Experience:
STUDENT OPERATOR
At FABLAB (2024-present)
Designing products and Manufacturing
works with 3D printing, Laser cutting, CNC machining, PCB manufacturing technology
TEAM LEAD
At KUET Mars Rover - Team Durbar (2023-present)
Designed Manipulator end-effector and feedback system
Working on Rover's Drive system
Working on Manipulator control
JUNIOR MEMBER OF CONTROL SUB-TEAM
At KUET Mars Rover - Team Durbar (2021-2023)
Designed Manipulator
Working on Rover's Drive system
Working on Manipulator control
Participated in International Rover Challenges (IRC 2024)
IT & RESOURCE OFFICER
At CADers (2022-2023)
Conducted classes as an instructor of Workshops
Managing the club's YouTube channel
supervising the works of the assistant officers
ASSISTANT IT & RESOURCE OFFICER
At CADers (2021-2022)
Modeled different CAD drawings.
Mentored junior CAD learners and assist with training on various
CAD software.
Made video tutorials for the learners.
Worked collaboratively with other members to run workshops efficiently.
I am a Mechatronics Engineering student at Khulna University of Engineering & Technology (KUET) with strong research interests in robotic manipulation, mobile robotics, underwater robotics, embedded systems, and control. My work focuses on integrating mechanical design, electronics, and software for intelligent robotic systems. I have hands-on experience in C/C++, Python, MATLAB, ROS, and microcontroller-based platforms such as Arduino, ESP32, and Raspberry Pi.
As a core member of Team Durbar, I contribute to the KUET Mars Rover Project, working on rover locomotion, manipulator design, and control systems for unstructured terrain. Also play significant role in mechanical design and fabrication of Team BengalSub and Team BengalBoat. My academic and project experience includes visual servoing, robotic arms with safety features, autonomous rover drive systems, and IoT-based sensing platforms.
In addition, I am a FABLAB student operator, supporting rapid prototyping and PCB fabrication. I aim to pursue graduate research focused on advanced robotic systems and real-world autonomous applications.