I have a profound love for understanding the symbiotic evolution of computer hardware and artificial intelligence, and I am an active enthusiast at this intersection. I'm always trying to learn more, whether it's by researching the newest developments or getting into the nuances of hardware optimization for AI applications. I firmly believe that technology has the ability to improve mankind, and I hope to make a significant contribution to this exciting subject by using my knowledge and abilities to advance society.
Embedded C Arduino MicroPython AVR ARM Cortex - M3/M4 RISCV UART I2C SPI USB RTOS Linux RESTful APIs
The Recon Solar Shield Initiative provides an advanced web platform for predicting magnetic reconnection occurrences based on DSCOVR and ACE-Satellite data. It interprets complex solar-terrestrial events and provides critical information about space weather patterns using sophisticated analytics and clear visuals. Our technology promotes scientific understanding, protects infrastructure, and helps with space exploration while also educating the public by leveraging artificial intelligence to improve prediction capabilities
In order to conduct cost-effective rocketry experiments, especially with sounding rockets, the Cost Effective Rocketry Experiments project at DhumketuX focuses on utilizing deep learning techniques in conjunction with Intel extensions and oneAPI optimized libraries.
Modern sensor technology is integrated into the DACS I've worked on to collect data in real time on vital metrics like fuel usage, thrust, temperature, and pressure. Then, in order to precisely modify engine performance and maintain maximum efficiency and safety during the flight, this data is collected and evaluated in real-time.
Our team at DhumketuX, Bangladesh's forefront Aerospace and Defense Research Company, won the esteemed first runners-up spot in the Rocketry Innovation Challenge 2022.
It is an enormous honor to be a member of Team RedShift and to have won the titles of regional champion and global nominee from the Mymensingh Region.
Representing Mymensingh division, we presented our IoT-assisted home farming system, aiming to revolutionize agriculture. Integrating IoT technology for efficient monitoring and control, our project stood out.
Role: Student Ambassador
My responsibility as a Microsoft Learn Student Ambassador is to promote Microsoft's learning platform and provide fellow students with the tools they need to efficiently utilize its resources.
Role: Student Ambassador
I enable students to take use of oneAPI's adaptability and efficiency in their projects and research pursuits by showcasing its potential through workshops, presentations, and demonstrations.
Role: Certified Instructor
My role is to teach people or groups how to use Intel's oneAPI toolkit for machine learning activities. I offer advice on making the most of oneAPI's extensive collection of libraries and tools that are tailored for Intel hardware.
I am in charge of developing a dynamic platform that uses oneAPI technology to encourage research and teamwork. We promote creative culture and hands-on learning through monthly get-togethers, hackathons, and community streams.
As co-convener, I took the lead in founding a new chapter of the BASIS Student Forum at Mymensingh Engineering College.
I'm glad to share my current role as Member and Project Lead for internet of things, where I'm guiding multiple teams to develop hardware projects.
Being a Computer Science student, I'm glad to share my role as an Executive of Mymensingh Engineering College Computer Club. My current role also involves coordinating alumni relations for the purpose of maintaining active communication with our alumni.