Dynamic software engineer thriving in fast-paced environments. Excelled in a small team at Kailas Robotics, adept at swiftly grasping new technologies and methodologies. Benefited from collaborative learning with seasoned engineers, enhancing problem-solving skills and fostering innovation. Passionate about driving advancements in robotics technology and eager to contribute to impactful projects.
Software Architecture and Design: Lead the design and implementation of software systems for our robotic arms, ensuring scalability, modularity, and maintainability.
Integration and Testing: Collaborate with hardware engineers to integrate software components with robotic hardware, and conduct rigorous testing to validate system functionality and performance.
Documentation and Communication: Document software designs, APIs, and implementation details, and effectively communicate technical concepts and ideas to cross-functional team members.
1Intel RealSense 3D Cameras:Proficient in working with Intel RealSense 3D cameras for depth sensing and perception applications Experience in integrating RealSense cameras into robotics systems for navigation, object detection, and manipulation tasks
2OpenCV Libraries:Strong familiarity with OpenCV libraries for computer vision and image processing tasks Skilled in utilizing OpenCV for tasks such as feature detection, object tracking, and image filtering
3ROS (Robot Operating System) - ROS1 and ROS2:Extensive experience with ROS, including both ROS1 and ROS2, for robot control, communication, and coordination Skilled in developing ROS nodes, publishers, subscribers, services, and hardware interfaces to facilitate communication and interaction between robotic components, including actuators and sensors Proficient in simulation environments like Gazebo for testing and validating ROS-based robotic systems
4MoveIt:Hands-on experience with MoveIt, a widely used motion planning framework for ROS Proficient in configuring MoveIt for robot arm manipulation, motion planning, and collision detection in ROS-based robotic systems
5 Unity Game Engine Integration with ROS:Proficient in integrating Unity game engine with ROS for simulation and visualization of robotic systems Skilled in developing Unity-based interfaces for controlling and monitoring ROS-enabled robots in virtual environments
6Familiar with Git and Linux:Familiarity with Git for version control and collaborative software development Proficient in Linux operating system for development and deployment of robotic systems and applications
7Mobile Application Development with DJI SDK and Unity:Developed mobile-based applications for both Android and iOS devices using DJI SDK and Unity
Consistently dedicated to improving my skills in basketball, a passion I've nurtured over the years. Despite my full-time job, I prioritize making time for this sport, showcasing my commitment and perseverance in balancing professional responsibilities with personal interests.