Twende Social Innovation Center’s Post

A part of the Emertxe student intern we have made a project on Microwave Oven Simulation using "PICSIMLAB" and at the back we used "MPLAB XIDE" in terms of EMBEDDED SYSTEMS. We have taken the Board of PIC GENIOS which is the latest model i.e. PIC16F877A. This intern made me learn about the PIC Microcontroller and also the skills of presentation.Thanks for Emertxe. #embeddedsystems #emertxe #students #ECE

If you're looking to captivate your students with vibrant visuals and interactive lessons, LED tech from Impact Electronics is your go-to! 🚀 Is your classroom feeling a bit dated? Craving more engagement from your students? Say hello to LED screens! 🎉 Join Us: Partner with a leader in innovation. #InteractiveLearning #LEDRevolution #EdTech #impactelectronics

🔐 Project Update: Arduino-Based Fingerprint Attendance System 🔐 I'm excited to share the successful completion of my latest project: an Arduino-based Fingerprint Attendance System! 🎉 This project has been a fantastic learning experience, allowing me to combine my interests in electronics and programming. Key features and components of the system include: Fingerprint Sensor Integration: Seamlessly integrating a fingerprint sensor for accurate and reliable user identification. Arduino Microcontroller: Utilizing the Arduino platform for its versatility and ease of use. Data Storage: Efficiently storing attendance records in a database for easy access and management. User Interface: Creating a simple and intuitive interface for users to register and check attendance. Real-time Processing: Ensuring quick and efficient processing of fingerprint data for immediate feedback. A huge thank you to everyone who supported and guided me throughout this project! 🙏 I'm looking forward to exploring more innovative applications of Arduino and biometric technologies. If you're interested in discussing this project or potential collaborations, please feel free to reach out. Let's innovate together! 🚀 #Arduino #FingerprintRecognition #Biometrics #AttendanceSystem #Electronics #Programming #Innovation #TechProjects

🚀 Exciting Project Alert! 🚀 Just finished building a 4x4x4 LED matrix using 5mm LEDs and an Arduino Nano as the controller! 💡🔌 🔧 Components: - 64 5mm LEDs - Arduino Nano - Resistors - Wires - Breadboard/PCB 👨💻 What I did: - Wired LEDs in a grid pattern - Implemented multiplexing for individual LED control - Programmed Arduino for custom patterns and animations 🎉 Result: - Created a mesmerizing LED display capable of showcasing various patterns and even text! 🔍 Key Learnings: - Enhanced understanding of electronics principles - Improved coding skills in Arduino IDE - Boosted creativity through custom animations 🌟 Next Steps: - Experiment with expanding the matrix size - Integrate sensors for interactive features - Share knowledge and inspire others in the maker community! #LEDMatrix #Arduino #Maker #Electronics #DIY #Engineering #Innovation Who else loves tinkering with LEDs and microcontrollers? Let's connect and share ideas! 💬✨

👩🔬 Watching these school girls work on their dot matrix and Arduino Uno project is inspiring. Their focus and creativity are truly impressive. Keep up the great work, future innovators! 🚀 💡 *Do you know?* 💡 A dot matrix display module is a type of electronic display device used to show information. It consists of a grid of LEDs that can be individually controlled to create letters, numbers, and other symbols. Here are some fun facts: dot matrix displays were widely used in early digital clocks and public information displays. They are highly efficient, consuming less power than many other display types. When paired with an Arduino Uno, it becomes a powerful tool for learning about programming and electronics. 🤖 #STEM #GirlsInTech #Arduino #Innovation #FutureLeaders #CreativeLearning

Fostering innovation through discussion! Students dissect the block diagram of sensor transmitter and receiver connections with Arduino, paving the way for collaborative learning and breakthroughs. 🧠💡 #STEMEducation #ArduinoInnovation #falcorobotics

"🚀 Exploring the World of Electronics: Day 2 🤖 Today, I had a blast working with Arduino IDE! 🤯 Huge shoutout to Dr. Talha Hamdani (PE,PK, FHEA,UK), very amazing teacher of our Uni,for assigning this hands-on project! 🙌👨🏫 I created a setup featuring Ultrasonic Wave Sensors and LEDs to measure distances. 📏✨ As I moved the sensors, they displayed real-time distance values, lighting up the LED when I got closer, and turning it off as I retraced my steps. 🌟 Learning electronics and coding is an exciting journey, and I can't wait to see where this takes me next! 🌐💡 #Arduino #Electronics #STEM #LearningByDoing #TechEnthusiast"

DO YOU KNOW? Motorola produced the firs handheld mobile phone. It was back in 1973 when Martin Cooper, an engineer from Motorola, made the first call using a handheld mobile device. This device, known as the DynaTAC, was a game changer in the world of communication. It's amazing to see how far we've come since then. Swipe left to see a picture of the original phone. #DoYouKnow #STEM4SDGs #STEM #STEMEducation #Coding #Motorola #FirstMobilePhone #TechTrivia #DidYouKnow #TechnologyEvolution Don't forget to explore more fascinating STEM facts and educational resources at stem4sdgs.org. Empower the next generation of innovators! #STEM #Education #Technology #Innovation #FutureOfTech #Innovation #Creativity #TechHistory #Robotics #Computing #ComputerProgramming #Kids #Tutor #Games #ProGaming #Websites #internet #TechTrivia #Apple #Innovation #Creativity #STEM4SDGs #STEMEducation #TechHistory Remember to visit: stem4sdgs.org

Excited to share my milestone achievement on LinkedIn! 🚀 Just completed my first-year hardware project that was based on Arduino! We designed a student friendly table🎉🔧 Upon detecting the student by using a Ultra Sonic sensor whole system will start to work. There is a timer and I developed it without using a RTC clock ⏱This will give a summary of student's daily progress. There is temperature module and it will detect the temperature of the laptop and will start the cooling pad. DHT22 sensor will detect the surrounding humidity and ask student to stay hydrated. Touch sensor will detect how many times student took the phone 📱 It was an incredible learning experience, where I got to dive into the fascinating world of hardware design and implementation. Looking forward to do more projects and growth ahead! #HardwareProject #FirstYearAchievement