Science fiction meets the real world when it comes to the field of bioinformatics. Bioinformatics uses biology and technology to solve some of today's most urgent issues in medicine and pharmaceuticals, textiles and agriculture, and aerospace. A bioinformatics course teaches you the fundamentals of biotechnology to help you fulfill a course requirement or advance your career in bioinformatics.
Bioinformatics Course Success Factors
A bioinformatics course requires a specific skill set to be successful in a bioinformatics course and in a bioinformatics career. Success in bioinformatics means that you typically have strong written and verbal communications skills, are detail-oriented, enjoy problem solving, are proficient in math and science, and display strong perseverance and patience.
Bioinformatics Course Objectives
You may have a number of objectives for taking a bioinformatics course. A particular bioinformatics course may be a degree requirement for graduation in your major. A bioinformatics course may also satisfy one of your course electives. If you're currently working, a bioinformatics course may help you perform your job better, advance in your career, or qualify you for a different career. Additionally, taking a bioinformatics course may simply satisfy your personal interest in bioinformatics.
Bioinformatics Course Majors
A bioinformatics course can be taken as a requirement of a bioinformatics major. Other majors that offer bioinformatics courses include biotechnology, medicine, and bioengineering.
Bioinformatics Course Curriculum
A bioinformatics course typically provides a curriculum in gene expression analysis, manufacturing practices, the molecular basis of carcinogenesis, biostatistics, food biotechnology, biological computation, drug design, databases and data structures, and algorithms.
Bioinformatics Course Degrees
A bioinformatics course can be a steppingstone to a degree in bioinformatics. Bioinformatics can be pursued at ever degree level, including certificate, associate, bachelor's, master's, PhD, and dual degree courses. An associate degree in bioinformatics is similar to a certificate course and qualifies you for a bachelor's degree in bioinformatics or for entry-level lab assistant positions. A master's degree in bioinformatics requires independent research that may ultimately lead to a dissertation and doctorate. The most common bioinformatics degrees combine an M.S. or PhD in biotechnology in conjunction with a Master of Business Administration (MBA).
A bioinformatics course can also be a steppingstone to a career in bioinformatics. Career options for aspiring biotechnical scientists include director, industry researcher, investigator, professor, bioinformatician, biotechnical scientist, research associate, and senior scientist, consultant, and project leader.