🚀 From an idea to a fully working prototype - this is how our students work during project-based courses at the Institute. They create fully functional electronic devices, going through the entire engineering process: market needs analysis, component selection, PCB design, microcontroller programming, and testing of finished prototypes.
💡 Recently developed projects include:
🚗 parking sensor systems,
📏 laser rangefinders with RTOS and battery power supply,
🌬️ anemometers and mini weather stations,
❄️ Peltier cell controllers,
🔌 smart sockets with energy measurement,
🌿 automatic irrigation controllers - functional and extremely cost-effective.
Each project is based on professional components and industry-standard solutions - from AVR and STM32 microcontrollers, through Bosch and Honeywell sensors, to advanced measurement and power management systems.
🤝 A key role in these projects is played by our cooperation with Transfer Multisort Elektronik (TME), which supplied the electronic components used during the classes.
Thanks to a wide product range, availability of specialized components, and efficient logistics, students can carry out ambitious projects at a level comparable to commercial products.
🎓 These student projects are the best proof that combining modern teaching methods, real components, and the support of technology partners truly develops the competencies of future engineers.
👏 Congratulations to our students, and many thanks to Transfer Multisort Elektronik (TME) - our Educational Infrastructure Development Partner – for supporting hands-on engineering education!
#poweredbytmeeu #tme #projektyStudenckie #Elektronika #Embedded #PCBDesign #Inżynieria #EducationMeetsIndustry #STEM #FutureEngineers
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