About
Pritam Dutta, a high school student in Army Public School, Sukna, is a budding problem solver from a small village near Jalpaiguri district in West Bengal. He is deeply passionate about robotics and astronomy, and has already made impressive strides in both fields. Pritam's curiosity and drive have led him to undertake several projects related to robotics and the Internet of Things, demonstrating his skills in coding, hardware design, and problem-solving. His innovative ideas have resulted in published articles that showcase his analytical thinking and writing abilities.
Not content with merely exploring the realm of robotics, Pritam has also published a book on astronomy titled "What Is Astronomy?" The book reveals his deep interest and knowledge of the cosmos and demonstrates his ability to communicate complex scientific concepts in an accessible way. Pritam's diverse set of skills, including his scientific knowledge, technical expertise, and communication abilities, make him an exciting prospect for any team or institution looking for a driven and capable individual.
Employment
Employment history is unavailable.
Education
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Army Public School 102012 - 2022
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Army Public School
Projects & Funding
Projects & funding information is unavailable.
Publications (13)
- COSMIC PRIMER Save
- EXPLORING THE SOLAR SYSTEM THROUGH HYDROGEN LINE RADIO DATA ANALYSIS Save
- Detecting Exoplanets in Multiplanetary Systems using HI Line Analysis through Gaussian Fitting Save
- Development Of An Automated Steerable Radio Telescope. Save
- Exploring the Solar System through Hydrogen Line Sprectum Radio Data Analysis Save
- APS -APS March Meeting 2023 - Event - ELEMENTARY DESCRIPTION OF BOSE EINSTEIN CONDENSATE Save
- The Anatomization Of An Iot Based Aquaponic Farm Model Towards The Agronomic Resilience In The Indian Subcontinental Region Save
- THE AUTONOMOUS IOT BASED AQUAPONIC FARM MODEL Save
- Building a Miniature Rocket Model with Thrust Vector Control and Data Logging Capabilities Save
- Detecting Exoplanets in Multiplanetary Systems using HI1 Line Analysis through Gaussian Fitting Save