Back close

Wearable Wireless Device to Monitor of Vital Parameters of Farmers

Thematic Area: Health & Hygiene

Project Incharge:Sruthy U. Krishnana
Project Incharge:Karra Venkata Lakshmi Sri, Vasanth Sathyanarayanan, Prithvi C. H., Sooraj Suseel Kumar, and Ashwin Krithik M.
Wearable Wireless Device to Monitor of Vital Parameters of Farmers

Thematic Area: Health & Hygiene

Project Guide(s): Mr. Sruthy U. Krishnana, Center for Wireless Networks & Applications

International Partner(s): Lancelot Dupont, Grenoble INP, France

Amrita Partner(s): Karra Venkata Lakshmi Sri, Vasanth Sathyanarayanan, Prithvi C. H., Sooraj Suseel Kumar, and Ashwin Krithik M.

Village: Harirampur, Rajasthan

Project Duration: One month

Identified Challenge & Aim:  Access to healthcare is still a major challenge for residents of rural communities. One particularly vulnerable group are farmers who have to engage in manual labor for long hours leading to serious health implications. However, with a lack of sufficient transportation facilities, transportation infrastructure, and sheer distance to healthcare centers rural patients are unable to connect with doctors and receive required treatment. The current project seeks to study the scope, usability, and receptiveness of a wearable wireless monitoring system.

The Study/Innovation: The team interacted with farmers via a few group discussions to understand some of the current health challenges they face and their major pain points. The team then conducted interviews to learn about current perceptions and concerns regarding access to healthcare. Subsequently, the team visited a primary healthcare center and the regional agricultural department to understand current practices of healthcare monitoring and current government schemes to reduce physical burden on farmers, respectively. Based on data collected from the field,students identified there was scope for a wireless wearable device and proposed strategies to increase the acceptability of the devices among the farming community in Harirampur.

Addresses Sustainable Development Goals:

Related Projects

Development of Natural Biopolymeric Hydrogel Bandages with NanoZnO/ Nanosuspensions of Herb Hemigraphis Ulternata for Wound Dressing
Development of Natural Biopolymeric Hydrogel Bandages with NanoZnO/ Nanosuspensions of Herb Hemigraphis Ulternata for Wound Dressing
Utilization of micronutrients rich indigenous cow dung to develop an innovative dermal trace metal delivery system with multifunctional facets 
Utilization of micronutrients rich indigenous cow dung to develop an innovative dermal trace metal delivery system with multifunctional facets 
Antimicrobial Textiles Using Phage and Other Lytic Agents
Antimicrobial Textiles Using Phage and Other Lytic Agents
Tetracycline Augments the Anti-biofilm Potential of Essential Oils and D-Amino Acids Against Pseudomonas Aeruginosa
Tetracycline Augments the Anti-biofilm Potential of Essential Oils and D-Amino Acids Against Pseudomonas Aeruginosa
Design and Analysis of Cryptographically Secure Power Generators
Design and Analysis of Cryptographically Secure Power Generators
Admissions Apply Now