Archive · 17 Sep 2026
Teenager with Hearing Loss Enters Medical College Using Wireless Stethoscope
Vidhita Gupta is 17 years old and wants to become a doctor.
She was born with hearing loss and received a cochlear implant when she was four.
She passed an important medical entrance exam called NEET.
She will study at a medical college in Jamnagar, Gujarat.
Doctors usually use stethoscopes to hear the heart and lungs.
A wireless electronic stethoscope can send these sounds to her cochlear implant.
The device can make sounds louder and reduce some background noise.
Vidhita will still need practice and a backup plan if the technology stops working.
Seventeen-year-old Vidhita Gupta, who has congenital hearing loss, cleared the National Eligibility cum Entrance Test.
She secured admission to MP Shah Government Medical College in Jamnagar, Gujarat.
Vidhita received a cochlear implant at age four and faced challenges using a conventional stethoscope.
A wireless electronic stethoscope can capture, process and transmit body sounds to a compatible cochlear-implant system.
Doctors say long-term use depends on device compatibility, reliable connectivity, training and backup methods.
- Who
- Seventeen-year-old Vidhita Gupta, who has congenital hearing loss, cleared NEET and entered medical college.
- What
- She secured admission to MP Shah Government Medical College and plans to use a wireless electronic stethoscope with her cochlear implant.
- When
- After clearing NEET; the articles do not specify a date.
- Where
- MP Shah Government Medical College in Jamnagar, Gujarat.
- Why
- The wireless stethoscope is intended to help her hear heart, lung and other internal body sounds during medical training.
- Student
- Vidhita Gupta
- Age
- 17
- Condition
- Congenital hearing loss
- Medical device
- Cochlear implant received at age four
- Entrance examination
- National Eligibility cum Entrance Test (NEET)
- College
- MP Shah Government Medical College
- Location
- Jamnagar, Gujarat
- Key challenges
- Battery dependence, connectivity, latency, sound quality and the need for clinical training