Signed in as:
filler@godaddy.com
Signed in as:
filler@godaddy.com
An ideal postdoctoral candidate has approx. 1/3 overlap with the research lab, interested in learning new approaches from the lab to another 1/3, and the rest will be figured out as as we go along!
Project: Synthesis and Reactivity of Hybrid Iron-Sulphur/Clay Materials
Title: postdoctoral researcher in Fe-S nanoscience
Search Closing Date: April 9, 2024
Expected Starting Date: July 1, 2024
Starting Salary: $45,000 – 50,000 CAD
Hours per Week: 40 hours
Duration: 24 months (3 month probation extended to 12 months initially. Renewable depending on performance and funding availability)
pyrite framboid under microscope in polarized light (from the web: source is TBD)
to all interested:
Please do not email me your CV. I can only evaluate your application officially if submitted through Workday.
I am thankful for the trust and confidence of the students joining the lab. I promise great scientific challenges that are worthy of your time and efforts.
I consider as a great recognition of my teaching efforts if undergraduate students from my classes decide to join the research lab. I welcome those students who are interested in participating in collaborative research projects and become part of the shared pool of personnel dedicated to a collaborative research project.
Developing X-ray spectroscopic interpretation methods by focusing on Ni-Pd-Pt spectrochemical series of coordination compounds.
Investigating amino acid condensation and hydrolysis reactions in aqueous media using molecular dynamics simulations.
Designer of chiral fluorescent dyes for visualizing mechanical forces in biology in collaboration with Dr. Isaac Li's group.
Designer of flexible fluorescent dyes for visualizing mechanical forces in biology in collaboration with Dr. Isaac Li's group.
Computational modeling of the reaction mechanism of nitrogen fixation reactivity with borylenes in collaboration with Dr. Conor Pranckevicius' group.
Modelling of mechanical properties and physisorption of templated carbon materials using density functional tight binding and ab initio methods. He is part of the Maquette Pickers hosted by Dr. Nick Stadie's group at Montana State University.
IF YOU ARE INTERESTED WORKING WITH US PLEASE CONTACT THE PRINCIPAL INVESTIGATORS AT ROBERT.SZILAGYI@UBC.CA
It was a great pleasure to welcome collaborators in the laboratory and work together on joint publications.
Professor of Chemistry
University of Pannonia
Budapest, Hungary
July 2017
electronic structure of Ru complexes
Professor of Chemistry
Mito, Ibaraki, Japan
December 2014
coordination chemistry of non-innocent ligands
Professor of Chemistry
Tokyo University of Technology
Hachioji, Tokyo, Japan
August 2014
XAS data collection and analysis
The lab would have not been where it is without the significant contributions of the following young scientists.
Postdoctoral scholar at Montana State University - Bozeman.
April 2022 - December 2023
Development of computational models for Fe-S mineral surfaces, nano-particles, and maquette clusters. Evaluation of Fe-S redox chemistry, reactivity by hydrogen gas, thiols, and other small molecules.
See Manjinder's recognition in the Peer J blog and in MSU's newsfeed.
She was co-advised by Dr. Eric Boyd at Montana State University - Bozeman.
After being a postdoctoral scholar at University of Toronto, he is starting his independent academic career at University of Calgary.
January 2022 - May 2022
Atomic-scale description of Temperature Desorption Processes of N-doped carbon-based materials; development of computational models for simulation of mechanical properties and ion conductivity of IONOGELs.
Viki was part of the AtomDeC Consortium.
Assistant Professor
Department of Mechanical Engineering
Lexington, KY
April 2017 - August 2018
(joint research associate with Dr. Tim Minton)
development of the density functional treatment of Ru-Cl-P complexes for beam/ionic-liquid surface scattering studies
July 2015 - June 2016
(MTA-"Lendület" Chemical Structure/Function Laboratory, ELTE, Budapest, Hungary)
synthesis of Ir-Cl complexes, X-ray absorption spectroscopy (SSRL, Electra), density functional electronic structure
Magician, Science Editor, and Professional "Student"
May 2009 - May 2011
computational analysis of H-cluster of the FeFe-hydrogenase, roles of Fe-S minerals in activation of small molecules, such as dinitrogen, nitrite, nitrate
Research Associate
Department of Chemistry
Toronto, ON Canada
August 2009 - November 2010
electronic structure in Mo-3Fe-4S clusters and synthesis of 3:1 site differentiated [4Fe-4S] clusters
Associate Professor
Department of Chemistry
Walla Walla, WA
September 2005 - August 2010
(joint research associate with Dr. David Dooley)
virtual chemical models for ground state electronic and geometric structures of the Cu-O(Tyr) biradical active site of galactose oxidase
Research Associate
Department of Chemistry
Liverpool, U.K.
December, 2007 - May, 2010
synthetic lab installation, collect and analyze multi-edge X-ray edge data, and biosynthesis of H-cluster
National Synchrotron Radiation Laboratory
University of Science and Technology of China
Hefei, China
October, 2005 - June, 2006
virtual chemical models of metalloenzymes using ONIOM
IF YOU ARE INTERESTED WORKING WITH US PLEASE CONTACT THE PRINCIPAL INVESTIGATORS AT ROBERT.SZILAGYI@UBC.CA
I celebrate with great pride the achievements of every student who joined the lab and took their projects to successful defense.
Defense: August 24, 2023 (M.Sc.)
Thesis: Peptide Bond Formation Mechanism for Understanding Plausibility of in aquo Emergence of Metabolism Hypothesis
Teddy joined me after an ELSI conference in Tokyo and was interested in astrobiology and computational chemistry. He was funded by UBC's Aspire Funds. Recipient of the 2023 Judith Moldovan Award for TA-s.
Alexis carried out bioinformatics analysis of iron-sulfur metalloproteins and metalloenzymes, identified peptide sequences and synthesized [4Fe-4S] maquetters. She was co-advised with Prof. Eric Boyd, MSU; funded by NSF CLP and DOE EPSCoR.
Garrett was involved in chemical synthesis of [4Fe-4S]-maquettes and their spectroscopic characterization. He was co-advised with Research Professor Eric Shepard, Ph.D.; funded by NSF CLP.
Defense: October 25, 2017 (Ph.D.)
Thesis: Development and Application of Nano-Kaolinite Molecular Cluster Models
After postdoctoral research at Ibaraki University in Prof. Kohzuma's followed by Mori's laboratory, he is an Assistant Professor at Shinshu University, Nagano, Japan
Defense: February 5, 2016
Thesis: Electronic Structure Regulation of Blue Copper Protein through Non-covalent Weak Interaction
Co-advised with Prof. Takamitsu Kohzuma. Yamaguchi san is Assistant Professor at Ibaraki University, Quantum Beam Science program.
Defense: April 28, 2016
Thesis: Computational Investigating C-H/C-O/C-C Bond Activation by Ni(0)-Phosphine-Olefin Complexes
Jeffrey is an organic chemistry graduate student UTEP.
Defense: July 7, 2014
Thesis: Development of the Molecular Level Description for Nickel(II)-Based Ligand-Exchange Thermochromism
Matt is Assistant Professor of Chemistry at Montana State University - Billings. In addition to considerable teaching load, he continues inorganic/materials science research with undergraduates.
Defense: November 2013 (M.Sc.)
Environmental Engineer, City of Fort Collins, CO
(left the lab without graduating)
QPS Holdings, LLC, Moorhead, MN
(left the lab without graduating)
US Ski Mountaineering Association, Salt Lake City, UT
Defense: April 17, 2012 (Ph.D.)
Thesis: Biomimetic chemistry of FeFe-hydrogenase's catalytic cofactor, the H-cluster
Logan is a Principal Scientist at Point One USA, LLC, in Virginia Beach, VA.
Defense: April 10, 2012 (Ph.D.)
Thesis: X-ray absorption characterization of Fe-S clusters, metalloenzymes, nanoparticles, and minerals
David is an Associate Professor/Department Head at Bob Jones University, Greenville, SC
Defense: November 21, 2011 (Ph.D.)
Thesis: Composition and molecular structure of nitrogenase FeMo-cofactor
Travis is an Assistant Professor at Pacific Lutheran University, Seattle, WA
(left the lab without graduation)
(left the lab without graduation)
Macy's, Colombus, OH
(left the lab without graduation)
Kroff Lab Services, Inc., Pittsburgh, PA
Defense: November 21, 2005 (M.Sc.)
Thesis: Development of Palladium L-edge X-ray Absorption Spectroscopy
MeasureMeNow, Minneapolis/St.Paul, MN
Defense: July 1, 2003 (Ph.D.)
Thesis: Atomic-scale Description of a Molecular Clockwork Mechanism
Staff Scientist, Richter Gedeon, LLC, Hungary
The generous funding from international mobility grants allowed the following students to work in the lab.
Density Functional Tight Binding modeling of periodic zeolite templated carbon materials.
(York University, U.K.)
University of Pécs, Hungary
(supported by Campus Hungary)
University of Pannonia, Hungary
(supported by Campus Hungary)
University of Pannonia, Hungary
(supported by Campus Hungary)
Ibaraki University
co-advised by Prof. Takamitsu Kohzuma
(supported by Ibaraki University)
Ibaraki University
co-advised by Prof. Yuichi Shimazaki
(supported by Ibaraki University)
Ibaraki University
co-advised by Prof. Kiyoshi Fujisawa
(supported by Ibaraki University)
A tremendous resource at Montana State University is a talented body of undergraduate student researchers. They often become perpetual first year graduate students with their own, independent research project.
Cu-C bond covalency, ionic bonding and spin delocalization as measures of electronic structure features in chlorocupric complexes and crystals.
Visiting International Research Student; funded by UBC Aspire.
sophomore, chemistry professional major
computational modeling of amorphous carbon material maquettes
co-advised with Prof. Nicholas Stadie; funded by MSU USP
senior, chemistry professional major
computational modeling of amorphous carbon material maquettes
co-advised with Prof. Nicholas Stadie; funded by MSU USP
redox chemistry of [4Fe-4S]-maquettes
supported by NSF CLP
chemistry professional major
computational modeling of Fe-S clusters, nanoparticles, and minerals
funded by NSF CLP
chemistry professional major
redox chemistry of [4Fe-4S]-maquettes
co-advised with Research Professor Eric Shepard, Ph.D.; funded by NSF CLP.
MALDI and ESI-MS characterization of [4Fe-4S]-maquettes; supported by MSU USP/NSF
supported by NSF
supported by NSF
supported by MSU USP and INBRE
supported by MSU USP
supported by MSU USP
co-advised by Prof. Seiji Mori
supported by MSU USP
supported by MSU USP
supported by MSU USP
supported by NASA NAI
supported by MSU AIRO
supported by MSU INBRE
supported by MSU AIRO
supported by Pleotint LLC
supported by NASA NAI
supported by MSU USP
supported by MSU CBIN
supported by MSU TBI
GHC fellow, MSU
supported by NSF REU
supported by NSF REU
supported by MSU IBRE
I am thankful for the MAP and AIRO programs for trusting the lab with the following students for the summer months.
American Indian Research Opportunity program
Bozeman High School
Montana Apprenticeship Program
(visiting student from Puerto Rico)