NID Students Pioneer Healthcare Solutions Through Innovative Design Projects
At the recent convocation ceremony of the National Institute of Design (NID), graduate Nandini Sharma presented a groundbreaking project inspired by the alarming rise in cardiac arrest cases across the country. The BDes student developed a smart wearable ring that continuously monitors vital signs, detects abnormal cardiac activities like arrhythmia, and sends immediate alerts to family members or caregivers.
"Interviews with cardiac survivors and medical professionals provided crucial insights that helped me understand the urgent need for such a monitoring system," explained Sharma, whose project represents a growing trend among NID students to address real-world medical challenges through functional design solutions.
Beyond Aesthetics: Design as Problem-Solving
While design is often associated with aesthetics and visual appeal, several graduation projects showcased by NID students demonstrate how design principles can be applied to create practical healthcare solutions. These innovative projects are now featured on the institute's website, highlighting the utility-focused approach that characterizes contemporary design education.
Kriti Jalihal's project exemplifies this functional approach with her water blanket-integrated chair designed specifically for haemodialysis patients. The project brief emphasized the extended periods patients must remain seated during dialysis treatments, often experiencing discomfort and stress.
"By creating a deeply relaxing environment through integrated water blanket technology, the chair-bed seeks to significantly improve the quality of life for patients undergoing frequent, stressful medical treatments," states the official project description on the NID website.
Neonatal Care Innovations
The healthcare-focused projects extend to critical neonatal care with two particularly notable innovations. Dhyanaditya Baruah developed a specialized neonatal hypothermia monitoring device, while Praveen Kumar S created an advanced neonatal transport incubator designed to provide stable, controlled environments for vulnerable newborns during medical transfers.
Gayatri Menon, senior faculty member at NID who guided several of these healthcare projects, revealed that some students collaborated with organizations like the Ford Foundation on solution-based design interventions.
"The students thoroughly assessed each medical problem, devised multiple approaches to address these challenges, and ultimately developed design-centric solutions," Menon explained. "Several of these projects have reached advanced stages of development and show genuine potential for real-world implementation."
Affordable Medical Technology
Mohammed Naim Shaikh, another senior NID faculty member who supervised medical sector projects, emphasized how these initiatives motivate students to pursue unconventional, out-of-the-box solutions to pressing healthcare problems.
"For instance, Trupti Bhadane focused on creating an affordable insulin pump rooted in biomedical device design principles, making diabetes management more accessible," Shaikh noted. "Meanwhile, Khushi Desai explored portable slit-lamp-mounted camera technology for retinal imaging, specifically targeting conditions like diabetic retinopathy that require regular monitoring."
Mobility and Independence
Beyond monitoring and treatment devices, NID students also addressed mobility challenges faced by individuals with disabilities. Gajendra Pratap Singh, a BDes student, designed a self-mobility device specifically for persons with lower limb disabilities.
The innovative device aims to provide greater independence and dignity by eliminating the need for dragging traditional mobility vehicles, representing another example of how design thinking can transform quality of life for those facing physical challenges.
These diverse projects collectively demonstrate how design education at premier institutions like NID is evolving to address concrete healthcare needs through innovative, user-centered solutions that prioritize functionality alongside form.
