Student Project Showcase
A gallery of school builds, capstone prototypes, and applied electronics projects supported by imBento for students and institutions around Cebu.
Arduino-based portable alert and tracking project. The firmware references a SIM808-based controller, display support, and an enclosure model, suggesting a compact keychain-style device intended for alerts, messaging, or location-related monitoring.
The Smart Blind Stick is an assistive device designed for visually impaired individuals to improve safe navigation. It uses ultrasonic sensors to detect obstacles and alerts the user through sound signals when something is in their path.
A solar smart multi-stage water pump is an energy-efficient pumping system powered by solar panels, designed to move water across varying heights and distances using multiple impeller stages. It automatically adjusts performance based on water demand and sunlight availability, ensuring reliable operation for irrigation, water supply, and remote applications while reducing electricity costs and environmental impact.
Arduino-based wearable cooling project. The firmware and casing files suggest a portable backpack-mounted fan system designed for airflow and comfort.
Arduino-based automated curtain blinds project. The motorized parts, 3D models, and firmware indicate a smart mechanism for opening and closing blinds.
Arduino-based faculty device project with a DWIN display interface. The included bitmap assets and project bundle suggest a touchscreen or screen-driven control and information system.
Arduino-based fire safety project. The folder includes residential fireguard references, enclosure models, and prototype files, suggesting a fire detection or fire response device.
Arduino-based guide vane project with servo control and rotational sensing. The included mechanical drawings, STL files, and tachometer helper indicate a mechatronics or fluid-control style prototype.
Arduino-based stove automation project. The multiple device firmware files and display helpers suggest a controlled cooking or heat-turning mechanism with a user interface.
Arduino-related pendulum prototype with gimbal and motion hardware. The files suggest a mechanical balancing or motion experiment rather than a pure software-only project.
Arduino-based automated window curtain project. The mix of 3D parts, control code, and communication helper files suggests a smart curtain actuator system.
Arduino-based air quality monitoring project. The code references PM10 sensing and supporting data/web files, suggesting a system for collecting and viewing particulate air quality readings.
Arduino-based project with custom casing and A9G communication components. Based on the naming and hardware files, this appears to be a smart embedded device with a designed enclosure and GSM/GPS capabilities.
Arduino-based water quality or water monitoring project. The presence of TDS and Firebase helper files suggests a system that measures water condition and sends readings to an online dashboard.
Arduino-based assessment device project. Based on the embedded code and PHP files, this likely combines a hardware kiosk or terminal with a web-backed assessment or evaluation system.
Arduino-based library book locator project. The folder includes a database, Delphi desktop files, and ESP Wi-Fi code, which suggests a searchable book tracking or locating system.
Arduino-based smart bookshelf or library circulation project. The presence of RFID, Wi-Fi, a SQL dump, and Delphi forms suggests a system for identifying and tracking borrowed books.
Arduino-based hall pass management project with a desktop interface. The Delphi forms suggest a monitoring or approval system used to track student movement or room exit permissions.
Arduino and ESP-based home automation project. The files show separate modules for motion, outlets, temperature, light sensing, and power monitoring, indicating a multi-device smart home setup.
Arduino-based ID scanning and violation logging system. The files suggest RFID or card reading, printing, Wi-Fi connectivity, and a desktop database-backed interface for recording violations.
Arduino-based local alarm or barangay alert project. The code mentions Bluetooth, SMS, Wi-Fi, EEPROM, and Firebase, which points to a connected notification or emergency warning device.
Arduino-based sticker identification project that scans QR codes and connects to a desktop application. The Delphi files suggest a PC-side interface paired with the hardware scanner.
Arduino-based room messaging and notification system. The project includes separate clinic and guard device firmware plus HMI files, suggesting message exchange between rooms and monitoring stations.
Smart building monitoring or control project with a desktop application. The Delphi files and executable suggest a building management interface, likely tied to Arduino-based sensors or actuators.
Arduino-based smart helmet project. Based on the single firmware file and project name, this appears to be a wearable safety device with sensors or alert features integrated into a helmet.
Arduino-based smart outlet project. The code and folder naming indicate a controllable electrical outlet designed for switching or monitoring connected loads.
Arduino-based smart bin project. The files point to a kiosk or disposal system with display support, QR code handling, and a custom enclosure or mechanical design.
Arduino-based bicycle safety project. The photos show a bicycle with an illuminated wearable or mounted signaling display beside a project board titled "Bike Safety Gear," suggesting a safety or turn-indicator system for riders.
Arduino-based vending machine project. The prototype includes snack compartments, pricing labels, a QR code, and e-wallet notes, suggesting a vending system that supports digital payment for item dispensing.
Arduino-based vending support project. Based on the poster and prototype photo, this appears to be a charging station with a coin changer for vending machines, built to accept payment and dispense coins while supporting vending use.
Arduino-based electrical monitoring project. The surviving photos mainly show the project team during presentation, so the description is inferred from the filename and likely refers to a system for tracking electrical usage, load, or power readings.
Arduino-based medicine dispensing project. The visible enclosure, LCD screen, and dispensing slot suggest a pill dispenser designed to release medication on schedule and show time or reminder information.
Arduino-based interactive photo booth project. The visible "Scan & Snap" unit includes a display, camera area, QR code workflow, and printed instructions, suggesting a booth that captures photos and shares results digitally.
Arduino-based wearable project. The surviving image mainly shows the team, so the description is inferred from the filename and likely refers to a vest-based wearable prototype or safety-related smart clothing project.
Arduino-based water handling and refilling project. The photos show a barrel, pump, PVC piping, and control box, suggesting a prototype that automates water transfer or refilling operations.
EGlass similar to google eye glass but it was design to read resistors, capasitors similar to multitester. the readings can be viewed in the EGlass.
Arduino-based ohmmeter project. The folder also includes ESP32-CAM web server files, so this project likely combines resistance measurement with camera or monitoring features during development.
Scorter Cane is an innovative thesis project designed as a smart assistive walking device that enhances mobility and safety for individuals with visual impairments. It integrates features such as obstacle detection, alert systems, and ergonomic design to help users navigate their surroundings more independently and confidently. The project was recognized for its impact and creativity, earning an award for excellence in innovation and assistive technology.
A rover platform controlled through Android for wireless navigation and field operation.
An Arduino-based drone project focused on flight control, prototyping, and low-cost aerial experimentation.
A drone project that uses GPS for guided navigation, positioning, or route-based flight.
A boat tracking and emergency response system intended to monitor vessel location and support faster action during distress situations.
A motorcycle tracking project with two-way authentication to improve security, monitoring, and authorized access control.
An antenna control project operated through an Android device for easier positioning and remote adjustment.
A tagged identification or tracking project built to improve locating, monitoring, or classifying items or users.
A biometric system project focused on identity verification using measurable personal features.
An anti-theft system with geofence monitoring and image capture, designed to help detect unauthorized movement and record useful evidence.
Arduino and mobile control project for a rover or drone platform. Based on the project structure and Delphi/Android controller files, this appears to be a wireless vehicle control system with a companion app.
A drone project designed to carry and deliver payloads for transport, testing, or emergency use.
Project documentation for TCSHS Arduino Drone.
A drone-based search and rescue concept intended to assist in locating people and improving emergency response.
A monitoring system for checking air quality conditions and helping users track pollution or unsafe air levels.
A drone flying project associated with STEM students, focused on flight demonstration, learning, and practical drone application.
A digital marketplace or selling platform project created to support online buying and selling.
A monitoring system for tracking electrical usage, status, or faults for safer and smarter management.
A recommendation system that helps users choose suitable face foundation products based on selected criteria.
A fire detection project designed to sense possible fire incidents early and support faster alerts.
An application project intended to deliver stories, reading content, or interactive educational material in a compact format.
An automated pet feeding project designed to dispense food on schedule and reduce missed feeding times.
A portable device for detecting or measuring smoke emissions to support environmental or safety monitoring.
Archive
A running list of school, capstone, prototype, and applied electronics projects that CebuDIYTech and imBento also helped support through the years.