Harvard Cambridge Scholars

Four seniors have won Harvard-Cambridge Scholarships to study at Cambridge University during the 2020-21 academic year. 

Fernanda Baron, of Lowell House, a sociology concentrator with a secondary field in the studies of women, gender, and sexuality, will be the Governor William Shirley Scholar at Pembroke College. Caroline Engelmayer, of Currier House, a classics concentrator, will be the Lionel de Jersey Harvard Scholar at Emmanuel College. Juan Carlos Fernandez del Castillo, of Mather House, a mathematics concentrator, will be the John Eliot Scholar at Jesus College. Bilal Nadeem, of Quincy House, a human developmental and regenerative biology concentrator with a secondary field in global health and health policy and a language citation in modern standard Arabic, will be the Charles H. Fiske III Scholar at Trinity College.

You might also like

Talking About Tipping Points

Developing response capability for a climate emergency

Academia’s Absence from Homelessness

“The lack of dedicated research funding in this area is a major, major problem.”

The Enterprise Research Campus, Part Two

Tishman Speyer signals readiness to pursue approval for second phase of commercial development.  

Most popular

AI as Cancer Oracle?

How is artificial intelligence (AI) being used for cancer detection and prevention?

The World’s Costliest Health Care

Administrative costs, greed, overutilization—can these drivers of U.S. medical costs be curbed?

Claudine Gay in First Post-Presidency Appearance

At Morning Prayers, speaks of resilience and the unknown

More to explore

What is the Best Breakfast and Lunch in Harvard Square?

The cafés and restaurants of Harvard Square sure to impress for breakfast and lunch.

How Homelessness is a Public Health Crisis

Homelessness has surged in the United States, with devastating effects on the public health system.

Portfolio Diet May Reduce Long-Term Risk of Heart Disease and Stroke, Harvard Researchers Find

A little-known diet improves cardiovascular health through several distinct mechanisms.