Members

 

Postdocs

ujjah pic

Dr Ujjal Sarder (Joined October 2022)

email: ujjalsarder@lsu.edu

Education

  • PhD in Mechanical Engineering, University of Newcastle, Callaghan, NSW-2308, Australia

    Thesis title:

    Modelling of Thermotransport in Engineering Materials.

  • Postdoctoral Researcher (Oct 2022 – Current)

    Cain Department of Chemical Engineering Louisiana State University

    Research topic:

    Development of an integrated multiscale methodology for simulating electrocatalysis at the metal oxide – electrolyte interface.

 

Graduate Students

Rezwan

 

S M Rezwanul Islam (Joined Summer 2020)

email: sisla13@lsu.edu

Bachelor of Science in Chemical Engineering, Bangladesh University of Engineering & Technology

Research: Development and implementation of implicit electrolyte models for plane wave density functional theory.

 

alvaro

 

Alvaro David Loaiza Orduz (Joined Spring 2021)

email: aloaiz1@lsu.edu

Bachelor in chemistry Universidad del Valle Colombia, 2012

Masters in Science Universidad del Valle Colombia 2016

Research: Computational catalysis, C-O bond breaking reactions, electronic structure, population analysis,  CO-DFT.

nkechi

Nkechi Kingsley (Joined Fall 2021)

email: nkings1@lsu.edu

Chemical Engineering, Lagos State Polytechnic (now Lagos State University of Science and Technology) 2018

MSc. Chemical Engineering, Louisiana State University 2024

Research: Calculating barriers for electrocatalytic reactions and understanding the mechanisms for C-C, C-O, and C-H bond formation and cleavage on electrocatalysts using Density Functional Theory (DFT).

 

grant

 Grant Meadows (Joined Fall 2023)

email: gmeado1@lsu.edu

Bachelor's degree in Chemistry (ACS Certified), Southeastern Louisiana University. 

Research: Developing a machine learning tight binding program for quantum chemical calculations. 

 

David

David Ukuku (Joined Fall 2023)

email: dukuku1@lsu.edu

B.Eng Chemical Engineering, Afe Babalola University, Nigeria, 2021.

Research: Studying the Oxygen Evolution Reaction (OER) on transition metal oxide surfaces to optimize the Bronsted-Evans-Polanyi relationship by developing new computational methods that model the challenging electrochemical interface of semiconducting metal oxides.

 

Undergraduate Students

Lucas Sabanis - (2024-present)

Former Students

Foroogh

Foroogh Khezeli 

Louisiana State University Ph.D. in Chemical Engineering (Research Area: Electrochemical CO2 Reduction Reaction) (2018 - 2023)

Thesis Title: Computational Design of Electro-organocatalysts and Transition Metal Sulfides For The Electrochemical Reduction of CO2.

After graduation: Postdoctoral Researcher, Syracuse University, Syracuse, New York.