CariGenetics officially concluded its 2026 Summer Internship Programme in Bermuda on September 22, marking the end of an eight-week initiative focused on training the next generation of regional scientists. Interns Nia-Rene Outerbridge and Kaelyn Fleming completed the intensive placement, which provided direct exposure to laboratory workflows within the fields of genomics, pharmacogenetics, and precision medicine.
According to a press release from CariGenetics, the program was designed to provide immersive, hands-on experience that mirrors the daily operations of a professional research facility. The curriculum emphasized practical laboratory proficiency rather than passive observation, requiring participants to engage with the technical demands of modern genetic research. Outerbridge and Fleming performed core procedures including the extraction and preparation of genetic material, as well as the complex processes associated with whole-genome sequencing.
Mentorship from the CariGenetics laboratory team served as a foundational element of the program, ensuring the interns understood the rigorous standards required for clinical and research-grade analysis. The organization noted that the interns were introduced to the specific disciplines that support modern genomic research, moving beyond theoretical knowledge to master the physical handling of biological samples. This hands-on approach is intended to bridge the gap between academic study and the realities of a working laboratory environment.
Beyond human genetics, the program incorporated modules on conservation genetics to highlight the utility of genomic data in environmental management. The interns studied the recovery efforts for the Bermuda Petrel, also known as the Cahow, illustrating how genomic science informs the protection of biodiversity. This multidisciplinary approach aimed to demonstrate the versatility of genetic techniques across different biological domains, showing that genomic tools are as vital for ecological preservation as they are for human health.
Pharmacogenetics formed a significant portion of the training, as the organization seeks to address the historical underrepresentation of Caribbean populations in global genomic databases. By examining how individual genetic variants influence medication response, the program introduced students to the clinical implications of precision medicine. CariGenetics intends for this early-stage exposure to stimulate academic interest in biotechnology among Caribbean students, helping to build the scientific capacity needed to advance precision medicine within the region.
Kaelyn Fleming noted that the mentorship provided by the laboratory staff was instrumental in building her professional confidence and technical capability. She stated that the experience provided a clear bridge to her future academic pursuits abroad, while fostering a desire to contribute to the organization’s regional projects in the coming years. The structure of the internship was designed to instill professional habits such as critical thinking, teamwork, and meticulous attention to detail.
The initiative reflects a broader strategic objective for CariGenetics to build scientific capacity within the Caribbean. By creating localized opportunities for research, the organization aims to shift the regional role in global science from passive participation to active leadership. This investment in human capital is intended to ensure that Caribbean communities are better positioned to benefit from the ongoing advancements in genomic medicine, rather than relying solely on external research institutions.
The significance of this program lies in the effort to decentralize genomic research infrastructure. By fostering a cohort of trained professionals within the region, CariGenetics is working to mitigate the brain drain that often affects specialized scientific fields in smaller jurisdictions. The success of this summer cohort serves as a pilot for future educational outreach programs intended to expand the regional genetics community and demonstrate that meaningful scientific work can be conducted within the Caribbean and its wider diaspora.
Future iterations of the program are expected to continue focusing on the intersection of human health and environmental conservation. CariGenetics plans to leverage its growing laboratory presence to offer further opportunities for young scientists to engage with high-level research. These efforts remain aligned with the organization’s long-term goal of establishing the Caribbean as a hub for genomic innovation, ensuring that the next generation of researchers is prepared to lead in a rapidly advancing field.
