introducing heightened risks of digital fraud. This paper presents a robust banking management system aimed at enhancing security through real-time fraud detection and prevention. Developed using Java, Swing for an intuitive user interface, and MySQL for efficient database management, the system leverages rule-based algorithms to identify suspicious transaction patterns, such as more than five transactions or cumulative amounts exceeding ₹50,000 within a one-minute window. Employing a sliding window algorithm, the system ensures real-time monitoring, minimizes false positives, and provides timely alerts for potential threats. The research underscores the balance between robust security and a seamless user experience, offering insights into combating financial fraud in an increasingly digital-first ecosystem.

Published by: Atirek Mani Diggal, Vatsal Sharma, Anushka Sharma, Ansh Narayan, Sristhi Vashistha

Author: Atirek Mani Diggal

Paper ID: V11I2-1373

Paper Status: published

Published: April 27, 2025

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Research Paper

Smart Blind Stick Using Arduino

Blindness is the lack of vision caused due to physiological or neurological factors, resulting in visual disability. Blindness can be temporary or permanent, and partial or complete blindness, causing a person to become dependent on others for help. In today’s world, even disabled people want to be independent and do not want to seek help from others. Smart Blind Stick is an innovative device that is an initiative to help blind people resolve the problems faced by they face in their daily life. Smart Blind Stick is a system device that incorporates several features, namely- obstacle detection, navigation, panic button, and moisture detector. The main objective of the device is to help blind people walk with complete relief and self-dependency. The blind stick is integrated with three ultrasonic sensors, a panic switch, a navigation switch, Bluetooth, and a soil moisture detector along with Arduino UNO. The Smart Blind Stick automatically detects the obstacles in front of the person by using sensors present in the system, It also incorporates moisture detection at its bottom to detect the moisture of the soil or ground so that the person will be aware if it’s feasible to walk on that particular ground.

Published by: Preethu M R, Ruchitha H S, Lokesh Gowda M P, Dr. Prakash Kuravatti

Author: Preethu M R

Paper ID: V11I2-1380

Paper Status: published

Published: April 27, 2025

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Research Paper

Ku-Band Microstrip Antenna Array: A Design Approach for Satellite Communication

This work presents the design and simulation of a microstrip single patch element and two distinct array antenna configurations intended for Ku-band applications, specifically operating at a frequency of 17.16 GHz. The antennas are designed using an FR-4 substrate material with a dielectric constant of 4.3 and a substrate height of 13 mm. Two different two-element array configurations are developed to evaluate the impact of array geometry on antenna performance. The designs are modeled and simulated using CST Microwave Studio. The simulation results demonstrate that both directivity and gain improve significantly as the number of patch elements increases in the array structure. Comparative analysis between the single-element and array configurations reveals that array antennas offer enhanced radiation characteristics, making them more suitable for high-frequency satellite communication systems. This study highlights the importance of array design in achieving better antenna performance, especially in applications requiring high gain and narrow beamwidth.

Published by: Lavanya Ravi, Dr. G . Srinivasa Rao, Bachina Sri Divya, Katuru Meghana, Meesala Ramana Jyothi

Author: Lavanya Ravi

Paper ID: V11I2-1378

Paper Status: published

Published: April 27, 2025

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