Indian-origin engineer Avani Ahuja has been awarded the prestigious Henry Ford II Scholar Award by the Massachusetts Institute of Technology (MIT), one of the institution’s highest distinctions for undergraduate engineering students. The recognition celebrates exceptional academic achievement, leadership potential, and the promise of future contributions to the engineering profession.
The award places Ahuja among a select group of MIT graduates who have demonstrated excellence not only in the classroom but also through impactful research and community engagement. Throughout her undergraduate years, she pursued projects spanning power electronics, robotics, and healthcare technologies, building an impressive multidisciplinary portfolio.
Expressing her gratitude, Ahuja described receiving the honor as both humbling and exciting. She noted that meeting MIT’s leadership during the award process made the experience even more meaningful.
Research played a central role in shaping her academic journey. One of her most recent projects focused on capacitive wireless power transfer, an emerging technology with the potential to support applications ranging from wireless charging systems for electric vehicles to implantable medical devices. Her work in this field contributed to her growing reputation as a promising young engineer.
Beyond power electronics, Ahuja explored advanced robotics research, gaining experience in innovative engineering environments known for developing cutting-edge robotic systems. She also dedicated significant time to healthcare-focused projects, particularly those addressing women’s health challenges through technology.
A defining chapter of her MIT experience involved collaborating on medical technology initiatives aimed at improving healthcare accessibility. Among the projects she supported was research related to wearable breast ultrasound technology, designed to make breast cancer screening more accessible and convenient. The experience strengthened her desire to bridge engineering and healthcare through future research.
The latest honor adds to an already impressive list of achievements. In 2025, Ahuja was selected as a Barry Goldwater Scholar, one of the most respected undergraduate awards in science, engineering, and mathematics in the United States. The scholarship recognized both her research accomplishments and her long-term potential as an innovator.
This fall, Ahuja will continue her academic journey at MIT by pursuing a PhD in power electronics within the Department of Electrical Engineering and Computer Science. She hopes to apply advanced power technologies to healthcare and women’s health solutions, combining her technical expertise with a passion for medical innovation.
Outside the laboratory, Ahuja actively participated in campus organizations, extracurricular programs, and interdisciplinary studies, including a minor in gender studies. As she begins the next phase of her career, her accomplishments position her as one of MIT’s rising engineering talents, with aspirations to advance both technology and healthcare through research and academia.
