Taught Spring 2019, Fall 2019-2024
Introduction to research course. Aimed at first year students to help set them on a path of success in undergraduate research. Taught in the context of a project in collaboration with a private industrial partner to provide real world context for research problems (2019). Taught in the context of grand challenges in STEM (2020-2021)
Taught Spring 2020-2024
Experiential research course. Aimed at first year students to give hands on experience doing undergraduate research. Taught in the context of a project in collaboration with a private industrial partner to provide real world context for research problems (2020). Taught in the context of grand challenges in STEM (2021-2022).
Taught Fall 2020-2022
Introductory sophomore organic chemistry course. Covers key principles of organic synthesis, reaction mechanisms, organic structure and geometry, and organic functionality.
Taught Spring 2025
Introductory sophomore organic chemistry laboratory course. Includes focus on molecular spectroscopy and characteriation of organic compounds, organic techniques, organic synthesis and efficient/benign chemistry.
Taught Fall 2014-2019
Introductory sophomore organic chemistry course. Covers key principles of organic synthesis, reaction mechanisms, organic structure and geometry, and organic functionality.
Taught Fall 2023-2024
Introductory sophomore organic chemistry laboratory course. Includes focus on molecular spectroscopy and characteriation of organic compounds, organic techniques, organic synthesis and materials.
Taught Spring 2020, 2022, 2024
Advanced polymer chemistry and polymer science course. Focuses on polymerization processes, polymerization kinetics, different types of polymerization mechanisms such as step growth/condensation, ionic, radical and coordination as well as copolymerization. Additional topics covered are some polymer characterization.
Taught Spring 2015-2021
High level undergraduate course combining aspects of organic and physical chemistry. Covers advanced topics such as detailed reaction kinetics, reaction mechanism, Hammett Plots and other linear free energy diagram, photochemistry, non-covalent chemistry and polymer materials.
Taught Spring 2020, 2022, 2024
Advanced polymer chemistry and polymer science course. Focuses on polymerization processes, polymerization kinetics, different types of polymerization mechanisms such as step growth/condensation, ionic, radical and coordination as well as copolymerization. Additional topics covered are some polymer characterization.
Taught Spring 2015, 2016, 2017, 2018, 2019, 2021
Graduate level course combining aspects of organic and physical chemistry. Forms a foundation for advanced discoveries in organic and materials chemistry. Covers advanced topics such as detailed reaction kinetics, reaction mechanism, Hammett Plots and other linear free energy diagram, photochemistry, non-covalent chemistry and polymer materials.
Taught Spring 2018, 2019, 2025
Graduate level course focusing on student led discussions of Organic Chemistry, Student led problem sets in organic chemistry and graduate student presentations.