dc.contributor.author	Ghassan Qasrawi
dc.contributor.author	Adel Qadi
dc.date.accessioned	2026-02-05T09:23:13Z
dc.date.available	2026-02-05T09:23:13Z
dc.date.issued	2026
dc.description.abstract	SynLab project introduces a modular, IOT based electronic laboratory platform that merges several important digital and analog instruments into a single connected ecosystem. The system incorporates modules like a PIC programmer, IC tester, oscilloscope, waveform generator and many others, each is equipped with an ESP32 microcontroller for wireless connectivity and synchronization via a centralized software interface. This project is significantly important because traditional electronics laboratories rely on bulky, expensive and standalone equipment, which restricts interconnectivity, accessibility and clearness, SynLab handles these challenges by implementing a networked and scalable smart lab which enables students and educators to execute experiments more efficiently and effectively. It bridges the gap between modern IOT technologies and physical hardware tools which makes laboratory experience more engaging and remotely accessible. Main objectives of SynLab include designing and implementing an integrated digital laboratory system with several smart instruments, developing an IOT based communication framework that connects all modules in the system, building a software platform to allow users control, visualize and record data from all modules at real time, and providing a powerful extendable lab solution for developers and engineering students. The project will be developed through an iterative modular approach where each device and module will contain a small microcontroller with an independent ESP32-based node connected which will communicate with each other via a central hub containing a main microcontroller to coordinate operations and data flow. For the software side, a Flutter based web interface, and mobile application will connect with the central hub module to manage devices and enable users to implement different operations on each module. Although similar ideas exist - such as USB-based IC testers or PIC programmers - but few systems provide a complete integrated and functional laboratory environment with IOT modular connectivity. SynLab combines multiple devices and laboratory instruments to provide a flexible, effective and efficient educational environment.
dc.identifier.uri	https://hdl.handle.net/20.500.11888/20811
dc.supervisor	Dr. Raed Qadi
dc.supervisor	Dr. Manar Qamhieh
dc.title	SynLab IoT based electronics system

SynLab IoT based electronics system

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