I am a computer science graduate and a passionate problem solver who would like to solve challenging programming related task and experienced in implementing machine learning and deep learning models. As an enthusiastic programmer, I always love to think critically in the deep level of a problem and dissecting algorithms. With the aid of cognitive computing, i would like to develop real life solution with robotics. I am currently exploring state-of-the art artificial intelligence technologies with the collaboration of human mind and cognitive robotics.
“Any fool can write code that a computer can understand. Good programmers write code that humans can understand.”
– Martin Fowler
CGPA 3.51/4.00
GPA 5.00
GPA 5.00
Research Title : “An Object Recognition System for Cognitive Architecture using Reward-based Learning from Real-Time Human-Robot Interaction”
Research Title : “Real-Time Motion Estimation and Human-Behaviour Mimicking Using Deep Reinforcement Learning”
Research Title : “Real-Time Human-Robot Interaction and Simulation-Based Multi-Agent Decision Making System for Cognitive Architecture”
Research Title : “Self-Supervised Learning Based Video ChatBot”
We are a small team of talented professionals with a wide range of skills and experience. We love what we do, and we do it with passion. After admitting our university we formed this team , mainly our journey started by attending the competition which is SUST CSE Carnival Held on 2017.
As a Team that's our first project . This robot is a fully autonomous Fighting bot.It's a updated version of our first project which can make his decision itself .To find the opponent we use two type of sensor one is ultrasonic sensor another one is Infrared sensor.
We made this type robot for the Battle bot competition. We made various type of robot based on the requirement like weight 5-8 kg.
Arduino based Human control drone which can balance itself.For control we use FS-CT6B Radio controller.
Infrared and ultrasonic sensors based Obstacle Avoiding Line Following Robot using Arduino Uno.
This drone is updated version of our first drone. This drone can fly only with the help of GPS co-ordinators.(inputs were given from computer)
We made this type robot for Advanced Battle bot competition like weaponized battle bot competetion . We made various type of robot based on the Requirement like weight 6-15 kg.
We made this type of robot for soccer-bot competition. The bot is able to push and crush down opponent robot and make goal with a tennis ball.
This UAV is fully-autonomous, ROS operated, and can be operated by only giving GPS co-ordinators.
This robot is able to track any kind of objects with the help of human's utterance.
We are working on a image processing based maze solving robot which will be able to detect the maze and solve it virtually and perform in real-world.
We are working on a image processing based robotic arm which will be able to operate by eye movement.
We are working on a image processing based soccerbot which will be able to detect opponent bot and find a way to goal by avoiding it.
We are working on a image processing based sumobot which will be able to detect the opponent and crush it to the ground for victory.
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