BEGIN:VCALENDAR VERSION:2.0 PRODID:-//360exp//Events//ES METHOD:PUBLISH BEGIN:VTIMEZONE TZID:Asia/Kolkata TZURL:http://tzurl.org/zoneinfo-outlook/Asia/Kolkata X-LIC-LOCATION:Asia/Kolkata BEGIN:STANDARD TZOFFSETFROM:+0530 TZOFFSETTO:+0530 TZNAME:IST DTSTART:19700101T000000 END:STANDARD END:VTIMEZONE TIMEZONE-ID:Asia/Kolkata X-WR-TIMEZONE:Asia/Kolkata BEGIN:VEVENT UID:0e1105f1-80e7-49d0-b265-b551ded6d29a@360exp.net SEQUENCE:0 DTSTAMP:20260824T132747 DTSTART;TZID=Asia/Kolkata:20260926T033000 DTEND;TZID=Asia/Kolkata:20260927T103000 SUMMARY:IoT & Robotics-ROS | 2 Days Workshop at IIT Guwahati LOCATION:IIT Guwahati DESCRIPTION:Tech Workshop Series 2026 with Globally Recognized Certificati on by Techobytes Technologies and Alcheringa'27 IIT Guwahati.Content will be covered from basic to advance level.AI-IOT-ROBOTICS-ROSDuration: 2 Days (14-16 HRS)Eligibility: Open to all\, including B.Tech\, B.E.\, undergrad uate and postgraduate students\, college students\, school students\, and anyone interested in AI\, IoT\, Robotics\, and ROS.Workshop Objective & Fi nal Project GoalBuild an AI-powered object-following robot that: - Uses ES P8266 for communication- Receives commands from a laptop- Uses IoT protoco ls for communication- Uses OpenCV + MediaPipe + YOLO for vision - Uses ROS for software architecture- Detects and follows an object- Avoids obstacle s- Stops near the target objectDAY 1 – Electronics\, Robot Building & Io TSession 1 : Introduction to Electronics & Embedded Systems Theory- What i s a microcontroller?- Arduino architecture- Input vs Output- Digital signa ls- Sensors and actuators- Understanding voltage\, current and GPIOActivit y 1 : Digital Input & OutputPrograms:- LED Blink- Multiple LED patterns- P ush Button Input- LED controlled using buttonLearning Outcome:- Understand Digital Read() - Understand Digital Write()Session 2 : Serial Communicati on Theory- What is UART?- Serial Monitor- Data transmission basicsActivity 2- Read user input from Serial Monitor- Control LEDs using serial command s - Create simple command interfaceLearning Outcome: Human-to-Microcontrol ler communicationSession 3 : Robot Building WorkshopHardware Assembly- Cha ssis assembly- Motor driver integration- Wheel mounting- Power connections - ESP8266/Arduino integrationActivity 3 : Robot Movement Programming Progr ams:- Forward- Backward- Left- Right - StopLearning Outcome:- Create a ful ly functional mobile robotSession 4 : IoT FundamentalsTheory- What is IoT? - Client-Server Architecture- Local vs Internet Communication - TCP vs UDP Session 5 : WiFi & Access Point ModeTheory- Station Mode- Access Point Mod e - Network basicsActivity 4- Configure ESP8266 as Access Point - Connect laptop/mobileSession 6 : HTTP CommunicationTheory- Requests and Responses - GET and POST- REST ConceptsActivity 5- Send commands to ESP8266 using br owser - Control robot through HTTPSession 7 : MQTT CommunicationTheory- Pu blish/Subscribe Model - Broker Architecture- Real-time communicationActivi ty 6- Publish messages- Subscribe to robot commands - Remote robot control Session 8 : UDP Communication Theory- Low-latency communication- Use cases in roboticsActivity 7- Send movement commands using UDPDay 1 Deliverable Students will have:✓ Functional robot✓ Serial communication ✓ WiFi c onnectivity✓ HTTP control✓ MQTT control✓ UDP communicationDAY 2 – AI Vision & ROSSession 1 : Introduction to Computer Vision Theory- What is OpenCV?- Image processing basics- Camera fundamentalsSession 2 : OpenCV A ctivitiesActivity 1- Webcam access - Image capture- Drawing shapes - Color detectionSession 3 : MediaPipeTheory- Landmark detection- Human pose esti mationActivity 2- Hand tracking- Body tracking- Gesture recognitionSession 4 : YOLO Object DetectionTheory- AI Object Detection - Bounding boxes- Co nfidence scoresActivity 3- Detect everyday objects - Real-time object trac kingROS FundamentalsSession 5 : ROS Overview Topics:- What is ROS?- Why RO S?- ROS Architecture- Nodes and communicationSession 6 : Environment Setup Activity- WSL Installation- ROS Installation- Workspace CreationLearning O utcome:- Create first ROS workspaceSession 7 : ROS TopicsTheory- Publisher - SubscriberActivity- Create Publisher Node- Create Subscriber Node - Exch ange messagesSession 8 : ROS MessagesActivity- Standard Messages - Custom MessagesSession 9 : ROS ServicesTheory- Request/Response communicationActi vity- Service Server- Service ClientSession 10 : ROS Launch FilesActivity- Create Launch Files- Start multiple nodes togetherSession 11 : Docker for ROSActivity- ROS Containers- Running ROS inside DockerFinal Project : AI- Powered Object Following Robot Components Used- ESP8266- Robot Chassis- Op enCV- MediaPipe- YOLO- ROS- MQTT/HTTP CommunicationProject Flow1. Camera c aptures video2. YOLO detects object3. ROS node processes detection4. ROS p ublishes movement commands5. IoT communication sends commands to ESP8266 6 . Robot moves toward object7. Obstacle avoidance logic prevents collision8 . Robot stops near targetDeliverables✓ Object detection✓ Object tracki ng✓ ROS communication✓ ESP8266 integration✓ Robot movement✓ Obstac le avoidance✓ End-to-end AI robotic systemWorkshop OutcomeBy the end of Day 2\, students will have learned:- Electronics Fundamentals - Arduino Pr ogramming- Serial Communication- Robot Building- HTTP- MQTT- UDP- OpenCV- MediaPipe - YOLO- ROS Topics- ROS Services- ROS Messages- ROS Launch Files - Docker Basics- AI-Powered Robotics IntegrationFinal Achievement:Build a complete AI-enabled autonomous robot from scratch.\n\nBoletos: https://www .district.in/events/iot-roboticsros-2-days-workshop-at-iit-guwahati-sep26- 2026-buy-tickets URL;VALUE=URI:https://360exp.net/events/0e1105f1-80e7-49d0-b265-b551ded6d2 9a END:VEVENT END:VCALENDAR