Amongst other transition metal complexes, dirhodium and diruthenium metal complexes have various applications in medicine, catalysis and materials. As part of the Inorganic Chemistry Research Group, my research involves the structure reactivity relationships of metal-metal bonded dirhodium and diruthenium complexes. This work involves the design, synthesis and characterization of transition dimetal complexes having redox active rhodium and ruthenium metal centres. The general approach is to evaluate how structural modifications influence the redox behaviour, which leads us to the elucidation of redox reaction mechanisms in both aqueous and non-aqueous media. This is achieved by the use of electrochemical (voltammetry) and spectroelectrochemical (UV-visible, FTIR, and ESR) techniques. - See more at: https://www.wits.ac.za/science/schools/chemistry/staff/dr-siyabonga-p-ngubane/#sthash.Sx8ch4r5.dpuf
Experience
2013–present
Lecturer in Chemistry, University of the Witwatersrand
2011–2013
Postdoctoral research associate, University of Houston
2012–2012
Adjunct Professor in Chemistry, San Jacinto College
2006–2011
Teaching Assistant, University of Houston
2006–2006
Scientist, Sasol
2002–2005
Laboratory Demonstrator and Research Assistant, University of Cape Town
Education
2011
University of Houston, PhD (Chemistry)
2003
University of Cape Town, BScHons (Chemistry)
2002
University of Cape Town, BSc (Chemistry)
Publications
2014
Inorganic Chemistry, 1
2013
Dalton Transactions, 1
2011
Dalton Transactions, 1
2009
Polyhedron, 1
2008
Journal of Organometallic Chemistry, 2
Grants and Contracts
2015
Structure Reactivity Relationships of Dirhodium and Diruthenium Complexes
Role:
Principal Investigator
Funding Source:
National Research Foundation
2015
Structure Reactivity Relationships of Dirhodium and Diruthenium Complexes
Role:
Principal Investigator
Funding Source:
Wits University Research Council
2013
Structure Reactivity Relationships of Dirhodium and Diruthenium Complexes