A Dominican Woman Making Waves in Science: A Caribbean Woman in Computational Chemistry
by Semaj Bernard
Dr. Jerelle Joseph
Professor at Princeton University.
In the intricate world of computational chemistry, where equations and simulations unlock the mysteries of biomolecular systems, one voice stands out—a Caribbean woman with a determination as dynamic as the field she navigates. Dr. Jerelle Joseph, originally from the small village of Vieille Case in Dominica, has carved a path in a male-dominated industry, blending her cultural heritage and scientific expertise to redefine possibilities in STEM.
Growing up in a Caribbean household, Jerelle’s upbringing was deeply influenced by her parents' steadfast belief in the power of education. While her father encouraged independence and critical thinking through tough love, her mother’s unwavering support instilled kindness and compassion. These contrasting influences became the bedrock of Jerelle’s personal and professional ethos.
Her first steps toward chemistry were nurtured by exceptional teachers at Dominica State College. “Mrs. Richards and Mr. Wilson made chemistry fascinating and beautiful,” Jerelle recalls. This foundation propelled her to the University of the West Indies (UWI) and later to Cambridge University, where her passion for research flourished.
“Imposter syndrome is something I’ve dealt with, and to be honest, it never fully goes away.”
As a woman in computational chemistry, Jerelle has faced challenges that extend beyond the technical demands of her field. “There still aren’t many women in computational chemistry—it remains a male-dominated field,” she explains. “Imposter syndrome is something I’ve dealt with, and to be honest, it never fully goes away.”
However, her journey reflects a broader shift within the scientific community. Institutions are beginning to address the systemic barriers that women in STEM face, providing essential support structures. Jerelle has not only benefited from this shift but has actively contributed to it. Her role as an academic and researcher allows her to create spaces where women can thrive, fostering a sense of belonging and empowerment.
Jerelle’s Caribbean heritage informs her approach to science in profound ways. Growing up in a region known for its resilience and resourcefulness, she understands the value of diversity in solving complex problems. “Science thrives on diversity of thought and experience,” she notes. “My upbringing shaped my perspective, giving me a unique lens through which to approach research.”
This perspective has fueled her advocacy for representation in STEM. As a mentor, she recognizes the challenges faced by students from underrepresented backgrounds. Through initiatives like CariScholar, Jerelle ensures that young Caribbean students receive the guidance and mentorship that were pivotal in her own journey.
Jerelle’s research focuses on biomolecular condensates, structures formed within cells without membranes, and their role in diseases such as neurodegenerative disorders. Her groundbreaking work has garnered global recognition, including the prestigious NIH Maximizing Investigators' Research Award. Yet, beyond the accolades, Jerelle measures her success by the impact she has on others.
“The joy I derive from collaborating with students and watching them grow into confident thinkers is indescribable,” she shares. Her approach to mentorship is shaped by her experiences, both as a Caribbean woman and as a scientist who had to navigate an often unwelcoming field.
For Jerelle, her journey is far from over. She is determined to build on her achievements, advancing therapeutic designs for diseases and expanding opportunities for underrepresented groups in STEM. To young Caribbean students aspiring to enter STEM, her message is clear: “Stay curious, embrace math—you can’t run from it—and work hard. Don’t be afraid to ask the questions no one else is asking.”
As Dr. Jerelle Joseph continues to make strides in computational chemistry, she remains a beacon of inspiration for women in STEM, proving that the confluence of heritage and ambition can lead to extraordinary achievements in even the most exclusive fields.
