Mumbai Student Develops Wearable Device for Epilepsy Detection

The trials, conducted with young patients from underprivileged backgrounds, validated SIM-T’s ability to predict seizures through real-time monitoring.

Raunak Dhoot, a Grade 11 student from Dhirubhai Ambani International School, has developed a wearable device, SIM-T (Seizure Identification Mechanism in Toddlers), to predict and detect epileptic seizures in children under seven.

The device recently underwent clinical testing at a leading hospital in Mumbai under the supervision of a senior neurologist.

The trials, conducted with young patients from underprivileged backgrounds, validated SIM-T’s ability to predict seizures through real-time monitoring.

Experts believe that the device could offer significant advancements in pediatric epilepsy care.

Clinical Testing & Development

The clinical trials assessed SIM-T’s accuracy in detecting seizure patterns, intending to refine its predictive capabilities. Medical professionals overseeing the tests highlighted its potential in providing early warnings, enabling timely medical intervention.

Raunak, who was motivated by a personal experience with a child suffering from epilepsy, utilized his expertise in electronics, coding, 3D design, and machine learning to develop SIM-T. He collaborated with medical experts to ensure the device was tailored to real-world clinical needs.

Dr Sonal Chandratre, MD, CPE, and Chief Medical Officer at Ascension St Elizabeth Hospital, played a key role in guiding the project. She emphasized the importance of designing the device with patient usability in mind.

“Ensuring that medical technology is accessible and practical for families is crucial. SIM-T has been structured to meet these needs, emphasizing accurate monitoring and ease of use.”

Future Prospects & Accessibility

Raunak’s innovation was recognized at the Initiative for Research and Innovation in STEM (IRIS) National Fair, where he received an award for his work. Additionally, he has secured a provisional patent for SIM-T and is in the process of applying for a utility patent.

The project received mentorship and support from OMOTEC (On My Own Technology), a research and innovation lab that fosters young talent in scientific development.

As Raunak continues refining the device, efforts are being made to enhance its accessibility and affordability, particularly for children from underserved communities.

With epilepsy affecting millions globally, the integration of predictive technology in seizure management could mark a shift in pediatric healthcare.

Medical professionals involved in the trials stress that further testing and regulatory approvals will be essential before wider adoption.