Spotlight Stories

A non-traditional educational path led engineering concentrator Jason Webster ’18 to the Rosenstein Lab and a Doris M. and Norman T. Halpin Senior Capstone Prize to explore an electronic nose.

With help from the Doris M. and Norman T. Halpin Senior Capstone Prize and fellow Brown students, Matthew Lo ’18 is designing an affordable prosthetic leg that could change the lives of amputees in developing countries.

Passionate about visualizing the intrinsic beauty of scientific phenomena, Assistant Professor Daniel M. Harris melds the realms of art and science to aid in understanding fluid mechanics.

A multidisciplinary team of Brown and Rhode Island School of Design students is developing a sensory play toy utilizing protyping tools in the Brown Design Workshop.

From the time she first stepped foot onto College Hill, there was little doubt Ileana Pirozzi ’18 was right where she belonged.

It probably wasn’t the advice he was expecting.

In the rapidly growing intersection between electronics engineering and neuroscience, Caleb Tulloss ’18 seems to have found his place. The electrical engineering concentrator from Weston, Mass. is working to develop a fully-implanted solution to eye-tracking.

Perseverance: Steadfastness in doing something despite difficulty or delay in achieving success.

Bringing together experts across the wide array of engineering and health science fields and demonstrating the importance each one brings, Assistant Professor David Borton created the class Implantable Devices, illustrating how communication and input from multiple areas is key to generating a final product.

It was a case of perfect timing.

Christopher Rose has a rather broad view of his chosen field of communication theory. It’s a cosmic-scale view, one might say.

Frequencies in the terahertz range could greatly increase the capacity of wireless communications systems. Daniel Mittleman is working to solve technical challenges that would make terahertz improvements possible.

Understanding a small sea sponge and its ability to anchor itself to the ocean floor, Haneesh Kesari hopes, will point the way to stronger, lighter, better man-made materials.

Biological sensors that detect currents at the nanoscale would have important clinical applications, but how to separate signal from noise when the current lasts for 10 microseconds? Jacob Rosenstein has theories and devices that enable measurement at small timescales.