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Design and program a real robotics automation build using Arduino microcontrollers: Eye Antisleep Car Off — Automotive safety and intelligent vehicle systems.
Build practical embedded electronics skills using Arduino microcontrollers: Soil Water Irrigation System — Smart agriculture and water-management automation for real-world sustainability.
Build practical embedded electronics skills using Arduino microcontrollers: Blind Man Stick — Assistive-tech project helping navigation and safety for visually impaired users.
Build practical embedded electronics skills using Arduino microcontrollers: Blind Man Glass — Assistive-tech project helping navigation and safety for visually impaired users.
Build practical embedded electronics skills using Arduino microcontrollers: Blind Man Stick & Glass with Voice — Assistive-tech project helping navigation and safety for visually impaired users.
Design and program a real robotics automation build using Arduino microcontrollers: Smart Car Parking System — Urban mobility and smart-city style automation you can demo on campus.
Build practical embedded electronics skills using Arduino microcontrollers: Smart Dustbin — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills using Arduino microcontrollers: Door Knock Lock System — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills using Arduino microcontrollers: Voice Control Door Lock — Access control and security electronics with real deployment scenarios.
Build practical embedded electronics skills using Arduino microcontrollers: Room Temp Monitoring System — Connected home automation you can extend into a full IoT product.
Build practical embedded electronics skills using Arduino microcontrollers: Gas Leak System — Safety-critical monitoring with alerts — strong portfolio piece for embedded careers.
Build practical embedded electronics skills using Arduino microcontrollers: Gas Leak Monitoring Alarm — Safety-critical monitoring with alerts — strong portfolio piece for embedded careers.
Build practical embedded electronics skills using Arduino microcontrollers: Rain Water Monitoring System — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills using Arduino microcontrollers: Automatic Street Light — Urban mobility and smart-city style automation you can demo on campus.
Design and program a real robotics automation build using Arduino microcontrollers: Car Accident Alert System — Automotive safety and intelligent vehicle systems.
Apply AI and computer vision to a field-ready prototype using Arduino microcontrollers: Solar Tracking System — Renewable energy and green-tech experimentation with measurable outcomes.
Build practical embedded electronics skills using Arduino microcontrollers: Traffic Light Controller — Urban mobility and smart-city style automation you can demo on campus.
Build practical embedded electronics skills using Arduino microcontrollers: Alcohol Sense Engine Lock — ideal for academic projects, internships and RIA lab portfolio builds.
Design and program a real robotics automation build using Arduino microcontrollers: Voice Control Car — Voice-interaction and human–machine interface skills employers value.
Design and program a real robotics automation build using Arduino microcontrollers: Fire Fighting Robot using Arduino — Safety-critical monitoring with alerts — strong portfolio piece for embedded careers.
Explore power monitoring and industrial control concepts using Arduino microcontrollers: Rotating Solar Panel using Arduino — Renewable energy and green-tech experimentation with measurable outcomes.
Build practical embedded electronics skills using Arduino microcontrollers: Car Safety System with Airbag Notification — Safety-critical monitoring with alerts — strong portfolio piece for embedded careers.
Build practical embedded electronics skills using Arduino microcontrollers: Third Eye for Blind Ultrasonic Vibrator Glove — Assistive-tech project helping navigation and safety for visually impaired users.
Build practical embedded electronics skills using Arduino microcontrollers: Automatic Road Reflector Light — Urban mobility and smart-city style automation you can demo on campus.
Build practical embedded electronics skills using Arduino microcontrollers: Arduino Ultrasonic Sonar/Radar Monitor Project — Classic robotics sensing, navigation and control fundamentals.
Design and program a real robotics automation build using Arduino microcontrollers: Women Safety Night Patrolling Robot — Safety-critical monitoring with alerts — strong portfolio piece for embedded careers.
Build practical embedded electronics skills using Arduino microcontrollers: Auto Water Pump Switcher — Smart agriculture and water-management automation for real-world sustainability.
Explore power monitoring and industrial control concepts using Arduino microcontrollers: Diy Power Bank with Plasma Lighter — ideal for academic projects, internships and RIA lab portfolio builds.
Design and program a real robotics automation build using Arduino microcontrollers: Path Planner Robot for Indoor Positioning — Mobile robotics with sensing, control and autonomous behaviour.
Build practical embedded electronics skills using Arduino microcontrollers: Wearable Health Monitoring System Project — Healthcare-oriented embedded system with social impact.
Build practical embedded electronics skills using Arduino microcontrollers: Automated Night Lighting System — ideal for academic projects, internships and RIA lab portfolio builds.
Explore power monitoring and industrial control concepts using Arduino microcontrollers: Sun Tracking Solar Panel using Arduino — Renewable energy and green-tech experimentation with measurable outcomes.
Build practical embedded electronics skills using Arduino microcontrollers: Car Accident & Alcohol Detector & Recorder Blackbox — Automotive safety and intelligent vehicle systems.
Build practical embedded electronics skills using Arduino microcontrollers: Ultrasonic Glasses for the Blind — Assistive-tech project helping navigation and safety for visually impaired users.
Build practical embedded electronics skills using Arduino microcontrollers: Pocket Piano using 555 Timer Ic — ideal for academic projects, internships and RIA lab portfolio builds.
Explore power monitoring and industrial control concepts using Arduino microcontrollers: Arduino Powered Mp3 Player — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills using Arduino microcontrollers: Portable Pm10 Pm2.5 Pollution Analyzer — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills using Arduino microcontrollers: Smart Digital SchoolBell with Timetable Display — ideal for academic projects, internships and RIA lab portfolio builds.
Explore power monitoring and industrial control concepts using Arduino microcontrollers: Arduino Stepper Motor Controller — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills using Arduino microcontrollers: Stop and Go Queue Entry Manager System — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills using Arduino microcontrollers: Digital Car Turning and Braking Indicator — Automotive safety and intelligent vehicle systems.
Build practical embedded electronics skills using Arduino microcontrollers: Digital Nameplate with Visitor Sensing — ideal for academic projects, internships and RIA lab portfolio builds.
Take flight with UAV/RC vehicle engineering using Arduino microcontrollers: Weather Imaging CubeSat with Telemetry Transmission — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills using Arduino microcontrollers: Coin Operated Water Atm with Bottle Dispenser — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills using Arduino microcontrollers: Contactless Switch for 4 Load Switching — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills using Arduino microcontrollers: Smart Vehicle Headlight Auto Switching — Automotive safety and intelligent vehicle systems.
Build practical embedded electronics skills using Arduino microcontrollers: Contactless Gesture Controlled Study Lamp — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills using Arduino microcontrollers: Earthquake Monitor and Alerting System — ideal for academic projects, internships and RIA lab portfolio builds.
Apply AI and computer vision to a field-ready prototype using Arduino microcontrollers: 3d Scanner Machine using Arduino — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills using Arduino microcontrollers: 4 Slot Coin Operated Cola Vending Machine — ideal for academic projects, internships and RIA lab portfolio builds.
Design and program a real robotics automation build using Arduino microcontrollers: 8 Leg Spider Robot by Theo Jansen Linkage — Mobile robotics with sensing, control and autonomous behaviour.
Apply AI and computer vision to a field-ready prototype using Arduino microcontrollers: Barcode Scanner & Display using Arduino — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills using Arduino microcontrollers: Gesture Control Bicycle Indicator Gloves — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills using Arduino microcontrollers: Voice Controlled Air Purifier — Voice-interaction and human–machine interface skills employers value.
Build practical embedded electronics skills using Arduino microcontrollers: Automatic Hydroponic Plant Grow Pot — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills using Arduino microcontrollers: Rain Sensing Hands Free Umbrella Bag — ideal for academic projects, internships and RIA lab portfolio builds.
Design and program a real robotics automation build using Arduino microcontrollers: Programmable Robotic Arm using Arduino — Mobile robotics with sensing, control and autonomous behaviour.
Build practical embedded electronics skills using Arduino microcontrollers: Covid-19 Vaccine Cold Storage Box — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills using Arduino microcontrollers: Arduino Multi Player Air Hockey Table — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills using Arduino microcontrollers: Automatic Wire Cutter and Stripper Machine — ideal for academic projects, internships and RIA lab portfolio builds.
Take flight with UAV/RC vehicle engineering using Arduino microcontrollers: Fire Extinguisher & Fire Fighting Drone — Safety-critical monitoring with alerts — strong portfolio piece for embedded careers.
Build practical embedded electronics skills using Arduino microcontrollers: Fog Disinfection Handwash Machine to Save Water — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills using Arduino microcontrollers: Semi Automatic Back Massager Machine — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills using Arduino microcontrollers: Portable Ppe Kit Sterilizer Ozone + Uv — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills using Arduino microcontrollers: Arduino Alcohol Sense Engine Lock — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills using Arduino microcontrollers: Arduino Covid Disinfection Box — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills using Arduino microcontrollers: Dual Mount Auto Sanitizer Dispenser — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills using Arduino microcontrollers: Auto Indoor Hydroponic Fodder Grow Chamber — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills using Arduino microcontrollers: Diy Ventilator using Arduino for Covid Pandemic — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills using Arduino microcontrollers: Auto Temperature Detector for Entrance for Covid Safety — Safety-critical monitoring with alerts — strong portfolio piece for embedded careers.
Build practical embedded electronics skills using Arduino microcontrollers: Waste and Garbage Recycling Vending Machine Project — ideal for academic projects, internships and RIA lab portfolio builds.
Take flight with UAV/RC vehicle engineering using Arduino microcontrollers: Water Pollution Monitoring Rc Boat — Marine robotics and remote-operated vehicle engineering.
Build practical embedded electronics skills using Arduino microcontrollers: Automatic Waste Segregation System — ideal for academic projects, internships and RIA lab portfolio builds.
Design and program a real robotics automation build using Arduino microcontrollers: Arduino based Snake Robot Controlled using Android Application — Mobile robotics with sensing, control and autonomous behaviour.
Build practical embedded electronics skills using Arduino microcontrollers: Smart Door Receptionist with Smart Lock — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills using Arduino microcontrollers: Advanced Automatic Self-Car Parking using Arduino Project — Urban mobility and smart-city style automation you can demo on campus.
Design and program a real robotics automation build using Arduino microcontrollers: Arduino Based Autonomous Fire Fighting Robot — Safety-critical monitoring with alerts — strong portfolio piece for embedded careers.
Build practical embedded electronics skills using Arduino microcontrollers: Home Air Quality Monitoring System Project — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills using Arduino microcontrollers: Automatic Lemon Juice Vending Machine — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills using Arduino microcontrollers: Load Sensing Seats with Lights Fan Control — Marine robotics and remote-operated vehicle engineering.
Explore power monitoring and industrial control concepts using Arduino microcontrollers: Arduino Based System to Measure Solar Power — Renewable energy and green-tech experimentation with measurable outcomes.
Build practical embedded electronics skills using Arduino microcontrollers: Fingerprint Based Bank Locker System — Access control and security electronics with real deployment scenarios.
Build practical embedded electronics skills using Arduino microcontrollers: Fingerprint Vehicle Starter Project — Access control and security electronics with real deployment scenarios.
Build practical embedded electronics skills using Arduino microcontrollers: Motion Based Door Opener with Metal Detector — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills using Arduino microcontrollers: Ultrasonic Radar Project — Classic robotics sensing, navigation and control fundamentals.
Design and program a real robotics automation build using Arduino microcontrollers: High Performance Hovercraft with Power Turning — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills using Arduino microcontrollers: Vehicle Movement Based Street Lights with External Light Sensing — Urban mobility and smart-city style automation you can demo on campus.
Build practical embedded electronics skills using Arduino microcontrollers: Alcohol Sensing Alert with Engine Locking Project — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills using Arduino microcontrollers: Pc Based Home Automation — Connected home automation you can extend into a full IoT product.
Design and program a real robotics automation build using Arduino microcontrollers: Advanced Military Spying & Bomb Disposal Robot — Mobile robotics with sensing, control and autonomous behaviour.
Build practical embedded electronics skills using Arduino microcontrollers: Human Speed Detection Project — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills using Arduino microcontrollers: Machine Overheat Detection with Alert — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills using Arduino microcontrollers: Automated Visitor Counter with 7 Segment Display — ideal for academic projects, internships and RIA lab portfolio builds.
Design and program a real robotics automation build using Arduino microcontrollers: Voice Controlled Robotic Vehicle — Voice-interaction and human–machine interface skills employers value.
Build practical embedded electronics skills using Arduino microcontrollers: Fingerprint Authenticated Device Switcher — Access control and security electronics with real deployment scenarios.
Build practical embedded electronics skills using Arduino microcontrollers: Fingerprint Based Exam Hall Authentication — Access control and security electronics with real deployment scenarios.
Build practical embedded electronics skills using Arduino microcontrollers: Rain Sensing Automatic Car Wiper — Automotive safety and intelligent vehicle systems.
Connect sensors, actuators and cloud-ready IoT logic on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Phone Control Car — Automotive safety and intelligent vehicle systems.
Connect sensors, actuators and cloud-ready IoT logic on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Wind & Solar Mobile Charging Station — Renewable energy and green-tech experimentation with measurable outcomes.
Connect sensors, actuators and cloud-ready IoT logic on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Iot Covid Patient Health Monitor in Quarantine — Healthcare-oriented embedded system with social impact.
Build practical embedded electronics skills on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Diy Bluetooth Gamepad for Android Gaming — Wireless communication and remote monitoring fundamentals.
Connect sensors, actuators and cloud-ready IoT logic on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Iot Circuit Breaker Project — Wireless communication and remote monitoring fundamentals.
Build practical embedded electronics skills on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Remote Control Plant Watering System using 8051 — ideal for academic projects, internships and RIA lab portfolio builds.
Connect sensors, actuators and cloud-ready IoT logic on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Iot Mining Tracking & Worker Safety Helmet — Safety-critical monitoring with alerts — strong portfolio piece for embedded careers.
Connect sensors, actuators and cloud-ready IoT logic on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Wifi Based Secure Wireless Communication using Rsa — Wireless communication and remote monitoring fundamentals.
Connect sensors, actuators and cloud-ready IoT logic on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Iot Car Parking System — Urban mobility and smart-city style automation you can demo on campus.
Connect sensors, actuators and cloud-ready IoT logic on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Zigbee Based Gas Fire Detection System — Safety-critical monitoring with alerts — strong portfolio piece for embedded careers.
Connect sensors, actuators and cloud-ready IoT logic on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Iot Smart Energy Grid — Wireless communication and remote monitoring fundamentals.
Explore power monitoring and industrial control concepts on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Bill Prediction & Power Factor Measuring with Sms Alert — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Lifi Data Transfer System — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Rfid Token Based Appointment Calling System — Access control and security electronics with real deployment scenarios.
Build practical embedded electronics skills on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Mobile Phone & Cash Uv Disinfector for Covid — ideal for academic projects, internships and RIA lab portfolio builds.
Connect sensors, actuators and cloud-ready IoT logic on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Iot Iv Bag Monitoring and Alert System — Wireless communication and remote monitoring fundamentals.
Design and program a real robotics automation build on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Wireless Master Joystick Controller for Robotics — Mobile robotics with sensing, control and autonomous behaviour.
Take flight with UAV/RC vehicle engineering on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Iot Water Pollution Monitor Rc Boat — Wireless communication and remote monitoring fundamentals.
Explore power monitoring and industrial control concepts on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Solar Power Bank with Wireless Charging — Renewable energy and green-tech experimentation with measurable outcomes.
Build practical embedded electronics skills on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Gesture Control Bluetooth Speaker — Wireless communication and remote monitoring fundamentals.
Connect sensors, actuators and cloud-ready IoT logic on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Contactless Iot Doorbell — Wireless communication and remote monitoring fundamentals.
Explore power monitoring and industrial control concepts on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Android Powered Juice Vending Machine — ideal for academic projects, internships and RIA lab portfolio builds.
Connect sensors, actuators and cloud-ready IoT logic on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Iot Smart Parking using Rfid — Urban mobility and smart-city style automation you can demo on campus.
Connect sensors, actuators and cloud-ready IoT logic on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Iot Syringe Infusion Pump — Wireless communication and remote monitoring fundamentals.
Take flight with UAV/RC vehicle engineering on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Iot Weather Station Airship — Wireless communication and remote monitoring fundamentals.
Connect sensors, actuators and cloud-ready IoT logic on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Iot Garbage Segregator & Bin Level Indicator — Wireless communication and remote monitoring fundamentals.
Connect sensors, actuators and cloud-ready IoT logic on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Iot Temperature & Mask Scan Entry System — Computer-vision pipeline from sensor to decision.
Connect sensors, actuators and cloud-ready IoT logic on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Iot Contactless Covid Testing Booth Automation — Wireless communication and remote monitoring fundamentals.
Design and program a real robotics automation build on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Iot Dog Daycare Robot — Mobile robotics with sensing, control and autonomous behaviour.
Connect sensors, actuators and cloud-ready IoT logic on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Zigbee based Wireless Home Security System — Access control and security electronics with real deployment scenarios.
Design and program a real robotics automation build on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Garbage Collection Robot using Wireless Communication Technology — Mobile robotics with sensing, control and autonomous behaviour.
Explore power monitoring and industrial control concepts on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Advanced Footstep Power Generation System using Rfid for Charging — Access control and security electronics with real deployment scenarios.
Connect sensors, actuators and cloud-ready IoT logic on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Greenhouse Monitoring and Control System using Iot Project — Wireless communication and remote monitoring fundamentals.
Connect sensors, actuators and cloud-ready IoT logic on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Iot Based Coal Mine Safety Monitoring and Alerting System — Safety-critical monitoring with alerts — strong portfolio piece for embedded careers.
Connect sensors, actuators and cloud-ready IoT logic on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Iot Based Heart Monitoring System using Ecg — Healthcare-oriented embedded system with social impact.
Connect sensors, actuators and cloud-ready IoT logic on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Iot Based Monitoring System for Comatose Patients — Healthcare-oriented embedded system with social impact.
Connect sensors, actuators and cloud-ready IoT logic on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Iot Early Flood Detection & Avoidance — Wireless communication and remote monitoring fundamentals.
Connect sensors, actuators and cloud-ready IoT logic on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Iot Prison Break Monitoring & Alerting System — Wireless communication and remote monitoring fundamentals.
Connect sensors, actuators and cloud-ready IoT logic on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Iot Paralysis Patient Health Care Project — Automotive safety and intelligent vehicle systems.
Build practical embedded electronics skills on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Rfid Based Smart Master Card for Bus Train Metro Ticketing — Access control and security electronics with real deployment scenarios.
Connect sensors, actuators and cloud-ready IoT logic on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Dc Motor Speed Control using Gsm — Wireless communication and remote monitoring fundamentals.
Build practical embedded electronics skills on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Ir Wireless Underwater Communication System — Wireless communication and remote monitoring fundamentals.
Connect sensors, actuators and cloud-ready IoT logic on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Zigbee Based Room Temperature Controller Project — Connected home automation you can extend into a full IoT product.
Build practical embedded electronics skills on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Tv Remote Controlled Home Automation Pic — Connected home automation you can extend into a full IoT product.
Connect sensors, actuators and cloud-ready IoT logic on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Iot Based Icu Patient Monitoring System — Healthcare-oriented embedded system with social impact.
Connect sensors, actuators and cloud-ready IoT logic on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Iot Irrigation Monitoring & Controller System — Smart agriculture and water-management automation for real-world sustainability.
Build practical embedded electronics skills on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Traffic Density Control with Android Override using Avr — Urban mobility and smart-city style automation you can demo on campus.
Explore power monitoring and industrial control concepts on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Smart Wireless Battery Charging with Charge Monitor Project — Wireless communication and remote monitoring fundamentals.
Design and program a real robotics automation build on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Hovercraft Controlled by Android — ideal for academic projects, internships and RIA lab portfolio builds.
Connect sensors, actuators and cloud-ready IoT logic on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Gsm based Industry Protection System — Wireless communication and remote monitoring fundamentals.
Build practical embedded electronics skills on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Vehicle Theft Detection/Notification with Remote Engine Locking — Automotive safety and intelligent vehicle systems.
Build practical embedded electronics skills on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Android Controlled Automobile — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Home Automation using Android — Connected home automation you can extend into a full IoT product.
Connect sensors, actuators and cloud-ready IoT logic on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Zigbee Based Secure Wireless Communication using Aes — Wireless communication and remote monitoring fundamentals.
Connect sensors, actuators and cloud-ready IoT logic on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Gsm Based Weather Reporting (Temperature/Light/Humidity) — Wireless communication and remote monitoring fundamentals.
Build practical embedded electronics skills on ESP32/ESP8266 with Wi-Fi and IoT connectivity: Wireless Red Signal Alerting for Trains — Wireless communication and remote monitoring fundamentals.
Design and program a real robotics automation build with STM32 for advanced embedded performance: Eye Antisleep Alarm System — Safety-critical monitoring with alerts — strong portfolio piece for embedded careers.
Design and program a real robotics automation build with STM32 for advanced embedded performance: Water Level Alarm — Safety-critical monitoring with alerts — strong portfolio piece for embedded careers.
Design and program a real robotics automation build with STM32 for advanced embedded performance: Teft Alarm — Safety-critical monitoring with alerts — strong portfolio piece for embedded careers.
Design and program a real robotics automation build with STM32 for advanced embedded performance: Gas Leak Alarm — Safety-critical monitoring with alerts — strong portfolio piece for embedded careers.
Design and program a real robotics automation build with STM32 for advanced embedded performance: Gas Leak Monitoring Alarm — Safety-critical monitoring with alerts — strong portfolio piece for embedded careers.
Design and program a real robotics automation build with STM32 for advanced embedded performance: Laser Teft Alarm — Safety-critical monitoring with alerts — strong portfolio piece for embedded careers.
Take flight with UAV/RC vehicle engineering with STM32 for advanced embedded performance: Rc Solar Lake Pool Cleaner Drone — Aerial robotics with navigation, surveillance or rescue use cases.
Explore power monitoring and industrial control concepts with STM32 for advanced embedded performance: SeaWave Power Generator with Solar — Renewable energy and green-tech experimentation with measurable outcomes.
Take flight with UAV/RC vehicle engineering with STM32 for advanced embedded performance: Self Charging Solar Powered Drone — Aerial robotics with navigation, surveillance or rescue use cases.
Explore power monitoring and industrial control concepts with STM32 for advanced embedded performance: Floating Sun Tracker Hydraulic Solar Panel — Renewable energy and green-tech experimentation with measurable outcomes.
Explore power monitoring and industrial control concepts with STM32 for advanced embedded performance: Solar Outdoor Air Purifier & Air Quality Monitor — Renewable energy and green-tech experimentation with measurable outcomes.
Explore power monitoring and industrial control concepts with STM32 for advanced embedded performance: Power Generation using Speed Breakers — ideal for academic projects, internships and RIA lab portfolio builds.
Explore power monitoring and industrial control concepts with STM32 for advanced embedded performance: Electricity Generator Tiles Project — ideal for academic projects, internships and RIA lab portfolio builds.
Explore power monitoring and industrial control concepts with STM32 for advanced embedded performance: Enhanced Vertical Windmill System — ideal for academic projects, internships and RIA lab portfolio builds.
Explore power monitoring and industrial control concepts with STM32 for advanced embedded performance: Power Generation using Electromagnetic Suspension — ideal for academic projects, internships and RIA lab portfolio builds.
Explore power monitoring and industrial control concepts with STM32 for advanced embedded performance: Design & Fabrication of Mechanical Footstep Power Generator — ideal for academic projects, internships and RIA lab portfolio builds.
Explore power monitoring and industrial control concepts with STM32 for advanced embedded performance: Mini Windmill Power Generation Project — ideal for academic projects, internships and RIA lab portfolio builds.
Apply AI and computer vision to a field-ready prototype with STM32 for advanced embedded performance: Solar Panel with Sun Position Tracking — Renewable energy and green-tech experimentation with measurable outcomes.
Explore power monitoring and industrial control concepts with STM32 for advanced embedded performance: Pedal Powered Electricity Generator Project — ideal for academic projects, internships and RIA lab portfolio builds.
Explore power monitoring and industrial control concepts with STM32 for advanced embedded performance: Irrigation System running on Solar Power — Smart agriculture and water-management automation for real-world sustainability.
Explore power monitoring and industrial control concepts with STM32 for advanced embedded performance: System to Measure Solar Power — Renewable energy and green-tech experimentation with measurable outcomes.
Explore power monitoring and industrial control concepts with STM32 for advanced embedded performance: Controlling Solar Energy Charge — Renewable energy and green-tech experimentation with measurable outcomes.
Explore power monitoring and industrial control concepts with STM32 for advanced embedded performance: Fully Automated Solar Grass Cutter — Renewable energy and green-tech experimentation with measurable outcomes.
Explore power monitoring and industrial control concepts with STM32 for advanced embedded performance: Smart Solar Grass Cutter with Lawn Coverage — Renewable energy and green-tech experimentation with measurable outcomes.
Explore power monitoring and industrial control concepts with STM32 for advanced embedded performance: Dual Power Generation Solar Plus Windmill Generator — Renewable energy and green-tech experimentation with measurable outcomes.
Explore power monitoring and industrial control concepts with STM32 for advanced embedded performance: Advanced Footstep Power Generation System — ideal for academic projects, internships and RIA lab portfolio builds.
Explore power monitoring and industrial control concepts with STM32 for advanced embedded performance: Solar Ups Project — Renewable energy and green-tech experimentation with measurable outcomes.
Design and program a real robotics automation build with STM32 for advanced embedded performance: Programmable Omni Direction Robotic Arm Vehicle — Mobile robotics with sensing, control and autonomous behaviour.
Build practical embedded electronics skills with STM32 for advanced embedded performance: Automatic Noise Level Monitor & Controller System — ideal for academic projects, internships and RIA lab portfolio builds.
Explore power monitoring and industrial control concepts with STM32 for advanced embedded performance: Induction Motor Controller and Protection System — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills with STM32 for advanced embedded performance: Ev Bms with Charge Monitor and Fire Protection — Safety-critical monitoring with alerts — strong portfolio piece for embedded careers.
Build practical embedded electronics skills with STM32 for advanced embedded performance: Auto Baby Cry Detector Sleep Music Player Pic — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills with STM32 for advanced embedded performance: Auto Billing Mall Shopping Cart 8051 — Automotive safety and intelligent vehicle systems.
Explore power monitoring and industrial control concepts with STM32 for advanced embedded performance: Solar Powered Battery Charging with Reverse Current Protection — Renewable energy and green-tech experimentation with measurable outcomes.
Design and program a real robotics automation build with STM32 for advanced embedded performance: Multi Robot Coordination for Swarm Robotics — Mobile robotics with sensing, control and autonomous behaviour.
Build practical embedded electronics skills with STM32 for advanced embedded performance: Short Circuit Indicator Project — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills with STM32 for advanced embedded performance: Industrial Production Line Counter System — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills with STM32 for advanced embedded performance: Industrial Production Target Counter Display System — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills with STM32 for advanced embedded performance: Ebike Speed Controller System — ideal for academic projects, internships and RIA lab portfolio builds.
Take flight with UAV/RC vehicle engineering with STM32 for advanced embedded performance: Solar SeaWeather and Pollution Transmitter Buoy — Renewable energy and green-tech experimentation with measurable outcomes.
Build practical embedded electronics skills with STM32 for advanced embedded performance: Portable Induction Cooktop with Time/Temp Settings — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills with STM32 for advanced embedded performance: Electromagnetic Coil Gun 3 Stage — ideal for academic projects, internships and RIA lab portfolio builds.
Explore power monitoring and industrial control concepts with STM32 for advanced embedded performance: Automatic Coil Winding Machine — ideal for academic projects, internships and RIA lab portfolio builds.
Design and program a real robotics automation build with STM32 for advanced embedded performance: Solar Floor Cleaner Robot — Renewable energy and green-tech experimentation with measurable outcomes.
Explore power monitoring and industrial control concepts with STM32 for advanced embedded performance: Solar Outdoor Air Purifier & Air Quality Monitor — Renewable energy and green-tech experimentation with measurable outcomes.
Build practical embedded electronics skills with STM32 for advanced embedded performance: Indoor Farming Hydroponic Plant Grow Chamber — Robotic manipulation and mechatronics integration.
Explore power monitoring and industrial control concepts with STM32 for advanced embedded performance: Floating Sun Tracker Hydraulic Solar Panel — Renewable energy and green-tech experimentation with measurable outcomes.
Build practical embedded electronics skills with STM32 for advanced embedded performance: Diy Oxygen Concentrator Generator for Covid 19 — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills with STM32 for advanced embedded performance: Gas Leakage Detection with Buzzer System using Atmega — Safety-critical monitoring with alerts — strong portfolio piece for embedded careers.
Build practical embedded electronics skills with STM32 for advanced embedded performance: Auto Selection of any Available Phase in 3 Phase Supply System — ideal for academic projects, internships and RIA lab portfolio builds.
Explore power monitoring and industrial control concepts with STM32 for advanced embedded performance: Acpwm Control System for Induction Motor using Avr Microcontroller — ideal for academic projects, internships and RIA lab portfolio builds.
Explore power monitoring and industrial control concepts with STM32 for advanced embedded performance: Dual Axis Solar Tracking System with Weather Sensor — Renewable energy and green-tech experimentation with measurable outcomes.
Explore power monitoring and industrial control concepts with STM32 for advanced embedded performance: Rotating Solar Inverter Project using Microcontroller 50w — Renewable energy and green-tech experimentation with measurable outcomes.
Explore power monitoring and industrial control concepts with STM32 for advanced embedded performance: Vertical Axis Wind Turbine with Inverter — ideal for academic projects, internships and RIA lab portfolio builds.
Design and program a real robotics automation build with STM32 for advanced embedded performance: Motion Controlled Pick & Place Obstacle Avoider Robot — Mobile robotics with sensing, control and autonomous behaviour.
Build practical embedded electronics skills with STM32 for advanced embedded performance: Plant Soil Moisture & Ph Sensing Alarm using 8051 — Smart agriculture and water-management automation for real-world sustainability.
Build practical embedded electronics skills with STM32 for advanced embedded performance: Smart Crop Protection System From Animals Pic — ideal for academic projects, internships and RIA lab portfolio builds.
Explore power monitoring and industrial control concepts with STM32 for advanced embedded performance: Induction Motor Speed & Direction Controller — ideal for academic projects, internships and RIA lab portfolio builds.
Explore power monitoring and industrial control concepts with STM32 for advanced embedded performance: Mini Windmill Power Generation Project — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills with STM32 for advanced embedded performance: Multiple Cities Load Shedding using Arm — Robotic manipulation and mechatronics integration.
Explore power monitoring and industrial control concepts with STM32 for advanced embedded performance: Solar Peizo Hybrid Power Charging System — Renewable energy and green-tech experimentation with measurable outcomes.
Explore power monitoring and industrial control concepts with STM32 for advanced embedded performance: Induction Motor Speed Controller Project — ideal for academic projects, internships and RIA lab portfolio builds.
Explore power monitoring and industrial control concepts with STM32 for advanced embedded performance: Hybrid Inverter with Solar Battery Charging — Renewable energy and green-tech experimentation with measurable outcomes.
Build practical embedded electronics skills with STM32 for advanced embedded performance: Smart Room Temperature Controller Atmega — Connected home automation you can extend into a full IoT product.
Build practical embedded electronics skills with STM32 for advanced embedded performance: Accurate Room Temperature Controller Project — Connected home automation you can extend into a full IoT product.
Explore power monitoring and industrial control concepts with STM32 for advanced embedded performance: Smart Solar Grass Cutter with Lawn Coverage — Renewable energy and green-tech experimentation with measurable outcomes.
Build practical embedded electronics skills with STM32 for advanced embedded performance: Automatic Light Intensity Controller by External Light Sensing — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills with STM32 for advanced embedded performance: Prepaid Energy Meter with Theft Detection — ideal for academic projects, internships and RIA lab portfolio builds.
Explore power monitoring and industrial control concepts with STM32 for advanced embedded performance: Fully Automated Solar Grass Cutter — Renewable energy and green-tech experimentation with measurable outcomes.
Build practical embedded electronics skills with STM32 for advanced embedded performance: Automated Elevator with Overload Alert — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills with STM32 for advanced embedded performance: Accurate Room Temperature Controller Project — Connected home automation you can extend into a full IoT product.
Connect sensors, actuators and cloud-ready IoT logic powered by Raspberry Pi for edge computing: Iot Garbage Monitoring using Raspberry Pi — Wireless communication and remote monitoring fundamentals.
Connect sensors, actuators and cloud-ready IoT logic powered by Raspberry Pi for edge computing: Iot Flood Monitoring & Alerting System using Ras Pi — Wireless communication and remote monitoring fundamentals.
Design and program a real robotics automation build powered by Raspberry Pi for edge computing: Object Tracker & Follower Robot using Raspberry Pi — Mobile robotics with sensing, control and autonomous behaviour.
Connect sensors, actuators and cloud-ready IoT logic powered by Raspberry Pi for edge computing: Iot Weather Reporting System using Adruino and Ras Pi — Wireless communication and remote monitoring fundamentals.
Build practical embedded electronics skills powered by Raspberry Pi for edge computing: Wearable Computer with Temperature Distance Sensors — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills powered by Raspberry Pi for edge computing: Video Calling/Recording Smartphone Stand — ideal for academic projects, internships and RIA lab portfolio builds.
Take flight with UAV/RC vehicle engineering powered by Raspberry Pi for edge computing: Rc Underwater Exploration Drone — Aerial robotics with navigation, surveillance or rescue use cases.
Take flight with UAV/RC vehicle engineering powered by Raspberry Pi for edge computing: Indoor Racing Drone with Action Camera — Aerial robotics with navigation, surveillance or rescue use cases.
Take flight with UAV/RC vehicle engineering powered by Raspberry Pi for edge computing: Diy Tricopter Selfie Drone — Aerial robotics with navigation, surveillance or rescue use cases.
Apply AI and computer vision to a field-ready prototype powered by Raspberry Pi for edge computing: Raspberry Pi Based Vehicle Starter on Face Detection — Automotive safety and intelligent vehicle systems.
Design and program a real robotics automation build powered by Raspberry Pi for edge computing: Smart Stand-up wheelchair using Raspberry Pi & Rf — ideal for academic projects, internships and RIA lab portfolio builds.
Apply AI and computer vision to a field-ready prototype powered by Raspberry Pi for edge computing: Face Recognition Door Lock System using Raspberry Pi — Access control and security electronics with real deployment scenarios.
Apply AI and computer vision to a field-ready prototype powered by Raspberry Pi for edge computing: Raspberry Pi Vehicle Anti-Theft Face Recognition System — Automotive safety and intelligent vehicle systems.
Build practical embedded electronics skills powered by Raspberry Pi for edge computing: Voice Based Hot Cold-Water Dispenser System using Ras Pi — ideal for academic projects, internships and RIA lab portfolio builds.
Connect sensors, actuators and cloud-ready IoT logic powered by Raspberry Pi for edge computing: Raspberry Pi based Weather Reporting Over Iot — Wireless communication and remote monitoring fundamentals.
Design and program a real robotics automation build powered by Raspberry Pi for edge computing: Raspberry Pi Wheelchair with Safety System — Safety-critical monitoring with alerts — strong portfolio piece for embedded careers.
Build practical embedded electronics skills on NVIDIA Jetson for AI-accelerated robotics: Social Distancing Id Card — Automotive safety and intelligent vehicle systems.
Build practical embedded electronics skills on NVIDIA Jetson for AI-accelerated robotics: Air Water Pollution Sensing Smart Watch — ideal for academic projects, internships and RIA lab portfolio builds.
Build practical embedded electronics skills on NVIDIA Jetson for AI-accelerated robotics: Wearable Oscilloscope Smart Watch — ideal for academic projects, internships and RIA lab portfolio builds.
Take flight with UAV/RC vehicle engineering on NVIDIA Jetson for AI-accelerated robotics: Waterproof Action Camera Drone — Aerial robotics with navigation, surveillance or rescue use cases.
Build practical embedded electronics skills on NVIDIA Jetson for AI-accelerated robotics: Lidar Micro Done with Proximity Sensing — ideal for academic projects, internships and RIA lab portfolio builds.
Design and program a real robotics automation build on NVIDIA Jetson for AI-accelerated robotics: Iot Virtual Doctor Robot — Mobile robotics with sensing, control and autonomous behaviour.
Take flight with UAV/RC vehicle engineering on NVIDIA Jetson for AI-accelerated robotics: 360° Aerial Surveillance Uav with Iot Camera — Aerial robotics with navigation, surveillance or rescue use cases.
Take flight with UAV/RC vehicle engineering on NVIDIA Jetson for AI-accelerated robotics: 360° Filmmaking Drone for 4k Hd Video — Aerial robotics with navigation, surveillance or rescue use cases.
Take flight with UAV/RC vehicle engineering on NVIDIA Jetson for AI-accelerated robotics: Thermal Screening Drone — Aerial robotics with navigation, surveillance or rescue use cases.
Build practical embedded electronics skills on NVIDIA Jetson for AI-accelerated robotics: Ai Bartender Cocktail Maker Machine — ideal for academic projects, internships and RIA lab portfolio builds.
Design and program a real robotics automation build on NVIDIA Jetson for AI-accelerated robotics: Iot Social Distancing & Monitoring Robot for Queue — Mobile robotics with sensing, control and autonomous behaviour.
Design and program a real robotics automation build on NVIDIA Jetson for AI-accelerated robotics: Autonomous Theft Proof Delivery Robot for Food & Ecommerce — Mobile robotics with sensing, control and autonomous behaviour.
Take flight with UAV/RC vehicle engineering on NVIDIA Jetson for AI-accelerated robotics: Social Distancing & Mask Monitor Drone — Aerial robotics with navigation, surveillance or rescue use cases.
Take flight with UAV/RC vehicle engineering on NVIDIA Jetson for AI-accelerated robotics: Multi-purpose Sea Surveillance + Search & Rescue Rc Boat — Mobile robotics with sensing, control and autonomous behaviour.
Take flight with UAV/RC vehicle engineering on NVIDIA Jetson for AI-accelerated robotics: Intelligent Surveillance and Night Patrolling Drone — Aerial robotics with navigation, surveillance or rescue use cases.
Build practical embedded electronics skills on NVIDIA Jetson for AI-accelerated robotics: Secure Fingerprint Bank Locker with Image Capture — Access control and security electronics with real deployment scenarios.
Design and program a real robotics automation build on NVIDIA Jetson for AI-accelerated robotics: Rf Controlled Spy Robot with Night Vision Camera — Aerial robotics with navigation, surveillance or rescue use cases.
Join RIA School of Robotics — ROS, Gazebo, NVIDIA Isaac Sim, Arduino, ESP32, STM32, Raspberry Pi and Jetson labs in Chennai.