Parth Shukla | Polygence
Symposium presenter banner

Symposium

Of Rising Scholars

Spring 2025

Parth will be presenting at The Symposium of Rising Scholars on Saturday, March 22nd! To attend the event and see Parth's presentation.

Go to Polygence Scholars page
Parth Shukla's cover illustration
Polygence Scholar2024
Parth Shukla's profile

Parth Shukla

Class of 2028Livingston, NJ, New Jersey

About

Hello! My name is Parth Shukla and my Polygence research project is based on Mechanical Engineering. I chose to work on this because I have an interest in the field and want to learn more about it while doing research. I want to make an amazing project that can help people and push the field on Mechanical Engineering into a new era.

Projects

  • "Quantitative Study of Robotic Limitations for Assisting Physically Impaired Individuals" with mentor Natalie (Dec. 22, 2024)

Project Portfolio

Quantitative Study of Robotic Limitations for Assisting Physically Impaired Individuals

Started July 11, 2024

Abstract or project description

Robotic arms are used heavily today. They are used in factories, farms, warehouses, and many other areas. They are mainly used in pick and place tasks. One of the most significant advantages of industrial robot arm is their ability to make productivity lightning-fast. Unlike humans, robots do not get tired. However, these industrial robotic arms have their limits. They are not as versatile as a human arm. If a more versatile option, such as the articulated robot arm, was created, productivity could be faster and more efficient. A more versatile robot arm would also mean it could do many other tasks. Imagine if a robotic arm helped someone who cannot move their hands well whilst picking up objects. A more versatile robotic arm would be able to do what the human cannot. With this more versatile arm, many lives would be changed and supported. In all, versatile robotic arms are the best step forward in the industrial robotic arm industry.