The Stowers Computational Biology Scholars Program, launched this summer by the Graduate School of the Stowers Institute for Medical Research, offers a one-year immersive learning opportunity for early-career computational biologists and bioinformaticians. Learn more about Inaugural Scholar Alejandro Diaz de la Vega Gonzalez in the Q&A below.

What motivated you to apply to the Computational Biology Scholars Program?

My motivation to apply came from a desire to deepen my expertise in this field and stay at the forefront of scientific research. During my master's in integrative biology, I specialized in computational biology, focusing on genome topology and the conservation of structures throughout evolution in the fruit fly, Drosophila. This program offers a unique opportunity to collaborate with individuals from diverse backgrounds, helping to find innovative solutions to complex biological systems problems.

What have you found most beneficial about the program?

The most beneficial aspect of the program has been the access to a network of scientists and the opportunity to work on interdisciplinary projects. This collaborative environment has allowed me to learn from experts in various fields and apply new methodologies.  

How is the program changing the way you approach your science?

The program has transformed my scientific approach by providing an environment that fosters innovation and collaboration. I have learned to integrate various computational techniques without sidelining biology, allowing me to tackle biological questions from multiple perspectives.

What would you tell others interested in applying for the program?

To those thinking about applying, I would say this program is an incredible opportunity for growth, both professionally and personally. It gives you access to the latest resources and technology, but what really makes it special is the supportive community. You'll be surrounded by people who encourage collaboration and continuous learning, making it a truly enriching experience.

What have you enjoyed most about your experience at the Stowers Institute?

The opportunity to work alongside passionate researchers and learn from their scientific endeavors has been extremely enriching.

What led you to pursue a career in computational biology and science? What do you find most exciting about the field?

I decided to pursue a career in computational biology and science due to my fascination with the discipline's ability to solve complex biological problems using computational and statistical approaches. The most exciting aspect of the field is the potential to uncover hidden patterns and relationships in biological data, which can lead to significant advancements in our understanding of living systems.

Potential scholars with a bachelor’s degree or higher in computer science, bioinformatics, and related fields, or a biology degree with experience in coding are encouraged to apply and may be eligible for full-time employment at the Institute following successful completion of the program. Applications opened on October 1, 2024. Learn more and apply here.