Executive Board

Anne Marie Sweeney-Jones

Anne Marie Sweeney-Jones is an analytical chemistry Ph.D. candidate in Julia Kubanek’s lab. Her research has taken her 50 feet underwater off the coast of Fiji in search of marine organisms that are potential sources of unique compounds that could treat human diseases. She has discovered cyanobacterial compounds that contain antimalarial properties, studied the role of a novel diterpene glycoside from a red alga in its natural environment, and performed mechanism of action studies to understand how marine-derived compounds inhibit their target pathogen. Anne Marie obtained her B.S. in Chemistry from Canisius College and her M.S in Chemistry from the Rochester Institute of Technology.

Anne Marie enjoys SCUBA diving, traveling, and hanging out with her 3 dogs outside of the lab.

Ariel Parker

Ariel received her undergraduate degree in Chemistry from Lander University in Greenwood, South Carolina. Alongside her academics, Ariel’s undergraduate experience was also defined by her role as a student-athlete on the women’s basketball team. Being a Georgia native, Ariel was led back home to attend Georgia Tech and her passion for Chemistry steered her to the France lab where she joined in 2016. Ariel’s research focuses on creating novel methodologies and improving processes toward natural products and pharmaceutically interesting compounds. Specifically, Ariel works on developing methods to access hetero-aromatic seven membered ring systems. Beyond research, Ariel serves as Vice President of the National Organization for the Professional Advancement of Black Chemist and Chemical Engineers (NOBCChE) at GT and is an executive board member of Women in Chemistry (WiC).
In her free time, Ariel enjoys spending time with family and friends, playing basketball, and eating at the many restaurants around Atlanta

Kirstie Thompson

Kirstie Thompson is a Ph.D. candidate in professor M.G. Finn’s lab. Her research focusses on the synthesis of new polymers of intrinsic microporosity (PIMs) toward the goal of polymer membranes for liquid purification. Kirstie earned her B.S. in chemistry from James Madison University and worked for Dr. Kevin Caran. 

Outside of the lab, Kirstie enjoys goldendoodles, skiing, and spending time with family and friends.

Courtney Moore

Courtney Moore is a Ph.D. candidate in Professor Amit Reddi’s lab. Her research focuses on heme signaling dynamics in Saccharomyces cerevisiae using fluorescent heme sensors. Her project involves development of a library of heme sensors with varying heme affinities and application of these sensors to investigate the role of heme in yeast cell cycle. Courtney earned her B.S. in Biochemistry from the University of Arizona and worked for Dr. Ron Lynch.

In her free time, she enjoys playing volleyball, reading a good novel, or travelling.

Asheley Chapman

Asheley Chapman is a second-year biochemistry PhD candidate in the lab of M.G. Finn. Her research focuses on the development and optimization of virus-like particle (VLP) glycoconjugate vaccines against bacterial, parasitic and cancer targets. So far, she has investigated the effect of molecular linkers on antigen immunogenicity conjugated to VLPs. She is currently working to develop a vaccine with potential efficacy against melanoma, and is beginning a project aimed at developing a vaccine for Chagas Disease. Asheley earned her B.A. in Religious Studies at Agnes Scott College, then switched paths and studied chemistry and biology at Georgia Southern University while conducting water quality research in Georgia and Africa under Dr. Asli Aslan. 

When not in the lab, Asheley enjoys cooking, spending time with family, and attending concerts and football games! 

Breanne Hamlett

Breanne is a Ph.D. candidate in Professor M.G. Finn’s lab and her project focuses on creating new membrane technologies for separations. Toward her overall goal of a highly robust water purification membranes, she has used the copper(I)-catalyzed alkyne-azide cycloaddition (CuAAC) reaction to develop new polymers that are stable to the harsh cleaning conditions of water purification. She is also working on casting these polymeric membranes onto solid supports for added mechanical robustness. Previously, Breanne received her B.S. in chemistry from Georgia Southern University and worked for Dr. Abid Shaikh.

Outside of research, Breanne enjoys couponing and spending time with her pets. 

Sandy Pittelli

Sandy is a Ph.D. candidate in Professor John Reynolds' lab and her project focuses on understanding the fundamental structure-property relationships of conducting polymers. So far, she has developed projects in understanding the effects of incorporating chemical oxidants in the construction of conjugated polymer electrochemical devices and how the structure of dioxythiophene polymers relates to their film morphology, ability to be doped by chemical oxidants, and conduct charge. Previously, Sandy received a B.S. in chemistry from Rensselaer Polytechnic Institute and worked for Dr. Wilfredo Colón. 
Outside of research, Sandy enjoys exploring the outdoors including hiking and kayaking.