Iot Board Feature

ALS-SDA-IOT-02

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  • Development Boards:
  •  Arduino Uno (ATmega328P Development Board)
  •  ESP32 (Inbuild Wi-Fi and Bluetooth)
  •  Raspberry Pi Pico (RP2040 Cortex-M0+ Development Board)
  • STM32 (Arm Cortex-M3 LQFP 48 pins Development Board)
  •  Raspberry Pi 3/4/5 – 40 Pin Bus Interface (Optional on PCB)
  • Outputs & Actuators:
  •  RGB LED – (2Nos – On-Board)
  • User Push Button– (2Nos – On-Board)
  •  Relay – (2Nos – On-Board)
  •  Buzzer – (1Nos – On-Board)
  •  10K Potentiometer – (1Nos – On-Board)
     1.8” TFT Display
  •  Extra GPIO & Power Pins to Interface External Sensors
  • Multi – Sensors:
    3-Axis Accelerometer Sensor Module – (1Nos – System on Module) MPU6050
    Barometric Pressure Sensor – (1Nos – System on Module) BMP180
    Temperature and Humidity Sensor Module – (1Nos – System on Module) DHT11
    MQ135 GAS Sensor
    Ultrasonic Sensor
    Touch, LDR and IR Sensor
    Communication Protocols:
    LoRa SX1276 RFM95W Module (System on Module)
    GSM: A7670C GSM 4G (System on Module)
    RS232 Module (System on Module)
    RS485 Module (System on Module)
    MCP2515 CAN BUS (System on Module)
    Extra GPIO & Power Pins to Interface External Sensors
  • Proposed Solutions with Multi MCU IoT Board
    Smart Home Automation
    • Components: ESP32, relays, temperature sensors, light sensors, motion detectors.
    • Functionality: Control lighting, temperature, and security systems remotely through a mobile app or web interface.
    Environmental Monitoring System
    • Components: Arduino, ESP32, humidity sensors, air quality sensors, temperature sensors.
    • Functionality: Monitor environmental parameters and provide real-time data to a centralized server for analysis and reporting.
    Industrial IoT Solutions
    • Components: ESP32, pressure sensors, vibration sensors, proximity sensors.
    • Functionality: Monitor and control industrial equipment, predict maintenance needs, and optimize operations.

Implementation Plan
Requirements Gathering
• Identify specific use cases and requirements.
• Determine the necessary hardware and software components.
Design and Prototyping
• Design the overall system architecture.
• Develop prototypes using the Multi MCU IoT Kit, Arduino, and ESP32 controllers.
Development
• Implement the IoT solutions as per the design specifications.
• Integrate sensors, actuators, and communication modules.
Testing and Validation
• Conduct thorough testing to ensure system functionality and reliability.
• Validate the system against the defined requirements.
Deployment and Maintenance
• Deploy the IoT solutions in the target environment.
• Establish a maintenance plan for ongoing support and updates.
Benefits
• Scalability: The proposed solutions can be easily scaled to accommodate additional devices and functionalities.
• Cost-Effectiveness: Utilizing Arduino and ESP32 controllers ensures a cost-effective approach to IoT development.
• Real-Time Monitoring: Enables real-time data collection and analysis, leading to better decision-making.
• Remote Control: Provides the ability to control and monitor devices remotely, enhancing convenience and efficiency.

BASIC EXPERIMENTS
• Blink a RGB LED
• Pushbutton with LED
• DHT 11 Interfacing with Arduino
• Interfacing Relay with AC Appliances
• Interfacing PoT for Reading Analog Value
• Interfacing BMP180 Sensor
• Interfacing of MPU6050
• Interfacing of TFT LCD
• Interfacing DHT 11, BMP180, MQ135, ADXL345 with Multi MCU
• Interfacing & Controlling Relay with AC Appliances
ADVANCED EXPERIMENTS
• Programming to send “HELLO WORLD” via Bluetooth
• Experiencing to Interface MPU6050 and BMP180 Sensor and send data to Blynk Cloud App
• Experiencing to Control RGB LED using Blynk
• Experience to send the DHT11 data via MQTT protocol and control the Appliance via MQTT
• Experiencing the DHT 11, IR and Ultrasonic Sensor with LoRaWAN
• Sending DHT 11 sensor Data form Arduino UNO to Blynk through ESP3

Conclusion
The integration of the ALS Multi MCU IoT Kit with different controllers offers a powerful platform for developing a wide range of IoT applications. By following the outlined implementation plan, we can achieve a robust, scalable, and cost-effective IoT system that meets the needs of various industries and applications.

Iot Board Feature

ALS SDA IOT VTU 01

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  • Development Boards :
    Arduino Uno
    Provision of BUS connector for Raspberry Pi 3/4/5
  • Outputs & Actuators:
    RGB LED – (1 Nos – On-Board)
    User Push Button– (2 Nos – On-Board)
    Relay – (1 Nos – On-Board)
    Buzzer – (1 Nos – On-Board)
    10K Potentiometer – (1 Nos – On-Board)
    0.9inch OLED Display
    Extra GPIO & Power Pins to Interface External Sensors
  • Multi – Sensors:
    Barometric Pressure Sensor BMP180
    Temperature and Humidity Sensor Module DHT11
    MQ135 GAS Sensor
    Ultrasonic Sensor
    Touch Sensor
    LDR Sensor
    IR Sensor

List of experiments
1. Develop a program to illustrate the working of LED with a push button.
2. Develop a program to illustrate the working of traffic lights for pedestrians.
3. Develop a program for fading the LED.
4. Develop a program to blink 6 LEDs in ODD and Even Fashion.
5. Develop a program to rotate servo motor both in clockwise and anticlockwise direction.
6. Develop a program to simulate the interfacing of LDR with Arduino and control the intensity of LED using LDR.
7. Develop a program to simulate the working of potentiometer and LED by varying the intensity of LED using potentiometer.
8. Develop a program to simulate the working of LCD and print the room temperature value on LCD.
9. Develop a program for scrolling 5 LEDs back and forth.
10. Develop a program to calculate the distance of an object using ultrasonic sensor.
11. Develop a program to detect the collision using infrared sensor.
12. Develop a program to interface temperature sensor to read the room temperature, humidity and heat index and print the readings on the serial monitor.

Iot Board Feature

ALS SDA IOT BIOMED 01

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  • Micro controller:
  • ESP32 (In build Wi-Fi and Bluetooth)
  • Sensors:
    • IR Temperature Sensor
    • EMG Sensor
    • CO2 Gas Sensor
    • Heart Rate & Oximeter Sensor
    • GSR Sensor
    • ECG Sensor
    • 4G Module
    • RGB LED
    • Active Buzzer
    • Push Buttons
    • Additional pins for GPIO and power for the External Sensor Interface

Experiment List and Objectives for IoT Medical Kit :
Remote Patient Monitoring Objectives:

  • Monitor vital signs
  • Send real-time health data to a cloud
  • Analyze data for early detection of health

Sensors Involved:

  • Heart rate and oximeter sensor
  • ECG sensor
  • EMG sensor
  • IR temperature sensor
  • GSR sensor

Wearable Health Monitor Objectives:

  • Design a wearable device to continuously monitor vital
  • Alert patients and caregivers of abnormal
  • Collect long-term health data for
  • Sensors Involved:
  • Heart rate and oximeter sensor
  • ECG sensor
  • EMG sensor
  • IR temperature sensor
  • GSR sensor

Stress and Anxiety Monitoring Objectives:

  • Monitor physiological responses to
  • Develop algorithms to detect stress and anxiety
  • Provide feedback to users for stress

Sensors Involved:

  • GSR sensor
  • Heart rate and oximeter sensor
  • EMG sensor

Chronic Disease Management Objectives:

  • Monitor patients with chronic diseases like diabetes, heart disease, and respiratory
  • Provide insights into disease progression and
  • Improve patient compliance with treatment

Sensors Involved:

  • Heart rate and oximeter sensor
  • ECG sensor
  • IR temperature sensor
  • CO2 gas sensor

Environmental Health Monitoring Objectives:

  • Monitor environmental factors affecting health, such as air
  • Correlate environmental data with health
  • Develop systems to alert users of poor environmental

Sensors Involved:

  • CO2 gas sensor
  • IR temperature sensor
  • Heart rate and oximeter sensor

Fitness and Performance Tracking Objectives:

  • Track physical activity and performance
  • Provide feedback for improving fitness and
  • Prevent injuries through monitoring muscle activity.

 

Sensors Involved:

  • EMG sensor
  • Heart rate and oximeter sensor
  • IR temperature sensor

 

Sleep Quality Monitoring Objectives:

  • Monitor physiological parameters during
  • Analyze data to assess sleep quality and detect
  • Provide insights for improving sleep
  • Sensors Involved:
  • Heart rate and oximeter sensor
  • GSR sensor
  • IR temperature sensor
  • ECG sensor

 

Emergency Health Alerts Objectives:

  • Detect critical health conditions in real-time.
  • Send emergency alerts to medical personnel and family
  • Ensure timely intervention during health

 

Sensors Involved:

  • Heart rate and oximeter sensor
  • ECG sensor
  • IR temperature sensor

 
Personalized Health Insights Objectives:

  • Collect comprehensive health data for personalized health
  • Use data analytics to provide recommendations for lifestyle changes.
  • Empower users to take proactive steps for better

 

Sensors Involved:

All sensors (Heart rate and oximeter sensor, ECG sensor, EMG sensor, IR temperature sensor, CO2 gas sensor, GSR sensor)

 

Medical Research and Data Collection Objectives:

  • Collect large datasets for medical
  • Analyze data for identifying trends and patterns in
  • Contribute to advancements in medical science and

 

Sensors Involved:

All sensors (Heart rate and oximeter sensor, ECG sensor, EMG sensor, IR temperature sensor, CO2 gas sensor, GSR sensor)

Iot Board Feature

ALS SDA IOT VTU 01

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