My Contribution:

1. Robotic Arm Development:

   • Designed and developed a 5DOF robotic arm for the rover, focusing on its kinematics and dynamics for accurate manipulation.

   • Integrated the arm with sensors to enhance precision in tasks like sample collection and object handling.

2. Control System Implementation:

   • Implemented control algorithms for the robotic arm using MoveIt Servo, enabling smooth and responsive movements.

   • Collaborated on integrating gamepad-based Cartesian input for intuitive control.

3. Integration with Sensor Systems:

   • Worked on incorporating various sensors into the rover, including gas sensors, dust sensors, and atmospheric sensors, to simulate Mars-like environmental analysis.

   • Ensured seamless data acquisition and processing for real-time decision-making.

4. Automation and Safety Features:

   • Contributed to the development of safety protocols for the rover's operations, ensuring reliable and secure performance during tasks.

   • Developed autonomous capabilities for navigation and task execution.

5. Collaborative Engineering:

   • Worked closely with interdisciplinary teams to integrate mechanical, electrical, and software systems into the rover.

   • Participated in design reviews, testing, and troubleshooting to optimize the rover’s performance.

Impact: My contributions to the KUET Mars Rover Project helped in advancing its technical capabilities, particularly in robotic manipulation and sensor integration. The project provided valuable experience in designing and implementing cutting-edge robotic systems and fostered innovation in planetary exploration technologies.