Bioanalytical Chemistry Education and Training Program Information

Oct 15, 2019

Essential Information

At the heart of these programs is in-depth laboratory research in the field of chemistry as it relates to detection and classification of diseases. In addition, students gain knowledge through coursework and topical lectures on subjects such as clinical chemistry, pharmacology, toxicology and chemical kinetics.

Programs in bioanalytical chemistry can be found at the master's and doctorate degree levels. Applicants to the 2-year master's degree program typically need a bachelor's degree in chemistry or a closely related field. Doctoral candidates need a bachelor's degree in chemistry or related field, as well as previous coursework in physics, advanced mathematics, physical chemistry and organic chemistry. Once enrolled, Ph.D. students are required to complete a dissertation prior to graduation.

Master of Science in Chemistry with a Specialization in Bioanalytical Chemistry

Although students gain knowledge and experience in various aspects of chemistry, students in a bioanalytical chemistry program use chemical analysis to study disease origin and diagnosis. Programs help students develop laboratory research, critical thinking and deductive reasoning skills. Students become trained research scientists capable of working in research or academics. Programs give students the opportunity to devote studies and research exclusively to the field of bioanalytical chemistry. Along with opportunities to gain teaching experience, students engage in academic research, conduct laboratory studies and attend lectures. Course topics include:

  • Biochemistry
  • Chemical kinetics
  • Advanced organic chemistry
  • Pharmacology
  • Analytical chemistry
  • Toxicology

Doctor of Philosophy in Bioanalytical Chemistry

A Doctor of Philosophy (Ph.D.) in Bioanalytical Chemistry is the terminal degree for this field of study. Emphasis is placed in self-conducted independent research, done under the guidance of faculty advisors. Students partake in the design, implementation and analysis of research studies meant to hone critical thinking and analytical skills. Programs are intended for students looking to embark on a career in laboratory research or academia. Students also gain teaching experience and typically attend lectures on topics such as:

  • Chromatography
  • Clinical chemistry
  • Advanced biochemistry
  • Organic structure and bonding
  • Inorganic chemistry
  • Techniques in biotechnology

Popular Career Options

Bioanalytical chemistry is a fairly specialized field of study; graduates often seek job opportunities in the chemical research industry or other closely related fields. Some popular career options include:

  • Laboratory research assistant
  • Technical writer
  • Chemistry teacher

Continuing Education

Students looking for further education can apply to a doctoral degree program in bioanalytical chemistry. Although a master's degree is sufficient for many employment opportunities, individuals interested in teaching at the college or university level may find a doctoral degree a valuable professional asset.

Employment Outlook and Salary Info

Graduates of this Ph.D. program may often begin careers in academia as researchers or professors. According to a report by the U. S. Bureau of Labor Statistics (BLS), employment opportunities for college and university faculty are expected to grow 11% from 2018-2028 ( In 2018, median annual earnings for chemistry teachers at the college level were $79,550, as reported by the BLS.

Bioanalytical chemistry programs are available as master's and doctorate degrees to prepare students for possible careers as researchers, lab assistants and professors. Graduates have mastered extensive research and laboratory skills.

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