The University of Wisconsin-Madison’s genetics department launched a new Genetics in a Modern World certificate this April that focuses on modern genetics and its implications on society.
This is the first certificate offered by the genetics department, and one of the only STEM-focused certificates at the university available to all students with no prerequisites, said Dr. Katie Vermillion Kalmon, a genetics professor and one of the certificate’s advisors. Students can declare the certificate this semester onwards.
The 12-credit program is designed to provide core genetic knowledge, Vermillion Kalmon said, including “an understanding of the basic scientific methods being utilized in the field of genetics and genomics.” The certificate also aims to inform students about genetic applications and the ethical implications that come with them.
The certificate was created following the initial success of the “Genetics in the News” class, now a foundational course in the program.
Vermillion Kalmon said the certificate took a long time to create.
“Five years ago, we launched this idea to develop a certificate that any student on campus could take to help educate as many people as possible about how relevant genetics is becoming and already is in our everyday lives,” she said.
Originally, the certificate was titled “Genomes and Society,” but UW-Madison’s College of Agricultural and Life Sciences (CALS) didn’t approve it. To emphasize the importance of understanding the impacts of genetics and genome sequencing in society today, the genetics department changed the title to “Genetics in a Modern World,” which received approval.
The new developments in genetics in a current “genomics revolution” has led to improvements in genome therapy, like CRISPR and GMOs. As these biotechnologies change the health care scene, Vermillion Kalmon said, “it is extremely important that as many people as possible learn these foundational genetic concepts and how they are being utilized.”
Overall, Vermillion Kalmon said, the genetics certificate “aims to provide a fresh, new opportunity for students from diverse majors and backgrounds to gain a basic understanding of modern genetics and its implications for society.”
