Chetan Borse

Data Scientist

https://talent.gravityer.com/chetan-borse

Mumbai, Maharashtra, IndiaMember since June 14, 2026

Key Strengths

Demonstrated interest in Robotics and Autonomous Systems through multiple personal projects (RL-for-Robotic-Control, auv_path_planning, multi-robot-debris-detection-mapping, Rover-One, Rover-Sim).
Experience with Python for data-related tasks and scripting (RL-for-Robotic-Control, EEE598-RL-Robotics-ExtraCredit, cowin_vaccine_info).
Exposure to simulation environments like Gazebo for robotics projects.
Basic web development skills (HTML, CSS, JavaScript) for personal portfolio and simple data display.

Cultural & Operational Fit

Cultural Fit Analysis

The candidate's project portfolio shows a strong inclination towards robotics, simulation, and some data processing, which aligns with analytical and problem-solving aspects often found in data science roles. The diversity of tools (Python, C++, MATLAB, JavaScript) indicates adaptability. However, the projects are primarily personal and academic, lacking explicit team collaboration or large-scale system experience. The target role 'Data Scientist' is partially aligned with the candidate's demonstrated skills in Python and data handling, but there's a gap in explicit data science methodologies, machine learning frameworks (beyond basic RL), and statistical analysis.

Soft Skills & Operational Fit

Insufficient data to assess soft skills or operational fit. No psychometric test results or interview feedback provided.

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Projects

chetanborse1999.github.io

March 18, 2026 – Present

chetanborse1999.github.io — GitHub repository

View Project

comfree-sim

March 10, 2026 – Present

comfree-sim — GitHub repository

View Project

EEE598-RL-Robotics-ExtraCredit

December 8, 2025 – December 8, 2025

EEE598-RL-Robotics-ExtraCredit — GitHub repository

View Project

auv_path_planning

May 30, 2025 – June 1, 2025

Path Planning for AUV in GPS denied environment. Gazebo Simulation project for (MAE598 Intro to Autonomous Vehicles).

View Project

multi-robot-debris-detection-mapping

May 30, 2025 – May 30, 2025

Multi-Robot Systems (MAE 598) project in MATLAB. Implementation of a multi-agent distributed debris detection and mapping algorithm.

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Rover-One

October 1, 2022 – October 14, 2022

A Rover platform based on a Rocker Bogie suspension.

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Rover-Sim

August 21, 2022 – September 28, 2022

Simulation of an exploration Rover in GazeboSim.

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cowin_vaccine_info

June 10, 2021 – August 21, 2022

Using API to get session info and login

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covid19data

May 25, 2020 – October 4, 2020

Daily Time based Covid-19 update.

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RL-for-Robotic-Control

November 20, 2019 – November 21, 2019

Implementing Reinforcement Learning on 3 DOF arm. Training agent to reach to a specified point in space in Gazebo Simulator.

View Project

Key Strengths

Demonstrated interest in Robotics and Autonomous Systems through multiple personal projects (RL-for-Robotic-Control, auv_path_planning, multi-robot-debris-detection-mapping, Rover-One, Rover-Sim).
Experience with Python for data-related tasks and scripting (RL-for-Robotic-Control, EEE598-RL-Robotics-ExtraCredit, cowin_vaccine_info).
Exposure to simulation environments like Gazebo for robotics projects.
Basic web development skills (HTML, CSS, JavaScript) for personal portfolio and simple data display.

Cultural & Operational Fit

Cultural Fit Analysis

Soft Skills & Operational Fit

Insufficient data to assess soft skills or operational fit. No psychometric test results or interview feedback provided.

Chetan Borse

Key Strengths

Cultural & Operational Fit

Top Skills

Skills

Projects

Key Strengths

Cultural & Operational Fit