BE Project Topic Selection finall 1.pptx

BE Project Topic Selection finall 1.pptx

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  BE Project TopicSelection 1.Magar Sneha Dadaso 2.Nimbalkar Poonam Satish 3. Chormal Nitin Dnyaneshwar Department of E& TC Engineering, S . B. Patil College of Engineering, Indapur . 2025 - 26
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  Topic Names  1.Smart Vending Machine Using STM32  2. Li-Fi Based Data Transmission System  3. Smart Fire Detection And Alert System Using STM32
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  1. Smart VendingMachine Using STM32  Introduction • A vending machine is a self-service machine that automatically gives products like snacks, drinks, or tickets.  Existing System • Traditional vending machines use mechanical or PLC-based control. Limited user interface and no smart payment options. • No real-time inventory tracking or remote monitoring. • Lack of integration with IoT or cloud services.
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  Doing Something newin our Project • STM32-based control for efficient and low-power operation. • Smart user interface with keypad and display. • Coin or RFID-based payment system. • Expandable to Bluetooth, cloud, or mobile app integration. • Real-time inventory and status feedback.
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  Hardware & SoftwareRequirement Hardware:- • STM32 Microcontroller • Keypad (4x4), LCD Display • DC Motors, IR Sensors • Coin Acceptor or RFID Module • Power Supply, Buzzer, LEDs Software:- •STM32CubeIDE • Embedded C Programming Programming Language • Embedded C for STM32 firmware development • Optional: Python/JavaScript for cloud or app integration
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  Application & FutureScope  Application: College ,Canteens, Offices, Railway stations ,Hostels ,Public places Airport.  Future Scope • Integration with mobile apps for cashless payments • Cloud-based inventory and sales analytics • AI-based product recommendation • Solar-powered vending for remote areas
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  Base Paper IEEE& Reference Paper  Base Paper (IEEE) / Problem Statement: Develop a smart vending machine capable of dispensing readymade food with hygiene, minimal human contact, and real-time stock and temperature monitoring.  Link to IEEE Base Paper of Topic "Design and Implementation of Smart Vending Machine Based on IoT“ https://ieeexplore.ieee.org/document/9280501  Reference Paper: "Smart Vending Machine using IoT and Touch Interface" – IEEE Xplore https://ieeexplore.ieee.org/document/9340197
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  2. Li-Fi BasedData Transmission System  Introduction This project uses Li-Fi (Light Fidelity) technology to send data using LED light instead of Wi-Fi or Bluetooth. It uses the STM32 microcontroller to send and receive data with the help of a light sensor (LDR).It is a safe & fast method.  Existing System • Most current wireless data systems use Radio Frequency (RF) technologies like Wi-Fi and Bluetooth. • RF-based systems can cause interference and are not safe in sensitive areas like hospitals or airplanes. • Traditional systems use simple microcontrollers like Arduino with limited capabilities.
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  Doing Something newin our Project • We are using Li-Fi (Light Fidelity) technology that uses light (LED) to transmit data. • The system is built using an STM32 microcontroller, which is faster and more efficient. • Data is sent from an LED and received using an LDR. • This is a low-cost, secure, and interference-free way of communication.
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  Hardware & SoftwareRequirement Hardware • STM32 Microcontroller • High Brightness White LED • LDR (Light Dependent Resistor) • Resistors (220Ω, 10kΩ) • Breadboard and Jumper Wires • USB Cable for STM32 • 5V Power Supply Software • STM32CubeIDE or Keil u Vision • Embedded C Programming • Serial Monitor or Display (for showing received message) Programming Language • Embedded C
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  Application & FutureScope  Application: • Used in Hospitals, Classrooms, Aircraft, and Underwater communication. • Secure communication in military and defense. • Future alternative to Wi-Fi in limited and safe zones.  Future Scope : • Can be upgraded to audio/video transmission. • Add two-way communication (bi-directional Li-Fi). • Add IoT integration with cloud services. • Can be used in mobile-to-mobile data transfer via flashlight and camera.
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  Base Paper IEEE& Reference Paper  Base Paper (IEEE) Problem Statement : Develop a secure and cost-effective data communication system using visible light (LED) and STM32 microcontroller, for use in environments where RF communication is not safe.  Link to IEEE Base Paper of Topic: "Implementation of Li-Fi Based Data Transmission System" https://ieeexplore.ieee.org/document/8469095  Reference Papers: "Light Fidelity (Li-Fi) Based Data Transmission System" – IRJET https://www.irjet.net/archives/V7/i5/IRJET-V7I5148.pdf
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  3. Smart FireDetection & Alert System Using STM32  Introduction It’s a system that detects fire or smoke using sensors, and the STM32 controller processes the signal to trigger alarms and send alerts (like buzzer, SMS, or app notification) for quick safety action.  Existing System • Traditional fire alarms using smoke detectors and manual triggers.. • No real-time alerts, SMS or app. • No temperature or smoke analysis. • Normal fire alarms only use sound alerts.
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  Doing Something newin our Project • Using STM32 controller for fast and accurate detection. • Real-time fire and smoke detection with instant buzzer and GSM (SMS)alerts. • Uses a Sensors for detect smoke, flame, and temperature. • Display to show fire status.
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  Hardware & SoftwareRequirement Hardware: • STM32 Microcontroller • Flame sensor, Smoke sensor (MQ-2), Temperature sensor (LM35) • GSM Module (SIM800L) • Buzzer ,LCD Display • LEDs, Power Supply Software : • Embedded C Programming • STM32CubeIDE or Keil Programming Language:- • Embedded C
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  Application & FutureScope  Application : • Residential and Commercial Buildings • Industrial Safety Systems • Smart Cities and IoT Networks • Hostels, Schools , Homes  Future Scope : • Addition of gas sensors for multi-hazard detection. • Mobile app for real-time alerts and system control. • AI-based fire prediction and analytics. • Automatic water spraying system integration.
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  Base Paper IEEE& Reference Paper  Base Paper (IEEE) Problem Statement : Create a low-cost, high-accuracy fire detection and alert system using multiple sensors and microcontroller-based real-time processing for remote and sensitive areas.  Link to IEEE Base Paper of Topic "IoT Based Smart Fire Detection and Alert System using Microcontroller" https://ieeexplore.ieee.org/document/9340197  Reference Paper: Design and Development of Smart Fire Detection System Using STM32" – IRJET https://www.irjet.net/archives/V9/i4/IRJET-V9I4387.pdf