Smart Devices with IOT
This practical micro course empowers learners to build professional smart home devices using IoT platforms, ESP microcontrollers, and cloud connectivity. Students create connected devices with mobile apps, cloud dashboards, and basic AI features for real-world automation and monitoring applications.
Key Learning Outcomes:
- Build cloud-connected IoT devices with Arduino Cloud and ESP platforms
- Create mobile/web dashboards for remote device control and monitoring
- Implement over-the-air (OTA) updates and secure cloud communication
- Integrate basic AI features like anomaly detection and predictive maintenance
- Design power-efficient IoT nodes with deep sleep and battery optimization
- Develop complete IoT solutions from hardware to cloud deployment
Platforms & Tools
- Arduino Cloud dashboards and device sync
- Blynk mobile app control
- ThingSpeak data visualization
- AWS IoT Core secure device messaging
Topics Covered
- ESP32/ESP8266 IoT programming with Arduino Cloud IoT
- Cloud platforms: Arduino Cloud, Blynk, ThingSpeak, AWS IoT Core
- Secure communication: MQTT, HTTPS, device certificates, API keys
- Mobile app integration: Native apps, Progressive Web Apps (PWA)
- Basic AI/ML: Edge anomaly detection, cloud predictive analytics
- Power management: Deep sleep modes, energy harvesting, solar charging
- Data visualization: Real-time charts, gauges, historical trends
Projects (Total 8+):
- ESP32/ESP8266 IoT programming and cloud linking
- MQTT/HTTPS security basics, API keys, device identity
- Progressive Web Apps (PWA) and dashboards
- Intro to edge anomaly alerts and cloud analytics
- Deep sleep modes and battery optimization
- Real-time charts, gauges, and historical trends
Teaching Methodology:
- Interactive coding and circuit building sessions
- Detailed Arduino programming tutorials and examples
- Hands-on projects with real components to reinforce learning
- Group discussions and troubleshooting workshops
- Regular assessment through project demonstrations
Prerequisites:
- Basic programming knowledge (Python for Young Engineers or equivalent)
- Familiarity with basic electronics concepts (from Robotics Foundation course)
Components, Hardware & Software Required
| Item | Purpose | Notes |
|---|---|---|
|
Arduino Uno Board |
Main microcontroller platform |
Core of all projects |
|
USB Cable |
For programming and powering Arduino |
Standard USB A to B cable |
|
Breadboard |
For circuit prototyping |
No soldering required
|
|
Jumper Wires |
Connecting components on breadboard |
Male-to-male and male-to-female |
|
IR Sensor |
Infrared sensor for obstacle and remote control |
For robot sensing and IR control |
|
LDR (Light Dependent Resistor) |
Light sensor for detecting light intensity |
Used in light tracking robot |
|
Ultrasonic Distance Sensor |
Distance measurement
|
HC-SR04 commonly used |
|
Motor Driver Module (L298N) |
Controls speed and direction of DC motors
|
Motor interfacing
|
|
DC Motors
|
Actuators for robot movement
|
Typically small geared motors |
|
PIR Motion Sensor |
Detects motion for automation |
Used in motion-activated lighting |
|
Soil Moisture Sensor
|
Measures soil moisture
|
For automatic plant watering system
|
|
Push Buttons |
User inputs for various control |
|
|
LEDs |
Output indicators |
Various colors |
|
Piezo Buzzer |
Sound output device |
For alarms or notifications |
|
Resistors |
Current limiting and sensor interfacing |
Various values as required |
|
Various values as required |
Software to write and upload code |
Free, available at arduino.cc |
Hardware Setup:
- Use breadboard and jumper wires to connect sensors, motors, and actuators to Arduino pins
- Program Arduino through USB cable using Arduino IDE
- Assemble mobile robots with motors and chassis parts
Tools Needed:
- Computer or Laptop with Arduino IDE installed
- Basic tool kit (screwdrivers, wire cutters)
- Optional multimeter for circuit testing
- Computer or Laptop with Arduino IDE installed
Additional Resources:
- Arduino tutorials and example codes
- Circuit diagrams for each project
- Troubleshooting guides and forums
Outcome & Benefits:
By the end of this course, students will be capable of programming and building autonomous robots and automated systems. They will gain confidence in embedded programming and hardware interfacing, essential for advanced robotics and IoT development..
Key Highlights
Project Based Learning
Real World Project
Comprehensive Curriculum
Expert Instructors
6 Steps to your Course Path
Empowering Young Minds with Robotics, Coding, Innovation, and Future Skills
At Vctroid, we spark curiosity and creativity in students through hands-on robotics and coding education. Our expert-led training, gamified challenges, and international competition exposure prepare kids for tomorrow’s tech-driven world. Whether it’s logic building, real-world problem solving, or innovation—Vctroid equips young minds with future-ready skills, confidence, and a passion for technology. Let your child build the future today !
