top of page

Principal Investigator,

Dr. Andrew J Adamczyk

r_20210830_JEN_4051.jpg

Andrew J. Adamczyk

Assistant Professor of Chemical Engineering

Auburn University, 212 Ross Hall, Auburn, AL 36849, USA

E-mail: aja0056@auburn.edu

​

Curriculum Vitae:

​

​

Brief Biography: 

 

Prof. Andrew J. Adamczyk is an experienced research engineer with over 10 years of experience in corporate and academic research outside of his PhD work.

Northwestern.jpeg
Si_nanoparticles.jpg

Prof. Adamczyk received his PhD from Northwestern University with National Academy of Engineering Member and Distinguished Professor Linda J. Broadbelt in the field of chemical engineering after several years of contract work in  Industry performing experimental catalysis and high-throughput catalyst screening research at UOP and Pfizer.

luximprint_ghent-university_optics-photonics-event_cityscape.jpg
NSF.png

His PhD work focused on the understanding of underlying thermochemistry and kinetics of Si nanoparticle formation. He was awarded an NSF International Research and Education in Engineering (IREE) Fellowship to study with Prof. Guy Marin for 18 months at the Laboratory for Chemical Technology of Ghent University in Belgium.

Pfizer.png
honeywell-uop-logo-vector.png
lab_scale_FBR_catalyst_screening.jpg

He then worked as a research associate with Chemistry Nobel Laureate Arieh Warshel at the University of Southern California (USC) further refining his multi-scale modeling skills in the field of biochemistry, particularly enzymatic catalysis. After USC, he joined the Massachusetts Institute of Technology (MIT) as a research associate co-advised by Profs. William Green, Paul Barton, and Youssef Marzouk contributing to BP-Amoco and Saudi‑Aramco funded research for multi-scale petrochemical reactor model development.

5-usc-img.png
MIT-offers-4-free-online-courses-for-Python-programmers.jpg
BP-plc-White-Logo.png
Air_Products_logo.png
saupload_DivInvest_Air_Products_and_Chemicals_Featured_Image.jpg

Most recently, after working at Air Product and Chemicals for over 5 years, Prof. Adamczyk now leads a group of 5 PhD students and 5 undergraduate researchers developing and applying multi-scale modeling techniques to a wide-range of challenging issues in the energy, health, and materials sectors.

Group_photo1.jpg
forestry_service.png
USDA.png
rapid.png
aiche.png
Picture1.png
aja_tap_js_molecule_stick.png
bottom of page