- May, 2019
- by Karthik Rangarajan
The drones used for powerline inspection or commercial purposes(aerial photography/filming/recreational) has a hard time identifying the powerlines(or any line for that matter) using obstacle avoidance system.
Successfully completed my Masters project on power line detection for drones and UAV's using deep learning Neural nets.
I have developed a mobile robot which can change its shape to the needs of the object to be carried and deliver to the defined locaiton.
• Successfully deployed 6 systems of custom developed GUI with ROS for Robotize GoPal, a warehouse mobile robot using LIDAR, 3D camera sensors to detect obstacles.
• Successfully developed custom vision based algorithm using LMI 3D line scanner for a bin picking application.
• Developed ROS based solution for Universal Robots with automated motion/path planning, collision avoidance from multiple sensors, automated tool changer based on the type of part detected from vision system.
• Successfully programmed TRIO Flex 6 nano with client's choice of motors in their production line which needed to perform autonomous motion planning.
• Implemented Hand-Eye calibration with LMI 3D line scanner with Universal Robots for automated picking of randomly placed parts on a moving conveyor.
• Currently working on using Universal robot to carry a camera for a video shooting event. The robot has to do autonomous motion planning and tracking.
• Successfully managed the project by meeting the customer specifications on PCB designs and manufacturing in numerous projects.
• Developed FMEA's, APQP's and evaluated the new processes like AOI and AXI automation, POP assembly.
• Successfully implemented project on Automation in industry by developing in-house software to track, maintain, record parts, components and assembled parts.
• Club turned Startup venture where beginners in the field of drones were trained in piloting, controlling under LOS.
• Designing and developing UAV's and multirotors using Ardupilot and Pixhawk for path planning based applications.
• Successfully designed Tilt-wing drone, dual sided axis multirotor with obstacle avoidance and waypoints.
• Successfully taught Fusion 360 CAD designing, simulation, rendering, animation from the knowledge of Solidworks.
• Ongoing with teaching Robotics and entrepreneurship experiences among teachers and students.
• Successfully initiated drone program and developing curriculum for elementary and middle school.
• Patented stair-climbing stroller which can be used without being carried on stairs.
• Certified for Autonomous robotics conducted by TECHNOPHILIA SYSTEMS.
• Certified for Electronic Design Automation (EDA) using Allegro/OrCAD.
The drones used for powerline inspection or commercial purposes(aerial photography/filming/recreational) has a hard time identifying the powerlines(or any line for that matter) using obstacle avoidance system.
The conventional robotic snakes are inefficient in locomotion and as the size of the robotic snake increases the complexity in controlling degree of freedom increases. Designed a robotic snake which can shapeshift using 3D printed mecanum wheel thereby increasing the dexterity of the motion and....
The unique wheel mechanism assists parents to use thier baby strollers without the need to lift/carry/struggle ...