The thesis is based on directed research performed by the student. In the report option, 28 hours of course work and 2 hours of report are required. The report is based on a literature review or design project performed by the student.

Areas of study and research emphasize biotechnology, reaction engineering, materials science and transport phenomena. Specific areas include activated carbons, advanced separation systems, biomimetics, biomass conversion, biochemical engineering, bioremediation, catalytic conversion of light hydrocarbons, chemical vapor deposition of electronic materials, controlled drug delivery, environmental pollution control, enzyme technology, fluidization, intelligent processing of materials, membrane science and technology, nanotechnology, polymer science, process systems engineering, semiconductor crystal growth, short-contact time reactors and value-added agricultural products.

The Department of Chemical Engineering has modern, well-equipped research laboratories for transport phenomena, environmental pollution control, materials science and engineering, chemical reaction engineering and biochemical engineering. 

Specialized instrumental capabilities include laser-Doppler velocimetry, high-speed videography, Fourier-transform infrared spectrometry, catalyst preparation equipment, electrodialysis, fermentors, tubular gas reactors, gas and liquid chromotography, mass spectrometry, polymer characterization equipment such as dynamic mechanical analysis, gas adsorption analysis, chemical vapor deposition reactors, membrane permeation systems, ultra-high temperature furnaces and more.