Summary
Overview
Work History
Education
Skills
Timeline
Thesis
Publications
Generic

Bharath Vedantha Desikan

Tempe

Summary

Robotics Research Engineer specializing in autonomous sampling, probabilistic planning, and Gaussian Process–based spatial modeling. Experienced in ROS2, Python, and simulation-driven evaluation of uncertainty-aware decision making for real-world robotic systems.

Overview

1
1
year of professional experience

Work History

Research Intern

Yokohama National University
01.2024 - 06.2024
  • Executed capstone project in collaboration with Dr. Shimono Tomoyuki within his laboratory.
  • Worked with UR robotic manipulators
  • Facilitated transition of bilateral teleoperation for dual manipulators to ROS2 framework.
  • Assisted in troubleshooting and repairing 3D printers.
  • Developed comprehensive manual to enhance printer efficiency and improve print quality.

ROS2 Intern

Motherson Group
05.2023 - 06.2023
  • Facilitated planning for AGV switchover from PLC to ROS2.
  • Integrated lidars with ROS2 to kickstart mapping.

Education

Master of Science - Robotics And Autonomous Systems, CGPA: 3.17

Arizona State University
Tempe, AZ
05-2026

Bachelor of Technology - Mechatronics And Automation

Vellore Institute of Technology
Chennai, Tamil Nadu
08-2024

Skills

  • ROS2/ROS1
  • Python
  • Matlab
  • Docker
  • Debian Linux
  • Arch Linux
  • Containerized deployments
  • Machine Learning
  • Probability Theory
  • Computer Vision
  • SLAM

Timeline

Research Intern

Yokohama National University
01.2024 - 06.2024

ROS2 Intern

Motherson Group
05.2023 - 06.2023

Master of Science - Robotics And Autonomous Systems, CGPA: 3.17

Arizona State University

Bachelor of Technology - Mechatronics And Automation

Vellore Institute of Technology

Thesis

Field Estimation and Adaptive Sampling under Positional Uncertainty

  • This works ask the question "What happens when you consider a robot's positional uncertainty when performing tasks like adaptive sampling, path planning or field reconstruction post data collection"

Publications

Low Cost ASV for High-Resolution Spatio-Temporal Aquatic Field Reconstruction via Dynamic Kernels

Rodney Staggers Jr*, Bharath Vedantha Desikan*, Jnaneshwar Das (*contributed equally)

Published in ICRA 2025, Robots in the Wild

Bharath Vedantha Desikan