About A University Scholar and Honors student, Isaac Kresse is pursuing dual degrees in chemistry and computer engineering in order to harness the power of algorithmic processing to discern otherwise invisible patterns in the vast amounts of data that biochemical experiments often generate. Kresse’s interest in chemistry, first sparked at Gatton Academy, a math-and-science-focused school in his home state of Kentucky, has led him to conduct research not only at the lab of Northeastern Professor John Engen, but also at SINTEF, an independent research organization in Trondheim, Norway, and at the National University of Singapore. Kresse’s next research position will be at Harvard Medical School, where he will be tasked with developing microfluidics to enable single-cell genomic analysis of brain cells. With the Fulbright Award he earned in 2019, Isaac will conduct research on these proteins at the Max Planck Institute for Biochemistry in Munich. The Fulbright will allow Isaac to pursue his passion for understanding the biochemical mechanisms underlying life. After the Fulbright, he’ll apply to PhD programs to study biochemistry with the goal of pursuing a career in academia.
A University Scholar and Honors student, Isaac Kresse is pursuing dual degrees in chemistry and computer engineering in order to harness the power of algorithmic processing to discern otherwise invisible patterns in the vast amounts of data that biochemical experiments often generate. Kresse’s interest in chemistry, first sparked at Gatton Academy, a math-and-science-focused school in his home state of Kentucky, has led him to conduct research not only at the lab of Northeastern Professor John Engen, but also at SINTEF, an independent research organization in Trondheim, Norway, and at the National University of Singapore. Kresse’s next research position will be at Harvard Medical School, where he will be tasked with developing microfluidics to enable single-cell genomic analysis of brain cells. With the Fulbright Award he earned in 2019, Isaac will conduct research on these proteins at the Max Planck Institute for Biochemistry in Munich. The Fulbright will allow Isaac to pursue his passion for understanding the biochemical mechanisms underlying life. After the Fulbright, he’ll apply to PhD programs to study biochemistry with the goal of pursuing a career in academia.