Over the course of the last few decades, there has been a convergence in the fields of biology and technology. Today, everything from the food we eat to the clothing we wear to the medications we take are products of this convergence, known as bioinformatics. Bioinformatics is the use of biology and technology to solve some of today's most urgent cultural and scientific issues, involving industries like medicine and pharmaceuticals, textiles and agriculture, and aerospace. A bioinformatics school is designed to teach you the fundamentals of biotechnology to prepare you for a career in bioinformatics. So if you're considering a career as a bioinformatics specialist, now is a good time to consider the right bioinformatics school for you.
Bioinformatics School Success Factors
Success in bioinformatics school and in a bioinformatics career means that you are typically detail-oriented, enjoy problem solving, proficient in math and science, have strong written and verbal communications skills, and display strong perseverance and patience.
Bioinformatics School Curriculum
A bioinformatics school curriculum is design to prepare you for a specialized career in bioinformatics. A typical bioinformatics curriculum includes courses 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 School Degrees
Bioinformatics schools offer degrees at every level, including certificate, associate, bachelor's, master's, PhD, and dual degree schools. A biotechnology school certificate or diploma qualifies you for a job as a laboratory or research technician. An associate degree from a bioinformatics school is similar to a certificate school and qualifies you for a bachelor's degree bioinformatics school or for entry-level lab assistant positions. It is rare to find a bioinformatics school that offers a bachelor's degree in biotechnology, but specialized bachelor's degrees in biotechnology do exist. A master's degree from a bioinformatics schools requires independent research that may ultimately lead to a dissertation and doctorate. The most common bioinformatics schools combine an M.S. or PhD in biotechnology in conjunction with a Master of Business Administration (MBA).
As the field of bioinformatics has exploded in the last couple of decades, bioinformatics jobs are on the rise. Career options for aspiring biotechnical scientists include director, industry researcher, investigator, professor, bioinformatician, biotechnical scientist, research associate, and senior scientist, consultant, and project leader.