Make-a-thon 5.0

Innovate · Elevate · Collaborate

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ABOUT US

Make-a-Thon is the flagship event of the Electronics and Communication Engineering department of Sri Venkateswara College of Engineering. It serves as a platform for the participants to showcase their talents and expertise in project development and deepen their problem-solving skills. After the successful events of Make-o-thon 1.0,2.0,3.0 and 4.0 the Electronics and Communication Engineers Association, The Institution of Electronics and Telecommunication Engineers Student Forum & Robotics and Artificial Intelligence Club are all set to conduct the “Make-a-Thon 5.0” as an inter-collegiate event. This event serves as an opportunity for the students to upskill themselves on recent technologies.

Make-a-Thon 5.0

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PROBLEM STATEMENTS

    Software

  • Precision agriculture for sustainable farming: Develop a software application that provides farmers with real-time data on soil health, weather conditions, pest outbreaks, and optimal irrigation requirements, promoting efficient and sustainable agriculture.

  • How might we develop image processing software using machine learning to identify medicinal plants, enhancing authenticity and ensuring integrity in the supply chain?

  • How might we develop a solution to combat global water depletion by creating an efficient water distribution network? The solution involves implementing a cloud-based dashboard for analytics, improving service, enhancing repair efficiency, reducing leakage, enabling GIS mapping, and overcoming deployment constraints for accurate water supply line assessment.

    • Hardware

  • Automatic regulation of valves for release of water based upon soil moisture availability in the root zone of the crop, using artificial intelligence, in a piped and micro irrigation network of irrigation systems.

  • Real-time forest monitoring and wildlife conservation: Implement a drone-based forest monitoring system with AI-powered image analysis to identify illegal logging, animal poaching, and forest fires, supporting effective conservation efforts in the Nilgiris.

  • Water resource management: Implement a software system to monitor water levels in reservoirs, canals, and wells, optimize water allocation for agriculture and industry, and prevent water wastage.

  • Remotely operated vehicles (ROV) for inspection of the HRT (Head race Tunnels) in the Hydroelectric Plant

    Software

  • Create an electronic voting system that integrates secure communication protocols with blockchain technology. Ensure transparency, security, and reliability in the voting process while allowing voters to cast their ballots electronically

  • Graphical Password Authentication - Enhance authentication with a unique image-based method. Users select a pattern with specific images (e.g., dairy milk, 5 stars, KitKat). During subsequent logins, images shuffle, but users must replicate the original sequence. Resistant to brute force and dictionary attacks, this user-friendly authentication method ensures robust security implementation

  • Develop a solution for LPG gas leak detection and automatic cylinder shutdown in rural India, addressing safety concerns and financial losses. The system should include a metering component for real-time monitoring of gas consumption, enhancing household safety and resource management

  • How might we develop an Autonomous Firefighting Drone to overcome challenges in firefighting, addressing urban traffic, narrow streets, and remote terrains? The goal is to enhance efficiency, reduce response times, and overcome access limitations

    • Hardware

  • Create a Crime Detection and Reporting System using machine learning for analyzing and categorizing criminal activities. Integrate real-time sensors for nuanced intensity assessments. Develop a user-friendly web or mobile portal for police departments, enhancing proactive crime prevention and response strategies

    Hardware

  • How do we create a solution for efficient autonomous dust cleaning beneath roofs in industries, marriage halls, cinema theaters, and college auditoriums to maintain clean and healthy environments?

  • How might we develop a low-cost automation system to address the labor-intensive manual extraction of dry coir pith? The industry requires an innovative suction system capable of efficiently collecting and transporting pith to manufacturing units, and handling various materials simultaneously

  • Develop a low-power IoT sensor node with advanced sensing capabilities. The goal is to extend the battery life while maintaining reliable data acquisition and communication for applications like environmental monitoring

  • Develop an Internet of Things (IoT)-based solution for capturing and storing metrics of both normal and orthotic legs, enabling comprehensive analysis by orthotists

  • Design a comprehensive smart home energy monitoring system that provides real-time data on energy consumption, identifies energy-hungry devices, and suggests optimization strategies to reduce electricity costs and environmental impact

  • Create an adaptive learning desk for students that adjusts its height, lighting, and ergonomics based on the student's preferences and activities. The desk should enhance focus, comfort, and overall well-being during study sessions

  • Create a device that enables gesture-based control for various home automation functions such as lighting, temperature, and entertainment systems. The goal is to provide a convenient and intuitive way for users to interact with their smart home devices without physical touch or voice commands

  • Create earbuds equipped with real-time language translation capabilities. The system should allow users to communicate seamlessly in different languages, making it useful for travel, business, and social interactions

    Software

  • Foster MSMEs: Architect a blockchain-based software ecosystem that facilitates the seamless connection of micro, small, and medium enterprises with suppliers, buyers, investors, and government services. This innovative platform enhances growth opportunities and visibility for MSMEs by leveraging the decentralized and secure nature of blockchain technology

  • Create AI chatbot that takes doctor prescription and orders the medicines based on stock available and consultation

  • How might we develop a unique platform to market traditional products, supporting the livelihood of rural artisans and pottery makers, fostering economic sustainability, and preserving cultural heritage?

  • Cybersecurity for SMEs: Design an affordable and user-friendly cybersecurity solution for small and medium-sized enterprises, protecting them from cyberattacks and data breaches. (Software & Security)

  • How might we create an AI-powered sentiment analysis solution specialized in interpreting emotions within social media content? Empowering individuals and organizations to manage online reputation and perception effectively

  • Create an app to locate fishermen in the deep sea without the use of the internet.

    • Hardware

  • Develop an advanced marine sensor device, seamlessly integrated into boats, capable of detecting wave patterns and measuring crucial ocean parameters such as salinity, wind velocity, and sea surface temperature. This device will collect realtime data, transmitting it to oceanographers for comprehensive studies, thus contributing to an enhanced understanding of ocean dynamics.

    Software

  • Cultural heritage preservation: Employ advanced image processing techniques to digitize and create a comprehensive digital archives system for preserving manuscripts, sculptures, and other cultural artifacts from Tamil Nadu’s rich history. This initiative aims to make these digitized assets easily accessible for research and education, ensuring the seamless integration of technology in the preservation and dissemination of our cultural heritage

  • Skill development for youth in the textile industry: Design an AI-powered platform matching youth with relevant skill development programs in textiles, including advanced weaving techniques, design software, and garment manufacturing processes, equipping them for future career opportunities

  • Explore and adopt game-based education to cultivate diverse skills, motivate students with points and leaderboards, and ensure inclusivity for students with disabilities, in the form of an app. The goal is to enhance learning outcomes and confidence

  • Crowding and congestion in Temple: Develop a smart queue management system using mobile app bookings and real-time crowd monitoring to facilitate smoother darshan for devotees

  • Digital literacy in rural communities: Implement a mobile app with offline functionality providing basic digital literacy training and access to government information in local languages, bridging the digital divide in rural areas

    • Hardware

  • Design a wearable glove with sensors and feedback mechanisms to assist users in learning sign language. The glove should provide real-time guidance on hand gestures and finger movements to aid in language acquisition

    Software

  • Disaster preparedness and early warning system for coastal areas: Develop a software system integrating weather data, tide levels, and flood models to provide early warnings for cyclones and storm surges, enabling timely evacuation and disaster response in coastal areas

    • Hardware

  • Flood monitoring and early warning system: Implement a comprehensive system using sensors, satellite imagery, and predictive models to provide early warnings for floods in riverine areas, enabling timely evacuation and disaster preparedness

  • Develop a GIS-based solution for precise flood and landslide risk assessment in hilly regions. The challenge lies in creating an effective system tailored to the unique topography, addressing limitations in traditional methods. The goal is to design a comprehensive GIS framework for accurate analysis and prediction, facilitating proactive risk mitigation and disaster management

  • How might we create an innovative drone system utilizing AI for automatic human detection in disaster situations, generating alarms, and efficiently dropping payloads, integrating technologies like cameras, processors, and payload mechanisms?

  • Develop a handheld device equipped with sensors and artificial intelligence that can analyze food items and provide personalized nutritional information based on an individual's dietary preferences, restrictions, and health goals

  • Develop a smart device and an integrated method to tag vegetables within Ulavar Sandhai freezers, allowing farmers and vendors to monitor and optimize the freshness of their produce. The system should enable informed decision-making for timely sales, reducing food waste and enhancing the overall efficiency of the supply chain

    Hardware

  • How might we create an innovative shopping assistance system using industrial automation specifically designed for disabled individuals? The focus is on integrating eye blink technology, elevator enhancements, and a human-following bot to enhance independence, save costs, secure purchases, and overall improve the quality of life for people with disabilities

  • Create a non-intrusive sleep monitoring device that analyzes sleep patterns and environmental factors. The device should provide actionable insights and suggestions for improving sleep quality, such as adjusting room temperature, suggesting relaxation techniques, or recommending changes to sleep habits

  • Design a wearable device for the visually impaired that utilizes sensors and GPS technology to provide real-time navigation and information about public transportation routes, stops, and schedules

  • Create gloves with haptic feedback technology to guide users through physical spaces without the need for visual or auditory cues. The gloves should provide vibrations or pressure sensations to indicate directions and obstacles

  • Create wearable art pieces equipped with LEDs and sensors that change colors and patterns based on the wearer's mood or emotions. The goal is to provide a visually expressive outlet for self-expression

  • Develop a device that monitors and provides feedback on workspace ergonomics. The system should help users maintain proper posture, take breaks, and create a comfortable and healthy working environment

    Software

  • Developing a reliable epileptic seizure alert system is crucial to address the lack of timely intervention during seizures, posing significant risks to individual safety. The challenge is to design an efficient system for accurate and prompt detection, enabling timely notifications to caregivers or medical professionals and enhancing seizure management

  • Create AI chatbot that takes doctor prescription and orders the medicines based on stock available and consultation

  • How might we utilize AI chatbots and machine learning to address the challenges of incomplete alleviation of depression symptoms, attrition, and loss of follow-up in mental health treatment?

  • Create interactive chatbot integrating AI and ML to address the challenges in mental health treatment.Interactive AI infused chatbot for treatment of mental illness . That has the interface both for the patients and caretakers

  • Developers are out-of-the-box thinkers, so we need your help to improve the flow of information between patients and doctors and identify ways to provide better patient support, regardless of their location

  • Create an application to let users to scan medical prescriptions and infer the data and give reminders based on the prescription

    • Hardware

  • Develop a wearable device that monitors brain activity which incorporates EEG (Electroencephalogram) sensors

  • Design a device for administering essential fluids to bedridden patients based on their current condition, considering factors such as precision dosing, patient safety, ease of use, and hygiene. Incorporate intelligent monitoring to adapt fluid delivery according to individual needs, ensuring a patient-centric and efficient healthcare solution

  • Automatic Drug Dispenser-Introducing a QR Code drug ATM to alleviate hospital queues. Patients can swiftly access Ayush Medicines using QR codes on prescriptions, streamlining the process and enhancing their overall experience. This innovation reduces physical and mental strain, ensuring efficient and convenient healthcare services for all

  • Developing a reliable epileptic seizure alert system is crucial to address the lack of timely intervention during seizures, posing significant risks to individual safety. The challenge is to design an efficient system for accurate and prompt detection, enabling timely notifications to caregivers or medical professionals and enhancing seizure management

  • Non-invasive Glucometer

  • Develop a smart collar for pets equipped with health monitoring sensors. The collar should track activity levels, heart rate, and other vital signs, providing pet owners with insights into their furry companions' well-being.

    Software

  • How might we innovate to address urban excess food waste, and hunger-related deaths, and create a logistic network with innovative technology and cost-effective storage solutions? This aims to efficiently transfer surplus food from cities to areas in deficit.

  • Smart sanitation and waste management: Implement a software system tracking waste collection vehicles, optimizing routes, and monitoring landfill capacity to improve sanitation efficiency and reduce environmental impact.

    • Hardware

  • Design a comprehensive, multi-modal smart transportation system that seamlessly integrates buses, light rail, and bicycle sharing, incorporating real-time tracking, route optimization, and e-ticketing to enhance efficiency and elevate the overall passenger experience for sustainable and efficient commuting

  • Traffic clearance for ambulances (or other priority vehicles ) through AI

  • Addressing the environmental impact of train balises, the current design contributes to the growing waste crisis. Balises, while essential for train tracking, are nearly indestructible due to their one-piece molding, making repair, reuse, or recycling challenging. A new system should prioritize a clear ecodesign approach, emphasizing ease of repair, modularity for resource efficient maintenance, and recyclability to minimize waste and mitigate the environmental burden

  • How might we innovate solutions for the proper disposal of sanitary waste, ensuring environmental safety, cost-effectiveness, and scalability across diverse settings such as villages and educational institutions?

    Software

  • Design an electronic system that integrates IoT devices for monitoring and controlling energy consumption in a smart grid.(Use SSL protocol to communicate the derived data).

    • Hardware

  • Architect a distributed solar energy microgrid system tailored for rural locales, integrating advanced technologies to ensure consistent and dependable electricity accessibility.

  • Design a resilient solar-powered emergency communication system capable of operating seamlessly during power outages, ensuring uninterrupted connectivity and coordination for effective disaster response. The system must withstand harsh environmental conditions, such as extreme temperatures, heavy rain, and potential physical damage, to guarantee reliable communication in challenging situations

  • How might a comprehensive strategy be designed to mitigate the environmental impact of plastic degradation in the marine ecosystem? This multifaceted initiative seeks to create effective anti-pollutants, innovative methods for plastic disposal in oceans, tactics to boost algae growth, and the deployment of boats with robots for efficient plastic waste collection.

  • Artificial intelligence-enabled robotic trash boats to drive & harvest floating trash from urban drains.

Abstract format for Make-a-Thon 5.0

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