Session 1: You will learn to work with Analog port by connecting the temperature sensor, programming it, and visualizing the output in the serial monitor.
Session 2: You will learn to work with Digital port by connecting the ultrasonic sensor, programming it, and visualizing the output in the serial monitor.
Session 3: you will learn to work with I2C Protocol by connecting the Max30100 Sensor, programming it, and visualizing the output in the serial monitor.
Session 4: you will learn to work with the Bluetooth port and will create an android mobile application to monitor the sensor parameter values.
Session 5:you will learn to work with the Bluetooth port and will create an android mobile application to control devices from your android application.
Session 6: you will learn to work with the Wi-Fi port (Internet of Things) and visualize the sensor parameter data in Graphical Format from the IoT server platform.
About Health Internship (Click to Open)
Healthcare providers around the globe are increasingly relying on health information technology, like electronic health records, for their daily routine tasks.
In this internship, you will start with the basic tools of the Analog sensor and will finish with high-level programming. During this program, you will work on Analog port, Digital port, I2C Protocol, Android Mobile App development with Bluetooth module, and the Internet of Things using the Wi-Fi Module.
Along with Online Internship Course Access, GET FREE PRACTICAL TRAINING KIT – For details please view “What in Free Practical Training Kit Box”
What’s in the FREE Practical Training Kit Box ? (Click to Open)
Internship Outcome (Click to Open)
• Learn the basics of Microcontroller, Electronics and soldering.
• Use Communication technologies like Wifi, Bluetooth.
• You will be able to decide sensor, power system required to build Proof of concept(s).
• You will be able to create your Own Android Application.
• Use Visualization techniques to show data generated from IoT Device.
• Basics of Programming.
Internship Benefits (Click to Open)
It will Improve your Understanding about sensors, Mobile application and Internet of Things.
This course allows you to develop creative thinking and problem-solving abilities by analysing different applications.
This course can boost your career prospects.
Increase your awareness on Integration of Hardware and software together.
Learn all about emerging technologies and career opportunities.
Career Prospects (Click to Open)
Some of the Industries are:
Smart Wearable Technology Devices.
Health Care Product(s) Software Developer.
Portable Hardware Device(s) for Hospitals.
Data Prediction & Analysis.
Data Logging & Cloud Management.
Drone Health care Services
Why do we use Barola’s Microcontroller and integrate with open-source platform (Click to Open)
Barola’s Microcontroller is an In-house developed Microcontroller, Made in India.
We use open-source platform as, it reduces the license cost for students, it is flexible and adaptable, more transparency and constant improvements are a hallmark of open-source platform.
Poc (proof of concept)is always a challenge at low-cost, but not anymore as Barola’s Microcontroller can be integrated to any open source platforms like Arduino, Python, which helps to bridge the gap between a reliable hardware and software and allows you to test your concepts and projects