Nobel Makonnen’s curiosity about the microscopic world led him to explore how pathogens operate—and how science can disarm them. As a chemistry major at the University of Detroit Mercy, he conducted research on Candida albicans, a common fungal pathogen, with a particular focus on how biofilms contribute to its ability to cause disease. His work examined the genetic factors that might inhibit biofilm formation, opening the door to potential strategies for reducing pathogenicity.
Awarded the ReBUILDetroit Scholarship, Makonnen immersed himself in hands-on research early in his academic journey. These experiences sparked his interest in the broader biological mechanisms behind disease and planted the seeds for a future in biomedical science.
Now, through the Applied Biomedical Data Sciences program at the St. Jude Graduate School of Biomedical Sciences, Makonnen is expanding his skill set into the world of data science. Though new to the field, he is eager to explore how computational tools can elevate and accelerate research in microbiology. He views this program as a critical step in his journey to grow as a scientist and contribute meaningfully to global health challenges. For Makonnen, joining St. Jude is more than an academic opportunity—it’s a way to live out his name and his mission: to make a difference in the world.
Hometown: Woodhaven, MI
Education:
2024 - BA, Chemistry – University of Detroit Mercy
Awards/Honors/Scholarships:
2020 - ReBUILDetroit Scholarship