Summary:
- Introductory chemistry for nonscience majors 101 (1 time)
- General chemistry for nonmajors 171 (3 times)
- Mathematical methods for chemical sciences 262 (2 times)
- Physical chemistry I (quantum) 321 (5 times)
- Physical chemistry II (thermo) 322 (6 times)
- Physical chemistry for life sciences 337 (1 time)
- Physical chemistry for engineers 324 (1 time)
- Fermentation and distillation 426 (6 times)
- Graduate quantum (1 time)
- Graduate nanoscience (3 times)
- Graduate spectroscopy (4 times)
- Graduate math methods (2 times)
2025
(Fall) Chemistry of Cooking, Chem TBD
(Fall) Math Methods for the Chemical and Life Sciences, Chem 640
(Spring) Mathematical Methods for the Chemical Sciences, Chem 262
2024
(Fall) Math Methods for the Chemical and Life Sciences, Chem 640
(Spring) Mathematical Methods for the Chemical Sciences, Chem 262
2023
(Fall) Math Methods for the Chemical and Life Sciences, Chem 640
(Spring) Fermentation and distillation, Chem 426
2022
(Fall) Fermentation and distillation, Chem 426
(Spring) Special Topics: Spectroscopy, Chem 532
2021
(Fall) Fermentation and distillation, Chem 426
(Spring) Physical Chemistry for Engineers, Chem 324
2020
(Fall) Fermentation and distillation, Chem 426
(Spring) Special Topics: Spectroscopy, Chem 532
2019
(Fall) Fermentation and distillation, Chem 426
(Spring) Special Topics: Spectroscopy, Chem 532
2018
(Fall) Fermentation and distillation, Chem 426
(Spring) Physical Chemistry for Engineers, Chem 324
2017
(Fall) Special Topics: Spectroscopy, Chem 532
(Spring) Foundations of Chemistry, Chem 101
2016
(Fall) Physical Chemistry for Life Sciences, Chem 337
(Spring) Nanoscience and nanotechnology, Chem 477
2015
(Fall) Physical Chemistry, Chem 321 (Quantum mechanics 1)
(Spring) Physical Chemistry, Chem 322 (Thermodynamics and kinetics mainly)
2014
(Fall) Physical Chemistry, Chem 321 (Quantum mechanics 1)
(Spring) Physical Chemistry, Chem 322 (Thermodynamics and kinetics mainly)
2013
(Fall) General Chemistry, Chem. 171 (non majors)
(Spring) Physical Chemistry, Chem 322 (thermodynamics and kinetics mainly)
Download Chem 332 Spring 13 PDF
(Spring) Physical Chemistry Laboratory, Chem 333L (junior level laboratory)
2012
(Spring) Physical Chemistry, Chem 322 (thermodynamics and kinetics mainly)
2011
(Fall) General Chemistry, Chem. 171 (non majors)
(Spring) Physical Chemistry Laboratory, Chem 333L (junior level laboratory)
2010
(Fall) General Chemistry, Chem. 171 (non majors)
(Spring) Physical Chemistry, Chem 322 (Thermodynamics and kinetics mainly)
2009
(Fall) Physical Chemistry, Chem 321 (Quantum mechanics 1)
(Spring) Physical Chemistry, Chem 322 (Thermodynamics and kinetics mainly)
2008
(Fall) Physical Chemistry, Chem 321 (Quantum mechanics 1)
(Spring) Physical Chemistry, Chem 322 (Thermodynamics and kinetics mainly)
2007
(Fall) Physical Chemistry, Chem 321 (Quantum mechanics 1)
(Spring) Undergraduate inorganic chemistry laboratory, Chem 4M, Contributor. Nanoparticle laboratory.
Download Chem4M experiment 1 PDF
Download Chem4M experiment 2 PDF
Download Chem4M experiment 3 PDF
Download Chem4M experiment 4 PDF
2006
(Spring) Molecular spectroscopy. Chem 652. Graduate course for chemistry students.
2005
(Fall) Nanoscience and Nanotechnology, Chem 648. Graduate course for incoming first year chemistry students
(Spring) Physical Chemistry, Chem 322 (Thermodynamics and kinetics mainly)
2004
(Fall) Quantum Mechanics and Spectroscopy, Chem 647A. Graduate course for incoming first year chemistry students.
2003
(Spring) Inorganic chemistry laboratory, Chem 443, Contributor. Synthesis and overcoating of colloidal CdSe QDs.
Download Chem443 Spring 03 PDF
(Fall) Introduction to Nanoscience and Nanotechnology, Chem 647A. Graduate course for incoming first year chemistry students.
1995
(Fall) Grader for Graduate Quantum Mechanics (Course 5.73), MIT Department of Chemistry
1994
(Spring) Teaching Assistant for Thermodynamics (Course 5.60), MIT Department of Chemistry
1993
(Fall) Teaching Assistant for Senior Chemistry Laboratory (Course 5.33), MIT Department of Chemistry