Dr. Sendlinger was trained as a synthetic inorganic chemist and has used computational chemistry to probe the electronic structure of new materials he and others have synthesized. His educational interests include the transformational use of computational science in the classroom. Research interests include synthesis and characterization of main group and transition metal complexes with perfluorinated acetylacetonate ligands and both computational and experimental nuclear magnetic resonance spectra (proton, carbon-13 and fluorine-19) of these compounds.

Dr. Sendlinger was trained as a synthetic inorganic chemist and has used computational chemistry to probe the electronic structure of new materials he and others have synthesized. His educational interests include the transformational use of computational science in the classroom. Research interests include synthesis and characterization of main group and transition metal complexes with perfluorinated acetylacetonate ligands and both computational and experimental nuclear magnetic resonance spectra (proton, carbon-13 and fluorine-19) of these compounds.

PhD	Cornell University	1990
MS	Cornell University	1987
BS	Oregon State University	1985

1.	Sendlinger, S. C., & Metz, C. R. (2009). CSERD - Another Important NSDL Pathway for Computational Chemistry Education. Journal of Chemical Education, 86, 126.
2.	Sendlinger, S. C., & DeCoste, D. J., & Dunning, T. H., & Dummitt, D. A. (2008). Transforming Chemistry Education through Computational Science. Computing in Science and Engineering, 10, 34-39.