Chemistry Graduate Teaching Assistants
General & Analytical Chemistry Emporium Suite
472 Loyola Science Center
Telephone: (570) 941-4084
Refer to your BrightSpace LMS for scheduled office hours
(Usually staffed M thru R, 9 AM to 5 PM)
General & Analytical Chemistry Recitation Suite
473 Loyola Science Center
Telephone: (570) 941-4359
Organic Chemistry Emporium Suite
471 Loyola Science Center
Telephone: (570) 941-7978
Refer to your BrightSpace LMS for scheduled office hours
(Usually staffed M thru R, 11 AM to 4 PM)
Faculty
Noemi Carreto
General Analytical Recitation GTA
Chemistry
noemi.carreto@scranton.edu
LSC473 | 570-941-4359

Elizabeth Cobbinah
General Analytical Recitation GTA
Chemistry
elizabeth.cobbinah@scranton.edu
LSC473 | 570-941-4359
Dr. Gerard Dumancas's Research Group: Development and Application of Spectroscopic, Chromatographic and Chemometric Methods for the Authentication of Turmeric Oil (Curcuma longa L.)



Alexandria Maniscalco
Analytical Methods & BioPhysical GTA
Chemistry
alexandria.maniscalcol@scranton.edu
LSC471 | 570-941-7978
Dr. David Rusak's Research Group: LIBS of Gunshot Residue

Doyinsolami (Elizabeth) Olushola
Analytical GTA
Chemistry
doyinsolami.olushola@scranton.edu
LSC472 | 570-941-4084
Dr. David Rusak's Research Group: Synthesis of Silica Nanoparticles
Emily Petsche
Analytical GTA
Chemistry
emily.petsche@scranton.edu
LSC472 | 570-941-4084
Dr. Timothy Foley's Research Group
Baley Sutton
Analytical GTA
Chemistry
baley.sutton@scranton.edu
LSC472 | 570-941-4084
Dr David Rusak's Research Group: Synthesis and Characterization of Silica Nanoparticles

Pravalika Thadapaneni
Analytical GTA
Chemistry
pravalika.thadapaneni@scranton.edu
LSC472 | 570-941-4084
Dr. John Deak's Research Group: Detecting molecular structural transitions within the surfactant layer of a phase structure using partial molar volume.
Taylor Tomalinas
General and Analytical Chemistry Recitation GTA
Chemistry
taylor.tomalinas@scranton.edu
LSC473 | 570-941-4359
Dr. David Rusak's Research Group: Synthesis and Characterization of Silica Nanoparticles
