Atlanta
Chapter
ARCS Foundation advances science and technology in the U.S. by providing financial awards to U.S. citizens who are studying to complete degrees in science, engineering, math, technology, and medical research.
For over 30 years, ARCS Foundation has been FUNDING STEM SCHOLARS WHO WILL CHANGE THE WORLD. ARCS Scholars are selected by their schools for their academic excellence without regard to race, creed or gender.
Since 1992, ARCS Atlanta has awarded over $7.5 million for more than 1,180 individual Scholar Awards to students at Emory University, Georgia Institute of Technology, Morehouse College, and University of Georgia.Opportunity to Change the World
ARCS (Achievement Rewards for College Scientists) Foundation offers our donors the opportunity to change the world. ARCS Awards are unrestricted, and these funds enable our scholars to conduct research which has the potential to solve the challenges of today.
Promise of a Better Future
Support of our scholars is an expression of our belief that each scholar holds the promise of a better future.
ARCS Atlanta Story
The ARCS Atlanta website is a collective story, in pictures and videos, of an organization run by altruistic, dedicated women supporting the next generation of America’s most brilliant scientists with the help of visionary donors – and the unique connection that exists between us all.
ARCS Atlanta Scholars are among the brightest and most promising young research scientists in the nation. Our scholars strengthen the pipeline of STEM talent in Georgia, making Georgia a magnet for innovative companies and state-of-the-art research.
ARCS Atlanta Chapter Chosen to Pilot Roche Program
Roche and ARCS Partner to Focus on Clinical Labs Shortage. Read more here.
GEORGIA TECH SCHOLAR NOAM ALTMAN-KUROSAKINoam’s research aims to understand the processes that drive coral reef decline and recovery, specifically how local stressors affect the interactions between corals, algae, and fish.
UGA SCHOLAR CHRISTIAN BROWNChristian’s research on the range dynamics of temperate tree species uses large-scale field experiments with mathematical modeling to better understand tree species distribution shifts under ongoing climate change.
