Experience

Atreya Innovations

• India
• Wellness and Fitness Services
• 1 - 100 Employee

• Founder and CEO

  • Mar 2015 - Present

  Atreya Innovations is a healthcare technology startup working towards holistic wellness, which goes far beyond calories, proteins, fibers, and fats. Each of us is built differently, and we respond differently to diet and exercise. Our vision is to improve our customer's lives using the world’s best personal, predictive and non-invasive health monitor. Atreya Innovations is a healthcare technology startup working towards holistic wellness, which goes far beyond calories, proteins, fibers, and fats. Each of us is built differently, and we respond differently to diet and exercise. Our vision is to improve our customer's lives using the world’s best personal, predictive and non-invasive health monitor.



ADYA ENTERPRISE

• India
• Machinery Manufacturing
• 1 - 100 Employee

• Consultant

  • Aug 2014 - Dec 2014

  I am involved in the product for process design solution to deliver quantified hydrodynamic parameters of various unit process and unit operation equipment with high reliability through state of the art know-how and mathematical techniques along-with dedicated customer care. I am in-charge of the research group working on data-driven intelligence of the web-based solution. I am involved in the product for process design solution to deliver quantified hydrodynamic parameters of various unit process and unit operation equipment with high reliability through state of the art know-how and mathematical techniques along-with dedicated customer care. I am in-charge of the research group working on data-driven intelligence of the web-based solution.


Persistent Systems
• India
• IT Services and IT Consulting
• 700 & Above Employee
• Consultant

  • May 2014 - Jul 2014

National Chemical Laboratory
• Research Services
• 700 & Above Employee
• Principal Project Investigator

  • 2011 - Mar 2014


IIT Bombay

• India
• Consumer Services
• 1 - 100 Employee

• Ph.D.

  • 2005 - 2010

  Idea: Quantitative acquisition and analysis of the pulse-based methodology described in Ayurveda My work is inspired by the pulse-based diagnosis, which is a prominently explored methodology in Ayurveda. The Ayurvedic practitioner diagnoses subjects by feeling their pulse on wrist, and it is the belief that this information is useful in detecting imbalance or disorders in the entire body. This notion has not been fully accepted in the modern science; one reason could be the absence of… Show more Idea: Quantitative acquisition and analysis of the pulse-based methodology described in Ayurveda My work is inspired by the pulse-based diagnosis, which is a prominently explored methodology in Ayurveda. The Ayurvedic practitioner diagnoses subjects by feeling their pulse on wrist, and it is the belief that this information is useful in detecting imbalance or disorders in the entire body. This notion has not been fully accepted in the modern science; one reason could be the absence of quantitative and objective characterization. To overcome this, I have developed a portable, and inexpensive system Nadi Tarangini to acquire noise-free pulse signals. As the study of pulse signals is in the nascent stage, I have developed seven approaches (individually and in symbiosis) to study two characteristic properties of the pulse signal, namely nonlinear dynamics and period-to-period variability. Each approach helps revealing different ‘property’ of the pulse signal useful in characterization. The properties, results and the progress of pulse analysis confirms the importance of its consideration for diagnosis. Years of development in the analysis of ECG-based methodologies has resulted in advanced automated tools. I have established the efficacy of the pulse-based methodology and believe that it will receive appropriate recognition in future. Show less Idea: Quantitative acquisition and analysis of the pulse-based methodology described in Ayurveda My work is inspired by the pulse-based diagnosis, which is a prominently explored methodology in Ayurveda. The Ayurvedic practitioner diagnoses subjects by feeling their pulse on wrist, and it is the belief that this information is useful in detecting imbalance or disorders in the entire body. This notion has not been fully accepted in the modern science; one reason could be the absence of… Show more Idea: Quantitative acquisition and analysis of the pulse-based methodology described in Ayurveda My work is inspired by the pulse-based diagnosis, which is a prominently explored methodology in Ayurveda. The Ayurvedic practitioner diagnoses subjects by feeling their pulse on wrist, and it is the belief that this information is useful in detecting imbalance or disorders in the entire body. This notion has not been fully accepted in the modern science; one reason could be the absence of quantitative and objective characterization. To overcome this, I have developed a portable, and inexpensive system Nadi Tarangini to acquire noise-free pulse signals. As the study of pulse signals is in the nascent stage, I have developed seven approaches (individually and in symbiosis) to study two characteristic properties of the pulse signal, namely nonlinear dynamics and period-to-period variability. Each approach helps revealing different ‘property’ of the pulse signal useful in characterization. The properties, results and the progress of pulse analysis confirms the importance of its consideration for diagnosis. Years of development in the analysis of ECG-based methodologies has resulted in advanced automated tools. I have established the efficacy of the pulse-based methodology and believe that it will receive appropriate recognition in future. Show less

• CSIR Research Fellow

  • 2004 - 2009