Karthik Rangarajan

ROBOTICS & DRONE ENTHUSIAST

New York City, NY

Seeking full-time opportunities | Robotics Engineer | UAVs | Computer Vision | Deep Learning | Fusion 360 | Automation

My Social Profiles
  • profile
  • resume
  • portfolio
  • blog
  • contact

Profile - About Me

Karthik Rangarajan

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.

Resume

Programming Skills
SLAM
85%
Localization & Mapping
80%
Navigation
80%
Python
85%
OpenCV
80%
Pytorch
70%
C
80%
C++
70%
ROS
80%
Gazebo
80%
Rviz
75%
HTML&CSS
80%
CUDA
70%
Designs skills
Fusion 360
90%
SolidWorks
65%
KiCAD/Cadence/Eagle
75%
Adobe Photoshop
95%
Adobe After Effects
90%
Adobe Premiere Pro
90%
Office Skills
MS Office 365
95%
Hobbies Skills
FPV Freestyle
60%
Cinematic Video editing
95%
Drone designing
85%
3D printing
70%
Language Skills
English
90%
Kannada
80%
Tamil
70%
Hindi
60%
My Resume
Download My Resume
Experience
  • Sr.Robotics Engineer 2019 - 2020
    AxisNJ - Power-flo Technologies

    • 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.

  • Product Engineer 2014 - 2017
    Centum Electronics Pvt Ltd

    • 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.

  • Program lead 2013 - 2017
    R/C Club - Bangalore

    • 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.

  • Education Tutor 2017 - Present
    NYU Center for K12 STEM Education

    • 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.


Education
  • Master of Science
    Robotics and Mechatronics 2017 - 2019
    New York University GPA: 3.34

  • Bachelor of Engineering 2010 - 2011
    S.J.C Institute of Technology


ACHIEVEMENTS
  • • 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.


Portfolio - My Projects

  • All
  • iVEMS
  • Quadcopter Obstacale avoidance with path planning
  • Power line detection for drones
  • ShapeShift - Robotic snake

Blog - My Projects


  • 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.

Read More
  • July, 2018
  • by Karthik Rangarajan, Shivam, Chetan

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....

Read More
  • July, 2018
  • by Karthik Rangarajan

The unique wheel mechanism assists parents to use thier baby strollers without the need to lift/carry/struggle ...

Read More

Contact - Contact Me

Contact info
  • Adress: New York City , NY.

  • Email: karthikrangarajan@nyu.edu
  • Phone: 929-387-2666
  • Website: https://karthik-ranga.github.io/Resume/
  • Skype: karthik.ranga92
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