This process in Eastern Nazarene College’s case is guided by the Massachusetts Department of Higher Education. ENC established formal teach-out partnerships with five schools along with a secondary list of approximately 30 more schools that were offering help…
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Overview
Field of Study: Bioinformatics
Division: Traditional Undergraduate
Locations: Quincy MA
Options: Major, Minor
Degrees: B.S., B.A.
Bioinformatics is a nexus of computer science, biology, and math. It is primarily concerned with the collection, storage, organization, and analysis of large amounts of biological, medical or health information. The emerging and in-demand field of bioinformatics is indispensable in areas such as drug discovery, personalized and preventative medicine, genomics, proteomics, ancestry analysis, forensic science, ecological dynamic modeling, and microbial studies. ENC students have the rare opportunity to collaborate closely with faculty on bioinformatic research projects and often earn co-authorships on faculty publications. Graduates from the Eastern Nazarene College Bioinformatics program will be highly qualified for direct-entry careers or graduate school admission in this exciting and burgeoning discipline.
The Human Genome Project was completed about twenty years ago. Since then, the cost of genetic sequencing has dropped dramatically. Concurrently, there has been a rapid rise in extremely powerful genetic editing tools. These developments have led to an explosion of genetic data. The rate and volume of biological data being produced is outpacing the number of people adequately trained to work with it. The U.S. Bureau of Labor Statistics reports that jobs in computer-based analysis (of which bioinformatics is a part) are expected to grow 15% through 2029, almost four times the national average. The average annual salary for a bioinformatician is $74,000 at the entry level, providing a strong return on the student’s educational investment.
Career Paths
Bioinformaticians can find work in pharmaceutical and biotech companies, government-funded environmental conservation sectors, sustainable agricultural firms, academic research, federally funded agencies such as the National Human Genome Research Institute, and in healthcare as a clinical bioinformatician.
Students who graduate from this program will be able to:
- Oversee a laboratory information management system (LIMS) and other relevant research software tools such as Geneious and Prism.
- Design strategies for DNA, RNA, and protein sequence analysis.
- Develop algorithms to support next-generation and third-generation sequencing.
- Evaluate drug candidates for their value as targeted therapies.
- Assist in developing more efficient and methods of food production.
- Develop systems for analyzing terrain using remote sensor data.
- Conduct quantitative analysis of biological images.
- Create data visualization for use in reports.
Outcomes
Upon completion of the BS or BA in Bioinformatics degree, graduates will be able to:
- Complete a course of study covering the foundational knowledge and scientific principles of their chosen subject area.
- Have the academic and technical background necessary to successfully enter graduate school and/or professional employment.
- Gather and organize scientific data, analyze it, evaluate its meaning and develop models for interpreting scientific phenomena.
- Make observations, formulate questions and hypothesis, make predictions and make accurate scientific measurements in an investigative setting.
- Create appropriate images, figures, models, posters, presentations or other creative products to convey information, present results or interpret data in a meaningful and aesthetically pleasing manner.
- Write a scientific research proposal including background, specific aims, materials and methods, budget and project timeline.
- Prepare and deliver scientific presentations in various media formats to their peers and professors using current technology as appropriate.
- Participate in a praxis experience which applies theoretical knowledge of their chosen field of study to practical situations and interactions.
- Participate cooperatively in groups, displaying professional and ethical behavior.
Course Catalogs
For course descriptions, requirements, focus areas, options, and other program details see our full course catalog.