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TZID:Asia/Kathmandu
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DTSTART:20380119T085907
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BEGIN:VEVENT
DTSTAMP:20261007T083541Z
UID:8997E210-9195-45C9-816C-C98A239683E2
DTSTART;TZID=Asia/Kathmandu:20261028T100000
DTEND;TZID=Asia/Kathmandu:20261028T160000
DESCRIPTION:IoT Bootcamp program is designed to introduce students to the f
 undamentals of electronics\, microcontrollers\, sensors\, programming\, ne
 tworking\, and Internet of Things (IoT) applications through practical\, h
 ands-on activities.\n\nThe bootcamp will have the use of NodeMCU ESP8266 a
 long with DHT11 temperature and humidity sensor\, HC-SR04 ultrasonic senso
 r\, active buzzer\, and SG90 servo motor. Participants will be provided Ar
 duino IDE to program the microcontroller and progressively developed pract
 ical IoT applications.\n\nObjectives\n\n- To introduce students to the fun
 damental concepts of Internet of Things (IoT).\n- To provide hands-on expo
 sure to microcontrollers and electronic components.\n- To demonstrate the 
 practical application of sensors and actuators.\n- To introduce participan
 ts to programming and interfacing using NodeMCU ESP8266.\n- To develop an 
 understanding of sensor-based monitoring and automation.\n- To demonstrate
  Wi-Fi-based control of physical devices.\n- To encourage students to expl
 ore electronics\, IoT\, robotics\, and computer engineering.\n\nAgenda: \n
 - Practical introduction to IoT and embedded systems.\n- Hands-on use of N
 odeMCU ESP8266.\n- Sensor interfacing and microcontroller programming.\n- 
 Development of a smart weather monitoring system.\n- Development of a prox
 imity alarm.\n- Development of a Wi-Fi-enabled smart lock prototype.\n- Re
 al-time testing and experimentation.\n- Introduction to further learning o
 pportunities in IoT\, electronics\, robotics\, and computer engineering.\n
 \nBldg: KEC Makerspace\, Kalimati\, Kathmandu\, Nepal\, Nepal\, 44614
LOCATION:Bldg: KEC Makerspace\, Kalimati\, Kathmandu\, Nepal\, Nepal\, 4461
 4
ORGANIZER:ritu.bajracharya@kecktm.edu.np
SEQUENCE:26
SUMMARY:IoT Bootcamp
URL;VALUE=URI:https://events.vtools.ieee.org/m/583116
X-ALT-DESC:Description: <br /><p class="isSelectedEnd">IoT Bootcamp program
  is designed to introduce students to the fundamentals of electronics\, mi
 crocontrollers\, sensors\, programming\, networking\, and Internet of Thin
 gs (IoT) applications through practical\, hands-on activities.</p>\n<p>The
  bootcamp will have the use of&nbsp\;<strong>NodeMCU ESP8266</strong> alon
 g with DHT11 temperature and humidity sensor\, HC-SR04 ultrasonic sensor\,
  active buzzer\, and SG90 servo motor. Participants will be provided Ardui
 no IDE to program the microcontroller and progressively developed practica
 l IoT applications.</p>\n<h2>Objectives</h2>\n<ul data-spread="false">\n<l
 i>To introduce students to the fundamental concepts of Internet of Things 
 (IoT).</li>\n<li>To provide hands-on exposure to microcontrollers and elec
 tronic components.</li>\n<li>To demonstrate the practical application of s
 ensors and actuators.</li>\n<li>To introduce participants to programming a
 nd interfacing using NodeMCU ESP8266.</li>\n<li>To develop an understandin
 g of sensor-based monitoring and automation.</li>\n<li>To demonstrate Wi-F
 i-based control of physical devices.</li>\n<li>To encourage students to ex
 plore electronics\, IoT\, robotics\, and computer engineering.</li>\n</ul>
 <br /><br />Agenda: <br /><ul>\n<li>Practical introduction to IoT and embe
 dded systems.</li>\n<li>Hands-on use of NodeMCU ESP8266.</li>\n<li>Sensor 
 interfacing and microcontroller programming.</li>\n<li>Development of a sm
 art weather monitoring system.</li>\n<li>Development of a proximity alarm.
 </li>\n<li>Development of a Wi-Fi-enabled smart lock prototype.</li>\n<li>
 Real-time testing and experimentation.</li>\n<li>Introduction to further l
 earning opportunities in IoT\, electronics\, robotics\, and computer engin
 eering.</li>\n</ul>
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