Being a senior in chemical engineering, I have completed all of the required courses from the suggested arrangement of courses provided by UT, with additional electives not included in the requirements below. I plan on graduating in May 2019 with a bachelors of Chemical Engineering with a focus in process control and material technology.
A recommended list of all the courses a chemical engineer must complete for a bachelors of science can be found here​.
The syllabus for each class can be found under the list.
Intro to Polymers
In this course I learned the different classifications of polymers, including methods of synthesis, structural characterization and the methods of analyzing the structure, physical properties of the bulk polymer, and current and future applications of polymers.
Intro to Biochemical Engineering
In this class I learned the basics of processes that go into designing biochemicals, beginning with learning about different classical and modern DNA recombination techniques, studying the design of bioreactors for microbial fermentation, and finally how to separate the biological products.
Nanomaterial Chemistry and Engineering
This course gave me insight into the chemistry and physics in every day objects that we use every day, using quantum physics and nanotechnology. We learned how to LEDs, solar cells, and lithium ion batteries by applying theories learned from quantum physics and physical chemistry such as particle in a box and electron-hole interactions.
Nanomaterial Chemistry and Engineering Syllabus
Physical and Chemical Hydrogeology
This course gave me a overview of the physical and chemical process involved in groundwater, including fluid-rock interactions, subsurface hydrology, and fluid flow. At the end of the course, I used topics covered in this course to present a seminar on the physical and chemical transport of carbon in the ocean.
Physical and Chemical Hydrogeology Syllabus
Genetics
From this class, I learned about how genetic information is used and passed on. We went over basic principles of Mendelism, molecular genetics, structure and function of chromosomes and genes, populations and evolution.
Materials Physics
This course was an introduction solid state physics and chemistry. Using quantum physics and physical chemistry, we analyzed the structures and defects of crystalline materials.