Research-based enterprises are harnessing technology more and more as a way to model, simulate, and experiment with theories and ideas in the sciences. Among those sciences is biology, which looks to bioinformatics schools to teach students to utilize technology to further the exploration of the life-centric science.

Although modeling has been an element of research in biological sciences for decades, bioinformatics didn't really experience a boom until The Human Genome Project - a 13-year project by the U.S. Department of Energy and the National Institutes of Health - utilized it to handle the masses of data that were flowing in and needing to be analyzed, according to the University of Michigan, which has graduate programs in bioinformatics. The Human Genome Project was completed in 2003, after collecting a plethora of DNA data. Bioinformatics schools began to take off in the late 1990s.

Bio What?
Looking for something that can combine a love of computers with a fondness for biology? A bioinformatics school might be the place for you. Bioinformatics uses information technology to student molecular biology through databases, algorithms, and computer modeling techniques.

Bioinformatics schools teach both complex biological processes and intensive computer courses, so that students are prepared for challenging careers. The growing field is flush with jobs for dedicated individuals who can create and operate databases, algorithms and more to advance the field of molecular biology.

Graduates of bioinformatics schools go on to careers in life sciences, computer science, applied science and pharmaceuticals.

Advance Science with Computer-Added Techniques
According to the Bureau of Labor Statistics, biology careers in general are expected to have about nine percent growth between 2006 and 2016, which about average. Research and development jobs are expected to grow the most, which is good for those in a research-centric field like bioinformatics.

Students studying bioinformatics will take computer courses to prepare themselves for the challenging demands of algorithm creation, database operations and computer modeling systems. However, in addition to mastering the technological element of the course load, students at the bachelor's degree level have to become experts in science as well. Required courses will include introductory and advanced classes in biology, chemistry, physics, genetics and various disciplines of mathematics. Depending on the program, students may choose to focus their studies on mathematics, biology or computer science, thereby expanding the number and breadth of courses in that area that are taken.

At the advanced degree level, students will also have an interdisciplinary approach to bioinformatics with classes expanding both the student's biological and computer science knowledge. Students may also be required to obtain certain work experience through internships and also complete large-scale research projects to apply their book knowledge in a measureable way.

Bioinformatics schools offer bachelor's degrees and more advanced degrees. Potential career paths for graduates of bioinformatics schools include scientific curator, gene analyst, bioinformatics software developer, biostatistician and pharmacogenetician.

If you are ready to cultivate an intense knowledge of science and computer technology for a vital and challenging career in bioinformatics, start looking at bioinformatics schools today!