In general terms, computational chemistry focuses on the way in which computers are used by a variety of industries in the field of chemistry. It's possible to receive a master's degree specifically in computational chemistry but the programs are mostly offered in conjunction with theoretical chemistry. This article will provide an overview of some of the courses that persons can expect to take when enrolled in a master's program related to computational chemistry.
Overview of Courses in Master's Degree Programs Related to Computational Chemistry
These are a few of the courses that are usually a part of master's degree programs that are either solely concentrated on computational chemistry or offered in combination with theoretical chemistry.
Courses in the Areas of Biochemistry
There are a number of courses that cover topics in biochemistry. Some of the areas that will be covered include the nature of biological systems, enzymes and the structure of proteins. In some of these courses, students will spend time in the laboratory conducting practical experiments.
Courses on the Computational Elements of Chemistry
These courses run the gamut from being introductory to more in-depth in the material they cover. Students will take a hands-on approach in these courses as they explore the computerized tools that can be used in the field of chemistry. The subject areas range from searching databases to performing modeling exercises as well as error analyses.
Courses Related to the Synthesis of Organic Compounds
Since computational chemistry is important for creating computer models, there are courses that will deal with how organic compounds are made. This will mean teaching students about the reactions that occur when making these compounds as well as what these methods of synthesis include. Students will also learn about different chemicals that are used in the synthesis process.
In these kinds of courses, students will study how statistical techniques can be used in various areas of chemistry. When enrolled in these courses, students will be exposed to information about thermodynamics and the typical properties of chemical molecules. Students will also learn about different laws and how they apply to different aspects of chemistry.
Courses About the Quantum Areas of Chemistry
Depending on the master's degree program, these kinds of courses may be introductory, intermediate or advanced in nature. These courses generally show students how quantum mechanics is applicable to the field of chemistry. Students will learn about the fundamental laws and principles of quantum mechanics and peruse relevant studies.
General Admission Requirements for Master's Degree Programs Related to Computational Chemistry
In order to be considered for master's degree programs related to computational chemistry, applicants must have a bachelor's degree in chemistry or an equivalent and in some cases will need to have covered physics, computer science, and calculus subject areas as well. When submitting school transcripts, the applicant may also need to submit letters of recommendation, a current resume and a statement of purpose. Some programs may require passing scores on the GRE test and non-native English Language speakers may need to submit passing scores on an English Language proficiency test. In a few cases, applicants may be required to answer questions on a supplemental application form.
There aren't many graduate programs that offer computational chemistry by itself but students can enroll in programs that combine computational and theoretical chemistry. The minimum requirement for admission is a bachelor's degree in chemistry or a related subject area.