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Bioinformatics is the application of computer science and technology to the management and analysis of biological information, particularly large data sets such as genetic codes.

Bioinformatics is an innovative and rapidly expanding field of study that merges computer and information science with the analysis of genetic information and biological structures.

Bioinformatics allows researchers to gain new insights into our genetic makeup, providing pathways to understand disease processes and create novel diagnostic and treatment strategies.

Bioinformaticians work with the collection, storage, retrieval, manipulation, and modeling of large data sets for analysis, visualization, or prediction through the development of algorithms and software.

Bioinformatics is fundamentally an interdisciplinary science, bringing together aspects of computer science and technology, molecular biology, chemistry, and mathematics, and there is an immense and increasing need for experts in this field.

Knowledge and Skills Gained as a Bioinformatics Major

Knowledge:

Knowledge of fundamental biological processes at organism, physiological, cellular, and molecular levels.

Basic understanding of principles of chemistry and their applications to living systems; properties of bio-molecules and their contribution to structure and function of cells.

Understanding of computer programming methodology, including algorithm design and program development. Capability of designing and applying software tools for biological data analysis.

Proficiency in the use of mathematical tools including discrete mathematics, calculus, and statistics.

Integrated knowledge and technical skills gained from diverse scientific disciplines of biochemical, mathematical, computational, and life sciences; understanding key problems, possible solutions, and latest advances in bioinformatics.

Understanding of the process of scientific inquiry, preparation for rigorous research, quantitative problem solving skills, data analysis, and interpretation of results.

Skills:

Design, conduct, and interpret scientific research
Conduct statistical analysis
Apply a scientific approach to problems
Communicate findings using models, charts, and graphs
Communicate new research findings to lay audiences

Career Opportunities

By nature, Liberal Arts majors make great employees in any field because of their ability to communicate effectively, think critically, and solve complex problems. These timeless skills make them attractive to employers in all walks of society.

Specifically though, bioinformatics majors often pursue careers as:

Bioinformatician Analyst
Cheminformatician
Medical Informatics Analyst
EMR Information Systems Analyst
Nursing Informatics Specialist
Chief Medical Information Officer
Scientific Curator
Network Analyst
Research Scientist
Phylogenetics
Structural Analyst
Bio-Statistician