Research in Physical/Industrial Chemistry studying adsorption processes. The research involves the use of many instruments, both commercially available and built in-house: - Manometric adsorption (in-house built for high pressure adsorption and a Micromeritics 3-flex)- TGA (Setaram and TA instruments)- Rapid water breakthrough instrument (in-house built)- Multicomponent breakthrough instrument (in-house built with a mass spectrometer sensor).

Course: CHEM 373 (Physical Chemistry: Quantum Chemistry)Responsible for teaching undergraduate students during the online Laboratory component of the course and marking reports.

Course: Chem 201 (General Chemistry: Structure and Bonding)Responsible for teaching undergraduate students during the online Laboratory component of the course, marking reports and quizzes.

Course: CHEM 371 (Physical Chemistry: Thermodynamics Chemistry) Responsibilities included teaching undergraduate students for the laboratory component of the course and marking their reports and quizzes.

Course: Chem 201 (General Chemistry: Structure and Bonding)Responsible for teaching undergraduate students during the tutorial component of the course, marking quizzes and exams.

Course: Chem 201 (General Chemistry: Structure and Bonding)Responsible for teaching undergraduate students during the tutorial component of the course, marking quizzes and exams.

Course: CHEM 201 (General Chemistry: Structure and Bonding)Responsible for developing the laboratory component of the course, guiding and organizing the other teaching assistants at the time, and teaching undergraduate students the course material for the laboratory component, marking reports and exams.