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Hi! I'm Tenzing Jampa Bhutia, a junior undergraduate student at IIT Bombay majoring in Engineering Physics with Honors. I have a keen passion for research in Condensed Matter Physics, Astronomy, and Mathematical Modeling of Non-linear Systems. Alongside my academic pursuits, I enjoy working on diverse projects ranging from mechanical systems to smart appliances and robotics. I love applying theoretical knowledge to practical challenges, for instance translating mechanical systems into electrical equivalents or developing smart home controllers using Arduino. I'm eager to continue learning and contributing in exciting fields of science and technology while embracing interdisciplinary approaches.…Hi! I'm Tenzing Jampa Bhutia, a junior undergraduate student at IIT Bombay majoring in Engineering Physics with Honors. I have a keen passion for research in Condensed Matter Physics, Astronomy, and Mathematical Modeling of Non-linear Systems. Alongside my academic pursuits, I enjoy working on diverse projects ranging from mechanical systems to smart appliances and robotics. I love applying theoretical knowledge to practical challenges, for instance translating mechanical systems into electrical equivalents or developing smart home controllers using Arduino. I'm eager to continue learning and contributing in exciting fields of science and technology while embracing interdisciplinary approaches.

Tenzing Jampa Bhutia

2D Animator, AI Developer, AI Prompt Engineer, +7

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Hi! I'm Tenzing Jampa Bhutia, a junior undergraduate student at IIT Bombay majoring in Engineering Physics with Honors. I have a keen passion for research in Condensed Matter Physics, Astronomy, and Mathematical Modeling of Non-linear Systems. Alongside my academic pursuits, I enjoy working on diverse projects ranging from mechanical systems to smart appliances and robotics. I love applying theoretical knowledge to practical challenges, for instance translating mechanical systems into electrical equivalents or developing smart home controllers using Arduino. I'm eager to continue learning and contributing in exciting fields of science and technology while embracing interdisciplinary approaches.…Hi! I'm Tenzing Jampa Bhutia, a junior undergraduate student at IIT Bombay majoring in Engineering Physics with Honors. I have a keen passion for research in Condensed Matter Physics, Astronomy, and Mathematical Modeling of Non-linear Systems. Alongside my academic pursuits, I enjoy working on diverse projects ranging from mechanical systems to smart appliances and robotics. I love applying theoretical knowledge to practical challenges, for instance translating mechanical systems into electrical equivalents or developing smart home controllers using Arduino. I'm eager to continue learning and contributing in exciting fields of science and technology while embracing interdisciplinary approaches.

Available to hire

Hi! I’m Tenzing Jampa Bhutia, a junior undergraduate student at IIT Bombay majoring in Engineering Physics with Honors. I have a keen passion for research in Condensed Matter Physics, Astronomy, and Mathematical Modeling of Non-linear Systems. Alongside my academic pursuits, I enjoy working on diverse projects ranging from mechanical systems to smart appliances and robotics.

I love applying theoretical knowledge to practical challenges, for instance translating mechanical systems into electrical equivalents or developing smart home controllers using Arduino. I’m eager to continue learning and contributing in exciting fields of science and technology while embracing interdisciplinary approaches.

Skills

C++

Python

App Design

Experience Level

C++

Expert

Python

Expert

Intermediate

Intermediate

Intermediate

Intermediate

Intermediate

Beginner

Beginner

Language

English

Fluent

Hindi

Advanced

Nepali

Advanced

Tibetan Standard, Tibetan, Central

Advanced

Japanese

Advanced

Work Experience

Researcher at IIT Bombay

August 1, 2024 - December 31, 2024

Collaborated with two colleagues in implementing research on the electrical equivalent of a mechanical impacting system under Prof. Puneet Parmananda. The work involved translating a forced damped oscillator with instantaneous or hard impacts into an electrical system, analyzing chaotic behavior, and resolving analytical flaws using Python and differential calculus. The research was based on a published paper by Soumyajit Seth from 2020.

Researcher at Indian Institute of Technology Bombay, Prof. Puneet Parmananda's Lab

August 1, 2024 - December 31, 2024

Implemented and analyzed an electrical equivalent of a mechanical impacting system based on a published paper. Translated a forced damped oscillator system into an electrical system model, studied oscillation behaviors including transition to chaotic dynamics, and identified and resolved analytical flaws using Python and differential calculus.