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Barola Technologies - Educational Research, Development and Training
Day 1: In the first session, participants will be introduced to microcontrollers and embedded systems. They'll understand the key components of a microcontroller, get familiarized with the software needed for programming it, and learn the fundamentals of embedded systems. This knowledge will lay a solid foundation for the rest of the course.
Days 2-3: The focus will shift towards soldering and working with analog ports in the next two days. Attendees will learn about various types of analog sensors and their interfacing with a microcontroller. Applying this knowledge, they'll construct a temperature detection system capable of reading data from a temperature sensor and displaying it on a Serial Monitor.
Days 4-5: During these sessions, the participants will explore digital ports. They will learn about different types of digital sensors and how to connect them with a microcontroller. They will then build a social distancing tool using an ultrasonic sensor. This tool will be able to detect the distance between two individuals and issue an alert if the distance is inadequate.
Day 6: On this day, participants will learn to design an Android application that can monitor the microcontroller's parameters. They'll understand the essential components required to build an Android app and the process of connecting it to the microcontroller.
Day 7: The final day will be dedicated to testing the systems that participants have developed throughout the course. They'll have the opportunity to address any challenges they faced and to optimize their systems. Upon successful completion of the course, participants will receive a certificate, acknowledging their comprehensive understanding of microcontrollers, embedded systems, and their practical application across various industries.
Discover What You'll Learn with Our Day-by-Day Summary!
Introduction to Microcontroller Architecture and Embedded Systems as deployed by Barola
Exploring Soldering Techniques and Interface of Biomedical Sensors with Microcontrollers
Exploring the Analog Port | Techniques for Temperature Detection
Day 4 & 5
Navigating the Digital Port | Design and Development of a Social Distancing Tool
Creating Android Applications for Monitoring Biomedical Parameters
Internship Review, Practical Testing, and Certification
7 Days Biomedical Internship (Health Care Tech) - Barola Technologies
Disclaimer: We are committed to maintaining the schedule; however, in both general and unforeseen circumstances, we may need to adjust, change, and modify the flow or topic to provide an optimal learning experience. We reserve the right to such modifications. we appreciate your cooperation and understanding in such situations.
Bio Medical Internship
(Health Care Tech)
7 and 15 Days Certified Practical Internship
Experience the dynamic field of Biomedical Technology through our engaging internship programme. Our internship is an excellent opportunity for you to gain valuable experience in Embedded Systems, Biomedical Sensors, and Health Parameter Monitoring. You will become familiar with essential components of this field and develop practical skills that will benefit you in your future career. This programme offers a fantastic opportunity to learn and apply concepts to real-world healthcare technology scenarios. You can choose between a 7-day or 15-day course to get the most out of this comprehensive programme.
Our 7-day programme is designed to provide a comprehensive understanding of Microcontroller architecture, hands-on soldering experience, and a thorough explanation of analogue and digital ports. Additionally, we'll help you design an Android application for monitoring health parameters.
Our 15-day programme offers an even more comprehensive exploration of the topic, building on the foundation of the 7-day course. This project provides an opportunity to control devices wirelessly through an Android application, work with the I2C protocol, and visualise output through the Max30100 sensor. We are excited to introduce you to Python programming tailored specifically for healthcare. You will learn about image processing techniques for practical applications such as face mask detection. The course provides an exciting opportunity to learn about IoT's role in healthcare, focusing on sensor integration with an IoT cloud server and data visualisation.
By the end of the internship, you will have the opportunity to showcase your newly acquired skills or enhanced skill and earn a certification, signifying a significant milestone in your Biomedical Technology journey. This programme offers an excellent opportunity to gain a strong foundation in the rapidly growing field of Health Care Tech.
Got enrolled in biomedical internship program for 15 days...an awesome experience....highly recommended for learning basics from which we can develop our own ideas....excellent hands-on training....Thanks for all the engineers who were involved in training...Their technical guidance was really good...Thank you Barola technologies!! 😊😊
Barola Technologies provides excellent hands on experience in various fields. They have 7 and 15 days internship which are well organized to get maximum benefit in such a short span. The staff here are very friendly and helpful. It is very useful for college students looking to get some actual experience with hardware and software related to the industries.
The one week internship was very interesting and the staffs were kind enough to teach us from the scratch, though they were knowledgeable! I enjoyed my session here and it was fun! :)
For 7 Days Internship
Rs 1,500/- per student (For students’ registration of 6 & above members)
Rs: 2,500/- per student (For students’ registration between 1 to 5 members)
For 15 Days Internship
Rs 3,500/- per student (For students’ registration of 6 & above members)
Rs: 4,500/- per student (For students’ registration between 1 to 5 members)
For Registration and Other details please call on