Page 117 - tech fest 2025 אשדוד חוברת תקצירים

Interactive Survey Creation and Analysis: A Web-Based Platform
SE-C-09
Rudy Haddad; rudyhaddad.job@gmail.com Yoeli Barthel; yoelibarthel603@gmail.com
Advisors: Dr. Naomi Korem1, Dr. Tammar Shrot1 1SCE - Shamoon College of Engineering, Ashdod
Many survey platforms exist, but most lack essential features, making them either too basic or too complex. Our project, “SurveyFlow”, addresses this gap with an intuitive graphical interface. It offers conditional surveys that adapt in real-time to respondents, improving data quality. Complex surveys are easy to design thanks to dynamic question management, enabled by our visual no-code tool, built with “React-Flow”. Integrated analytics, powered by “react-chartjs-2”, provide instant and interactive data visualization. Our main challenge was to ensure user-friendliness without compromising on analytical power. “SurveyFlow” delivers a practical and accessible solution for both beginners and experts.
Keywords: data visualization, dynamic surveys, interactive analytics, no-code interface, user-friendly
Real-Time IoT System for Monitoring and Securing Electric Bicycles
SE-C-10
Tamir Refael; tamir111refael@gmail.com Liav Huli; liavjulio7@gmail.com
Advisor: Mr. Benny Sand
SCE - Shamoon College of Engineering, Ashdod
This project presents an IoT-based information system designed to monitor and secure electric bicycles in real-time. Our system collects data from sensors, including battery temperature, speed, and location, and sends alerts to users regarding potential threats, such as overheating or theft attempts. The system uses “Bluetooth” communication with “ESP32” hardware, and a mobile application developed in “Flutter”. The back-end infrastructure includes “Node.js” and “MongoDB Atlas”, ensuring scalable and secure data management. Our solution provides users with a reliable tool for monitoring their bicycles’ statuses and instantly responding to incidents. A fully functional prototype has been developed, demonstrating the system’s capabilities.
Keywords: alerts, electric bicycles, IoT, mobile app, sensors
Book of Abstracts | 2025
117