Crane was recently named a recipient of a Clare Boothe Luce Scholarship, given for two academic years to advanced degree candidates. Each fellowship covers the cost of tuition, medical insurance, mandatory fees, a $20,000 stipend and $4,000 for allowance to cover educational and professional development expenses.
The Clare Boothe Luce Program (CBL), the largest source of private funding for women in science, mathematics, and engineering, aims to increase women’s participation in science and engineering at every level of higher education.
Given the recent honor, it’s hard to believe that Crane, who earned her master’s degree through the Late Entry Accelerated Program (LEAP), only began studying engineering three years ago after graduating with an English degree summa cum laude from Clark University.
“I was unsure how long it would take to fulfill the many course requirements, as I was coming in with virtually none of them completed,” said Crane. “I dove in headfirst though and often overloaded on courses to finish in a timely fashion.”
Crane said that earning her master’s in a short timeframe motivated her to apply for her doctorate at BU.
“I didn’t even apply anywhere else,” she said. “There is tremendous value in students having familiarity with the faculty and vice versa, and in having an established rapport with a doctoral advisor right at the outset of research. There is no other school in the world where I would have had that advantage.”
At BU, Crane has been working closely with her advisor, Professor Hamid Nawab (ECE), who nominated her for the award.
“Molly is precisely the type of person who would help to further shatter the glass ceiling in the male-dominated world of electrical engineering research and academia,” said Nawab. “I wouldn’t be surprised if she wound up becoming a tenured faculty member in a leading ECE department or an internationally renowned leader in her field.”
Crane said she was taken by surprise when she won the award, especially since she had a very non-traditional path into engineering.
“The foundation’s support has allowed me to move into a coveted realm in doctoral research, where the student is free to define the problem on which her research will focus without having to worry about focusing solely on a problem as defined in a grant,” said Crane.
Crane’s research at BU focuses on signal processing, though her work overlaps into other areas.
“We’re at the point now where artificial intelligence is really exploding, and fields like signal processing are interwoven in that explosion,” said Crane.
Crane said that she hopes her work will help improve the ability of artificial intelligence (AI) applications to work in the face of mutually interfering inputs.
Examples of such AI applications include Apple’s Siri or Google’s voice recognition. Both work if a user is speaking clearly into a microphone, but if there are signals like music or other voices superimposed on the input speech signal, the results are often inaccurate.
She hopes to find a way to extract the meaningful input even when interfering signals are in the way, and do so in a way that can be applied to multiple applications.
“I’m looking forward to the opportunity to do research on a problem that has far-reaching implications and the potential to contribute something meaningful to the signal processing community at large,” she said.
Crane has been thrilled with her BU experience, describing her professors as “accessible and brilliant.”
“I am happy to be at BU, to call Boston home, and am looking forward to the experiences ahead,” said Crane. “Honestly, I’ve never been happier.”
-Rachel Harrington (email@example.com)