Arpit Kumar
Also known as: Undergraduate Student | Researcher
Navmarg Research and Innovation Private Limited, Manipal Academy of Higher Education, Holy Mission Secondary School, Bihar Bal Bhawan Kilkari, Department of Education Government of Bihar
About
Physics Major at Manipal Institute of Applied Physics, MAHE, and Co-Founder of Navmarg Research and Innovation Pvt. Ltd., working at the intersection of clean-water technology, arsenic removal, real-time water quality monitoring, biosensing, and molecular-scale contaminant–material interaction studies. My journey began as a school-level research project and gradually evolved into field-focused technology development. Through Navmarg, we are now working to take this research forward commercially and build scalable, affordable solutions for safe drinking water.
A major part of my work has focused on the development of magnetic arsenic removal systems based on physical separation principles. This work has supported arsenic-safe water access for 10,000+ children and treatment of over 7 lakh litres of water. I work across experimental characterization, computational modelling, and applied R&D, with a simple belief that science becomes meaningful when it moves beyond papers and prototypes to solve real problems for people
Employment
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Navmarg Research and Innovation Private Limited Chief Executive Officer2023 - Present
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Manipal Academy of Higher Education Undergraduate Student2023 - 2027
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Bihar Bal Bhawan Kilkari, Department of Education Government of Bihar Researcher2018 - 2024
Education
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Manipal Academy of Higher Education B.Sc.2023 - 2027
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Holy Mission Secondary School High School Graduate2020 - 2022
Projects & Funding
Projects & funding information is unavailable.
Publications (8)
- Impact of Local Navigation Rules on Biased Random Walks in Multiplex Markov Chains Save
- Case Studies (Success Stories) on the Application of Metal‐Organic Frameworks (<scp>MOF</scp>s) in Wastewater Treatment and Their Implementations; Review Save
- Contactless temperature and distance measuring device: A low-cost, novel infrared ―based "Badge"-shaped structural model for measuring physical distance and body temperature Save
- “The Contactless Badge” designed IR Thermometer Evaluating Temperature & Social Physical Distancing Fabricating the MLX90614 during Covid 19 Save
- Physical Distancing by Fabricating the MLX90614 Thermal Sensor during Covid- 19 Global Emergency Save
- “The Contactless Badge" designed IR - Thermometer Evaluating Temperature & Social/Physical Distancing by Fabricating the MLX90614 Thermal Sensor during Covid- 19 Global Emergency Save
- “The contactless Badge” designed IR thermometer evaluating temperature & social physical distancing fabricating the MLX90614 during Covid 19 Save
- Analytical study on the removal of arsenic species and its compound by applying magnetic field Save