Analytical chemistry is a branch of chemistry used to analyze the structure, composition, and nature of samples. The master's degree in analytical chemistry opens up various career options as chemists and material scientists. Also, it introduces the necessary skills required for pursuing research in this field.
Master's Degree in Analytical Chemistry: General Information
Schools are providing both full-time and part-time programs for a master's degree in analytical chemistry. Generally, the span of this program is 18-36 months, with 30-36 required credit hours. This program covers some of the core courses mentioned below.
Chromatography courses introduce different concepts of separation, identification, and purification of mixtures, liquids, gases, and gels. Also, it might cover various chromatography techniques like column chromatography, paper chromatography, thin-layer chromatography, gas chromatography. Some schools include topics related to chromatography detector and other instrumentations required for laboratory practice.
Advanced Chemical and Biochemical Analysis
Chemical and biochemical analysis courses cover topics related to quantitative chemical analysis like making measurements, sample preparation, extraction, and classic methods of analysis. They may also introduce techniques for cell isolations and characterizations. Theoretical principles including equilibrium and error analysis could be a part of the curriculum. Modern analytical instruments and procedures to identify chemical structures may be introduced in these courses.
Mass Spectral Analysis
Mass spectral analysis, or mass spectrometry classes will explore subjects related to fundamentals, instrumentations, and applications. Theoretical methods of ionization and techniques could be an essential part of the course. Some institutes might include topics related to double sector and hybrid techniques of mass spectrometry.
This course typically deals with details and techniques of modern spectroscopic methods useful for structure analysis. It might also include the fundamentals of analysis and interpretation of NMR spectra. Additionally, techniques of using spectroscopic equipment IR, MS, NMR could be a part of the course.
Electroanalytical chemistry focuses on the theoretical methods and modern practical techniques used in electroanalysis. Fundamentals and applications of advanced scanning probe techniques could be a part of the curriculum. Topics related to new developments and instrumentations in electrochemical detection could be an essential part of the course.
Macromolecular structure courses cover advanced analytical techniques useful for the investigation of structure and biomolecules. It might also include molecular interaction methods, stabilizing the macromolecular structure. Fundamental and advanced technologies and instrumentations used for examination of biomolecules, visualizing, and analyzing large molecules could be a part of this course.
Typically, applicants are expected to have a bachelor's degree in the science field with minimum CGPA. Having a bachelor's degree in chemistry or biochemistry background might increase the chances of admission. Besides, candidates are expected to submit GRE scores. Strong GRE test scores in chemistry subject areas can be an advantage. A few schools might require academic transcripts, resume, face to face, or a video interview and letters of recommendation.
Generally, schools offer a master's degree in analytical chemistry with a duration of 18-32 months. The candidates are expected to have an undergraduate background in the science field, preferably in chemistry or biochemistry. This program includes various courses and skills essential in improving careers in this field.