Ananya R

As a highly motivated and passionate Electronics and Communication Engineering (ECE) graduate, my goal is to contribute to the ever-evolving field of technology and make a meaningful impact through innovative solutions. With a solid foundation in programming fundamentals, data structures and algorithms. I am well prepared to tackle complex technical challenges.

• Embedded systems- Emertexe (Ongoing)

Design and Development of Bluetooth Robot Car

• Objective: My goal was to create a robot capable of moving in multiple directions using Bluetooth control.
• Components: i have utilized an Arduino microcontroller connected to a Bluetooth module HC-05. This setup forms the core of your robot's control system.
• Functionality: The robot can now execute commands wirelessly received via Bluetooth from an Android app installed on a smartphone. This allows for convenient control without the need for physical connections.
• Features: The robot boasts a range of movement capabilities, including forward, backward, left, right, and stopping. This versatility enhances its maneuverability, making it adaptable to various tasks and environments.
• Implementation: To achieve this functionality, I have programmed the Arduino microcontroller to interpret incoming commands from the Android app and execute corresponding actions. The integration of the Bluetooth module enables seamless wireless communication between the robot and the controlling device.

Design and Development of Pose Algorithm Validation System for Satellite Docking:

• Objective: Create an algorithm using Python to accurately estimate the pose of satellites during the docking process in space.
• Importance: Facilitates the precise alignment and coordination required for successful docking maneuvers between two satellites.
• Technologies: Involves working on a Linux system and utilizing Python programming language.
• Hardware: Implementation on Raspberry Pi, showcasing the practical application of the developed algorithm.
• Process: Development of the algorithm entails rigorous testing and validation to ensure reliability and accuracy in real-world scenarios.
• Significance: Contributes to the advancement of space technology by enhancing the efficiency and safety of satellite docking operations.