Melissa Harris-Perry to join faculty
MSNBC television host, political thought leader and Wake Forest University alumna Melissa Harris-Perry (‘94) will return this summer to her alma mater as a chaired professor.Categories: Alumni, Awards & Recognition, Campus Life, Community Impact, Global Wake Forest, Inclusive Excellence, Mentorship, Pro Humanitate, Research & Discovery
With support from Blue Cross Blue Shield of North Carolina (BCBSNC), Wake Forest aims to transform the way college campuses approach well-being and become a model for others in higher education.
An iPhone app developed by a team of Wake Forest freshmen could one day enable patrons at campus restaurants to vote for what songs play over the speakers.
Students are learning to better navigate their career paths by creating vision maps that capture the patterns and themes in life’s most significant moments and connect them to possible choices after graduation.
Lighthouse Reef Atoll is one of the most pristine marine environments in the Caribbean Sea due to its remote location. Students taking an Ecology and Conservation of Coral Reefs class spent their spring break exploring the Atoll's startling array of biodiversity.
Move over, pink. The fight against breast cancer now wears Old Gold and Black as a team of graduate students from Wake Forest Schools of Business, Law and Medicine work together to take a promising, but underfunded, cancer therapy to market.
Talking about sports on Thursday afternoons is helping a group of high school students become better readers. Education professor Alan Brown and graduate student Jordan Daniels (’14) started a sports and literacy group for students at Southwest Guilford High School.
Sophomore Christa Harris (’16) originally planned to spend her summer living at home and taking courses at another university. But when she learned that Wake Forest is offering classes in her hometown, enabling her to study and pursue internship opportunities at the same time, she changed her plans.
The birth of a protein is one of the most fundamental aspects of life as we know it, yet, surprisingly, there is still a lot that scientists do not know about them. A split-second snapshot of the mysterious process developed by Wake Forest researchers could someday lead to more effective antibiotics.