Yash Jangir Pre Final Year Undergraduate Student at BITS Pilani, Goa Campus

About Me

Professional Me

I am a Pre Final Year Undergradute student at Birla Institute of Technology and Science, Pilani K.K Birla Goa Campus. I am majoring in Electronics and Instrumentation Engineering, with intent to minor in Robotics and Artificial Intelligence. My primary area of research lies in the field of robotics particularly Controls, Navigation, and Perception. I have a good hold of programming in Python, C, C++ with OOP. Apart from programming, I have a good hold of simulation software and multiple frameworks for robotics such as ROS, Gazebo, Matlab, Simulink, etc. I also have a good amount of experience in hardware implementation, especially Embedded Systems and IoT. I have worked on multiple research projects at Government Labs, Educational Institutions, Industrial Companies, and Competetive Teams. This has helped me to apply my knowledge in multiple scenarios and for multiple purposes.

During my research internships and project work, I submitted multiple papers. My paper on "A Generalized Kalman Filter Augmented Deep-Learning based Approach for Autonomous Landing in MAVs was accepted in IRIA'21. Currently, my article on "A comparative study of Classical and Optimal controller for 3-DOF robotic manipulators is in review for publication in Elsevier journals.

Publications

[1] P.Mathur, Y.Jangir, and N.Goveas A generalized kalman filter augmented deep-learning based approach for autonomous landing in MAVs. (Link) IRIA’21, at IRIA'21 Accepted. Recieved Best Paper Award

Experience

BITS GOA

Research Intern

BITS, Pilani K.K Birla Goa Campus

CEERI

Summer Research Intern

CSIR-Central Electronics Engineering Research Institute(CEERI)

mel

Summer Intern

MEL Systems & Services Ltd. Chennai

Projects

Deep-Learning Based Autonomous Landing For MAVs

Deep-Learning Based Autonomous Landing For MAVs

  • Developed of Kalman filter-based PID controller for Autonomous MAV landing.
  • Used C++, Python, PX4-Autopilot, ROS, Gazebo Simulator.
  • Paper accepted in IRIA'21
  • Check it out!

Multi-Controller Stack For 3-DOF Manipulator

Multi-Controller Stack For 3-DOF Manipulator

  • Working on designing multiple controllers forindustrial 3-DOF Robotic Arms.
  • Used Matlab Simulink, ROS Toolbox for Matlab, Gazebo, ROS(Robot Operating System), Manipulator-(Kuka LBR Iiwa 7)
  • Paper in Review in Elsevier Controls and Systems Letters

Check it out!

Vision Assisted Pure Pursuit based Landing For MAVs

Vision Assisted Pure Pursuit based Landing For MAVs

  • Implemented a new approach for Pure Pursuit algorithm for UAVs.
  • Used ROS, Python, C++, Gazebo, Rviz, and PX4 Autopilot.
  • Paper Manuscript in Preparation for Submission

Check it out!

Project Kratos - A Mars Rover

Project Kratos - A Mars Rover

  • Working on development of prototype of a mars roverforthe University Rover Challenge (URC).
  • Implemented PID control using ROS, C++, Python, Arduino, etc. Project funded by Sandbox Fabrication Laboratory, BITS Goa

Check it out!

Chess Piece Automation

Chess Piece Automation

  • Designed to fulfill the course requirements of the digital design course.
  • A digital sequential synchronous circuit designed using flipflops, registers counters, and basic digital logic
  • The circuit was successfully simulated on Logisim.

Check it out!

Smart Overhead Tank

Smart Overhead Tank

  • Designed to fulfill the course requirements of the Microprocessors and interfacing course.
  • The Embedded system was designed to maintain the level of home overhead tanks controlling the pumps in the tanks using an 8086 microprocessor.
  • The circuit was successfully simulated in Proteus.

Check it out!

LED-Octapad

LED-Octapad

  • Led Octapad is a MIDI controller which can play not just one but many different instruments. The pads are dynamic, reacting in real-time to your touch, while also sending MIDI signals to your computer to play, say a virtual drum machine, or a virtual piano.
  • In parallel, the pads also generate multiple beautiful color patterns using 300+ neopixels.

Check it out!

Programming

C | C++ | Python | Java | Bash | Verilog

Skills

Control Systems | State Estimation | Navigation | Embedded Systems | IoT

Tools

ROS | TensorFlow | Gazebo | Matlab & Simulink | Arduino | Proteus | LabVIEW

Teaching

Quark Summer term Project Instructor :

Extracurricular

Quark Summer term Project Instructor :