I'm a Computer Science and Engineering student at the Rajshahi University of Engineering & Technology (RUET). Furthermore, I am a competitive programmer and a freelancer.
Working with Arduino and embedded systems is something I'm passionate about. A mechanical ventilator project launched my career in this industry. Following that, I worked on several Arduino, ESP8266, and ESP32 projects. I've worked with Arduino-based systems for two years. I have completed a number of megaprojects, including an automatic Ambu bag-based medical ventilator, a bee-hive monitoring and controlling system, a CPAP-BiPAP ventilator, an environmental pollution monitoring system, an IoT-based soil moisture monitoring and controlling system, and an IoT-based dog tracking system, to name a few.
Apart from that, I can create Android and Web applications. I've previously worked on Android apps like Bluetooth-based ventilator monitoring and control, BLE-based distance measurement systems, WiFi-based home automation apps, and web apps like IoT-based dog tracker projects, among plenty of others. I've worked with Android apps using Java and Flutter before. I'm currently working on machine learning with TensorFlow.
Very cooperative freelancer. Was not hesitant to take extra time out when things did not work. Did not complain even when my hardware got damaged and the project got delayed. Recommend Masrur for Arduino work.
I have developed a whole project for the safety of garments workers under the hood of Team Abacus. Currently doing other upgrades on the project.
Firmware & Programming Coordinator
août 2020 - nov. 2020 (3 mois, 1 jour)
I was promoted to Firmware & Programming coordinator. There I learned a lot, experienced a lot.
B.Sc. (Computer Science & Engineering)
University of Engineering and Technology, Rajshahi, Bangladesh 2019 - 2022
Basic on blockchains.
Command line in Linux
Coursera Project Network
Simple command line in Linux
Interfacing with Arduino
Coursera - University of California
Another basic online course.
Cost Effective Bluetooth Technology Based Emergency Medical Ventilator for Respiratory Support
During the corona outbreak or any situation of casualties, artificial breathing support might be necessary to the affected patients. Arduino mega is used as the main control board. Four control parameters like BPM, I: E ratio, Volume, and Pressure can be set by the keypad of the ventilator manually, and also it can be possible remotely by mobile application.
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