Ian HillFaculty
Ian Hill is a native of Savage, MN and a graduate from Burnsville Senior High School. He went on to study chemistry at Carleton College where he received his B.A. in 2007. While there, he worked with professor Steven Drew studying linear chain Pt(II) complexes with chiral ligands and their vapochromic fluorescent response to chiral 2-butanol vapors. Having enjoyed his work on solid materials, he joined the Department of Chemical Engineering and Materials Science (CEMS) at the University of Minnesota working with professor Chris Leighton on patterning nano-scale magnetic pillars into thin-film permalloy on silicon wafers using block copolymer templates for use in ultra-high density magnetic storage devices.
He formally joined the CEMS department in fall 2007 as a graduate student under professor Aditya Bhan studying the acid-catalyzed methylation of olefins and aromatics with dimethyl ether over nanoporous zeolite materials. This work has contributed to describing the kinetics and mechanism of methanol-to-hydrocarbons chemistry, which is capable of generating liquid fuels and polymer precursors from non-petroleum sources. While at Minnesota, he also helped establish the Joint Safety Team in an effort between the Chemistry/CEMS departments and The Dow Chemical Company to increase safe practices and good housekeeping in research labs.
After receiving his Ph.D. in 2013, Ian left for the Chemical Engineering Department at the University of Virginia to work as a postdoctoral researcher with Professor Robert J. Davis. Ian's work focused on describing the surface properties of basic and acid-base bifunctional materials, observed using diffuse reflectance infrared spectroscopy of interacting probe molecules. The materials studied in this work have applications as catalysts in upgrading ethanol to less corrosive and higher energy-density fuels.
After completing his postdoctoral work in Virginia, Ian has moved back to Minnesota to teach chemistry and pursue research at Gustavus Adolphus College.
Education
Postdoctoral Researcher (University of Virginia | Chemical Engineering), Ph.D. Materials Science (University of Minnesota | CEMS), B.A. Chemistry (Carleton College | Chemistry)
Areas of Expertise
materials science, chemical engineering, GC, GC/MS, diffuse reflectance infrared spectroscopy, heterogeneous catalysis, and chemical kinetics
Interests
chemistry, renewable energy, geography, and russian literature
Courses Taught
Synonym | Title | Times Taught | Terms Taught |
---|---|---|---|
CHE-106 | Foundations of Chemistry I Lab | 22 | 2024/FA, 2023/FA, 2022/FA, 2021/FA, 2020/FA, and 2019/FA |
CHE-270 | Quant Analysis Lab | 15 | 2024/SP, 2023/SP, 2022/SP, 2021/SP, 2020/SP, 2019/SP, 2018/SP, and 2015/SP |
CHE-108 | Thermodynamics Lab | 9 | 2024/JN, 2023/JN, and 2020/JN |
CHE-258 | Inorganic Chemistry I Lab | 7 | 2024/SP, 2019/SP, 2017/SP, 2016/SP, and 2015/SP |
CHE-270 | Quantitative Analysis | 7 | 2024/SP, 2023/SP, 2022/SP, 2021/SP, 2020/SP, 2019/SP, and 2015/SP |
CHE-107 | Principles of Chemistry Lab | 7 | 2021/FA, 2020/FA, 2019/FA, 2017/FA, 2016/FA, and 2015/FA |
CHE-399 | Chemistry Seminar | 5 | 2020/FA, 2019/SP, 2016/FA, 2016/SP, and 2015/FA |
CHE-108 | Chem Thermodynamics | 3 | 2024/JN, 2023/JN, and 2020/JN |
CHE-246 | Environmental Chemistry Lab | 3 | 2021/SP and 2016/SP |
CHE-251 | Organic Chemistry II Lab | 3 | 2018/FA, 2015/FA, and 2014/FA |
CHE-380 | Instrumental Methods Lab | 3 | 2017/FA, 2016/FA, and 2014/FA |
CHE-380 | Instrumental Methods | 3 | 2017/FA, 2016/FA, and 2014/FA |
CHE-221 | Organic Chemistry II Lab | 2 | 2024/FA |
CHE-215 | Chem Rsrch-Polymers | 2 | 2021/JN and 2018/JN |
CHE-107 | Principles of Chemistry | 2 | 2018/FA and 2015/FA |
CHE-105 | Foundations of Chemistry I | 1 | 2024/FA |
CHE-371 | Physical Chem I Lab | 1 | 2023/FA |
CHE-391 | IS: Electrochem Rsch | 1 | 2023/FA |
NDL-202 | Geochem Resrch Mthds | 1 | 2019/JN |
CHE-141 | Organic Chemistry I Lab | 1 | 2018/SP |
CHE-120 | Chemistry in Prose | 1 | 2017/JN |
CHE-102 | Chem in Context w/Lab | 1 | 2016/SP |
CHE-344 | ST:Materials Science | 1 | 2015/SP |