Currently pursuing a B.Sc in Electrical & Electronic Engineering(EEE) at Chittagong University of Engineering & Technology,
| Febuary 2020 - | Bachelor of Science in Electrical and Electronic
Engineering Chittagong University of Engineering & Technology Gpa: 3.84 /4.00 Class Position: th out of 182 |
| July 2019 | Higher Secondary School Certificate(H.S.C.) Chittagong College,Bangladesh. Gpa: 5.00/5.00 Transcript: Click Here |
| June 2017 | Secondary School Certificate(S.S.C.) Chittagong Government High School,Chittagong. Gpa: 5.00/5.00 Transcript: Click Here |
I would like to introduce myself as a passionate young professional who has enthusiasm to have an exceptional career. I would like to work in a dynamic, modern and target intensive environment, where my internal qualities can be illuminated and favored. My belief lies in the process of continuous learning and self-improvement and giving my best in every opportunity that comes my way and becoming an expert on my subject matter. I am looking for opportunities that would help me sharpen my skills, strengthen my knowledge, and realize my potential.
I usually spend my leisure time reading books,sleeping and watching films or TV series. Along with this, I also like listening to music ,it helps me get away from the world for a moment, and relax.
The heart is a vital organ of the body; therefore, tiny dysfunctions or abnormalities in the heart may have drastic consequences on human health. The heart circulates oxygen and nutrient-rich blood throughout the body. When it's not working properly, just about everything is affected. The pulse rate is a measurement of the heart rate or the number of times the heart beats per minute. As the heart pushes blood through the arteries, the arteries expand and contract with the flow of the blood. Taking a pulse not only measures the heart rate but also can indicate the following: Heart rhythm, Strength of the pulse. In this project we attempted to provide a solution for monitoring a patient's pulse rate.To accomplish this we used Arduino Platform, and a pulse sensor(pulse oximeter) to detect the pulse rate and finally assembled these into a PCB board
Read MoreThe COVID-19 pandemic has radically affected life for almost everyone around the globe. With everyone being more careful of their interactions with humans and objects, personal hygiene has taken serious precedence over all other factors in public space. To avoid any contact at all, some no-touch hand sanitizer dispensers are commercially available, but they are expensive and most off-the-shelf commercial sanitizers cannot be automated. In this project, we create a contactless hand sanitizer dispenser that can be used for any press-to-release hand sanitizer available in the market. The project uses an Arduino Uno, an HCSR04 Ultrasonic sensor, and a servo motor.
Gas leakage is a common problem in households worldwide. It is an imminent danger and can cause severe damage to houses and can ruin lives, as it is not easily detectable. We live in an age where such conundrums should be avoided at all costs. Our aim is to use smart circuits and internet of things to help make households safer and make gas leaks more detectable.
Read More
This work involves the design and demonstration of a pulse rate monitoring system in real time. The goal of this project is to construct an integrated system that monitors the pulse rate through a finger via IR and provides the pulse rate in beat per minute (BPM) and displays it through LCD. We used a pulse sensor when a finger is placed on it, the reflected light changes according to the amount of blood in the capillaries. This change in transmission and reflection of light can be obtained as a pulse from the output of the pulse sensor.
Our primary goal is to provide simple, portable and alternative solution for ECG monitoring and heart rate for the people of low-middle-income groups.
To design and implement IoT based LPG gas leakage detector. The detection system includes an alarm an LCD panel to alert the users.
Gas detection and leakage are big issues in our daily lives nowadays. LPG gas is extremely combustible and dangerous to both people and property. The development of trustworthy methods for detecting gas leakage has received a lot of attention in an effort to prevent such occurrences. Here, we present an LPG gas detector alarm built on the Arduino platform. This system detects gas leaks and sounds an alarm by buzzing the buzzer connected to the circuit if any are found. Utilizing the Internet of Things, our goal is to lower the hazards in the kitchen. Gas leaks in a kitchen can be found using gas sensors. The goal of this research is to identify any gas leaks in homes and to activate the standard sound and light alert.
