#EmbeddedSystems

For full pdf comment 'COMET' ☄️ #electronicsprojects #arduinoproject #electronicsengineering #areospace #embeddedsystems

📌 Logic gates are the foundation of digital circuits, processors, memory units, and embedded systems. Mastering these basics strengthens your core knowledge in Digital Electronics. 🔷 Logic Gates – Symbols, Boolean Expressions & Truth Tables 🔷 Logic gates are the fundamental building blocks of digital electronics. They operate on binary inputs (0 and 1) and produce a logical output. Understanding their symbols, Boolean expressions, and truth tables is essential for every ECE student. 🔹 1. AND Gate Symbol: (AND symbol) Boolean Expression: Y = A · B Truth Table: A | B | Y 0 | 0 | 0 0 | 1 | 0 1 | 0 | 0 1 | 1 | 1 🔹 2. OR Gate Symbol: (OR symbol) Boolean Expression: Y = A + B Truth Table: A | B | Y 0 | 0 | 0 0 | 1 | 1 1 | 0 | 1 1 | 1 | 1 🔹 3. NOT Gate Symbol: (Triangle with bubble) Boolean Expression: Y = A̅ Truth Table: A | Y 0 | 1 1 | 0 🔹 4. NAND Gate Symbol: (AND with bubble) Boolean Expression: Y = (A · B)̅ Truth Table: A | B | Y 0 | 0 | 1 0 | 1 | 1 1 | 0 | 1 1 | 1 | 0 🔹 5. NOR Gate Symbol: (OR with bubble) Boolean Expression: Y = (A + B)̅ Truth Table: A | B | Y 0 | 0 | 1 0 | 1 | 0 1 | 0 | 0 1 | 1 | 0 🔹 6. XOR Gate Symbol: (OR with extra curved line) Boolean Expression: Y = A ⊕ B Truth Table: A | B | Y 0 | 0 | 0 0 | 1 | 1 1 | 0 | 1 1 | 1 | 0 🔹 7. XNOR Gate Symbol: (XOR with bubble) Boolean Expression: Y = (A ⊕ B)̅ or Y = A ⊙ B Truth Table: A | B | Y 0 | 0 | 1 0 | 1 | 0 1 | 0 | 0 1 | 1 | 1 Find the wrong in this picture Follow for more ✨ #logicgates #digitalelectronics #vlsi #education

Best decision ever. Started in IT, did Comp Sci, got out focused on Software Engineering and Embedded Systems. My day to day now consists of software, cyber, system admin, and networking tasks I love being a Principal Systems Engineer working overseas. Comment "LIST", I'll send you my full top tech certification tier list for 2026. Follow me @symonebeez for more tech career tips!

Building a Laser Security Alarm🚨with Embedr AI IDE. Website link 👇 https://embedr.app #electronics #Arduino #ArduinoNano #EmbeddedSystems #DIYElectronics DIYProjects IoT AI ElectronicsProject Securityalam maxturbodiy Embedr

Robot Eyes on OLED Display | ESP32 AI Face #cozmo #cozmohome #ai #roboteye #embeddedsystems

From powering your smartphone to controlling industrial machines — Integrated Circuits (ICs) are the real brains behind modern electronics. Here’s a clean breakdown of the most important IC types you’ll encounter: 🧠 Brain & Control Microprocessor (CPU) → The powerhouse (Core i7, etc.) Microcontroller → Compact brain for embedded systems (Arduino, STM32) 📈 Signal & Amplification Operational Amplifier (Op-Amp) → High-gain voltage amplifier Comparator → Compares two voltages Timer IC (555) → The legendary all-rounder for timing & pulses 🔄 Converters Analog-to-Digital (ADC) → Converts real-world signals to digital Digital-to-Analog (DAC) → Converts digital data back to analog ⚡ Power & Drive Voltage Regulator → Keeps constant voltage Motor Driver IC → Controls speed & direction of motors 💾 Memory & Logic Memory IC (RAM/EEPROM) → Data storage Logic Gates → Building blocks of digital logic 🔌 Interface Sensor Interface IC → Connects sensors to microcontrollers Which of these ICs do you work with the most in your projects? Drop your answer below 👇 🟦 Microcontroller 🟧 Op-Amp 🟥 Motor Driver 🟩 ADC/DAC 🟨 Others #vlsi #semiconductorindustry #semiconductor #integratedcircuit

Today I completed the coding part of the robot and prepared the logic for line detection using IR sensors. The program controls the motors through the motor driver so the robot can follow the path based on the sensor input. However, during testing I found that the USB port of my Arduino Nano is not working properly. Instead of stopping the project, I decided to program the Nano using ISP (In-System Programming). This is a useful method when the USB interface is damaged or not responding. Projects like this always include small challenges, but solving them is part of learning electronics and robotics. Troubleshooting hardware and finding alternative solutions is what actually builds real engineering skills. Next step will be successfully uploading the code and testing the robot on the track. Stay tuned for the movement test 🚀 #LineFollowingRobot #RoboticsEngineering #ArduinoProjects #EmbeddedSystems #ElectronicsProjects

🚀 Build a mini drone 🛸 #drone #esp32 #embeddedsystems #electronics #electronicsengineering Drone❌️ UFO✅️

🚗 Cloud Controlled Car | Day 5 — in collaboration with @atumxofficial I built a car you can control from anywhere in the world 🌍 and this is the real-world test. I completed the hardware by mounting motor drivers, fixing connections, powering it up, and adding headlights. For control, I used MQTT with HiveMQ and uploaded the code to the Superboard (ESP32-S3 based). I also built a web controller, so now I can drive it using WASD keys like a game 🎮. For camera and internet, I mounted an old smartphone on a gimbal, turning it into a simple FPV-style setup. The outdoor test worked well, but I noticed some network latency (4G) and minor chassis issues, which I’ll improve next. This project combines ESP32, Arduino, IoT, robotics, and embedded systems, perfect for engineering students, makers, and hackathon builds. Big thanks to @atumxofficial for sponsoring the Superboard and supporting this project 🙌 #esp32 #arduino #iot #robotics #electronics engineering engineeringstudent

Building robots, embedded systems & 3D printed stuff. This is teleoperation — I control every movement. Next step: training it to do this on its own. Follow if you’re into real robotics. #robotics #robot #ai #building #3dprinting

An 8 year old developer has created an AI powered tool that can program ESP32 microcontroller boards directly through Telegram messages. The system allows users to send simple text commands through the messaging app, which the AI then converts into firmware code and uploads to the ESP32 device automatically. The project demonstrates how artificial intelligence and messaging platforms can simplify hardware development by removing complex coding steps. By allowing users to control and program IoT devices through everyday chat interfaces, tools like this could make electronics and embedded systems far more accessible to beginners and young innovators. #ArtificialIntelligence #IoT #ESP32 #Coding #Innovation

Stop importing your prototypes! 🇵🇰 Engineering just got faster. ⚡ Why wait 3 weeks for international shipping when you can get high-precision, lab-quality PCB milling right here? At Ampflick, we’re bridging the gap between a KiCad design and a physical reality in record time. 🛠️ Whether it’s for your Final Year Project (FYP) or a startup prototype, our CNC precision ensures your hardware is industry-ready. Processed at NICAT (NASTP Alpha), we are fueling the next generation of Pakistani innovators. 🚀 Call to Action (CTA): 📥 SAVE this for your next project. 📩 DM us your Gerber files for a custom quote! 🔗 Link in bio to explore our services. Video Credit: @derinmotiontech #PCBDesign #PCBMilling #KiCad #Altium #ElectricalEngineering #ArduinoPakistan #EmbeddedSystems #NUST #COMSATS #FASTNU #uet