Classes
CH 662: Analytical Electrochemistry
Fall 2013, Spring 2015
It is a graduate level course intended to provide a basic understanding of the electrochemical principles as well as methods applied to wide areas of research/commercial interests. Some of the topics covered in this course are as follows: Potentiometry, Amperometry, SECM, Electrochemical Biosensors, photoelectrochemistry etc.
Please contact Dr. Koley for more details.
CH 421 / 521: Analytical Chemistry
Fall 2014
It is a senior level undergraduate course primarily offered for chemistry major and related disciplines. The major topics covered in this course are chemical equilibrium, data analysis, fundamentals of spectroscopy and electrochemistry.
Please contact Dr. Koley for more details.
CH 324: Quantitative Analysis
Winter 2014, Winter 2015, Fall 2015
It is a very unusual course where there are no formal lectures and is being offered as a self-taught and self-pace course. Students are required to perform ten experiments in wide variety of analytical topics besides submitting homework and final exams. Some of the experimental topics are gas chromatography, ion selective electrodes, atomic absorption spectroscopy, etc.
Please contact Dr. Koley for more details.
Fall 2013, Spring 2015
It is a graduate level course intended to provide a basic understanding of the electrochemical principles as well as methods applied to wide areas of research/commercial interests. Some of the topics covered in this course are as follows: Potentiometry, Amperometry, SECM, Electrochemical Biosensors, photoelectrochemistry etc.
Please contact Dr. Koley for more details.
CH 421 / 521: Analytical Chemistry
Fall 2014
It is a senior level undergraduate course primarily offered for chemistry major and related disciplines. The major topics covered in this course are chemical equilibrium, data analysis, fundamentals of spectroscopy and electrochemistry.
Please contact Dr. Koley for more details.
CH 324: Quantitative Analysis
Winter 2014, Winter 2015, Fall 2015
It is a very unusual course where there are no formal lectures and is being offered as a self-taught and self-pace course. Students are required to perform ten experiments in wide variety of analytical topics besides submitting homework and final exams. Some of the experimental topics are gas chromatography, ion selective electrodes, atomic absorption spectroscopy, etc.
Please contact Dr. Koley for more details.
