A highly interdisciplinary program with unparalleled flexibility,
preparing the next generation of scientists for impactful careers
in research and beyond.
From navigating unexpected job pathways to the importance of networking and soft skills, College of Sciences alumni shared insights and advice about leveraging a Georgia Tech education into a successful career at the What Can I Do With My Georgia Tech Sci
The College of Sciences launched its Young Alumni Board, a volunteer-based leadership group that is tasked with deepening the relationship between recent Yellow Jacket graduates and the College. The inaugural Board consists of 13 members who obtained an u
The interdisciplinary Environmental Science (ENVS) degree program, developed by faculty in the Schools of Earth and Atmospheric Sciences and Biological Sciences, is now enrolling students interested in a wide variety of environment-related careers.
The Student Transfer Enrichment Program (STEP) eases the transition for College of Sciences transfer students, helping them succeed academically and socially through mentorship, tutoring, and special events and activities.
Chemistry major Matthew Rohan and biomedical engineering major Anirudh Sriram were awarded the prestigious Barry Goldwater Scholarship for exceptional academic achievements and dedication to STEM research.
Students nominated School of Earth and Atmospheric Sciences’ Samantha Wilson for this year’s top faculty honor in the GT 1000 program, which supports first-year students as they are introduced to the Georgia Tech experience.
For her first undergraduate research experience, Marielle Frooman did more than work in the McShan lab — she helped lead research that could shape the future of malaria treatment.
The interdisciplinary program provides an in-depth look at how science is communicated to the public, how policy shapes research, and how science communication affects society.
Physicists unravel the secrets of the centuries-old practice of knitting in a new study that explores the physics of ‘jamming’ — a phenomenon when soft or stretchy materials become rigid under low stress but soften under higher tension.
