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Applied Biological Sciences Degree

Program Offerings

• Bachelor of science degree in Applied Biological Sciences
• Accelerated Master of science in Biomedical Engineering (earn your bachelor’s in ABS and master’s in BME in five years)
• Master of science degree in Biomedical Engineering
• Doctor of philosophy degree in Biomedical Engineering
• Minors in Applied Biological Sciences, Chemistry and Environmental Science

What is Applied Biological Sciences?

The biology program combines basic biological science with a strong background in chemistry, biochemistry, microbiology, cell and molecular biology, physics, and mathematics. The curriculum incorporates fundamental biology and chemistry courses with emerging technologies, such as recombinant DNA technology, microbial genetics, biochemistry, and bioinformatics.  Students will be taught to think critically and will be equipped to apply biological principles to solve real world problems.

The ABS degree offers various areas of emphasis and can be tailored to fit your career goals. Areas of emphasis include:

1) Pre-professional studies (pre-med, pre-vet, pre-dentistry, etc)
2) Molecular biology
3) Environmental Science
4) Pre-biomedical engineering.

What does a Applied Biological Scientist do?

Many ABS graduates pursue graduate study in a variety of areas including biomedical science and medicine, dentistry, immunology, biomedical engineering, pharmaceutical science, genomics, atmospheric and environmental science, nanoscience, forensics, and medical research. Applied biological sciences graduates also enter the workforce in biotechnical and medical industries, governmental agencies, research labs, patent offices, environmental agencies, biological sales, and many other cross-disciplinary careers.

First-Year Courses

General chemistry
Calculus
General biology
Intro to Applied Biological Sciences
Composition

Course Curriculum

Link to Catalog

Internships and Co-ops

77% of Mines students gain real-world experience through internships, co-ops and research. Applied biological sciences students enjoy internships with such businesses as:

• Sanford Medical Research
• Rapid City Regional Health
• NASA
• Department of Energy
• Center for Community and Pediatric Research Avera-McKennon
• Game, Fish and Parks
• Avera
• Sanford Health
• South Dakota Department of Health
• Oak Ridge National Laboratory
• US Department of Defense
• Evidence section of the Rapid City Police Department
• POET

Career Outlook

The placement rate for applied biological science graduates is 100 percent. Many of our graduates use their degree to launch into a professional healthcare program or graduate program. Graduates have been accepted into many reputable programs including Mayo Clinic Graduate Research Program, Mayo Medical School, Immunology Research Program at University of Alabama School of Medicine, Sanford School of Medicine, SD Mines Biomedical Engineering or Nanoengineering, Regenerative Medicine Utrecht (Netherlands), USD Public Health, and Des Moines University of Osteopathic Medicine.The job placement rate for applied biological science graduates is 100 percent.

Careers

• Medicine
• Pharmacy
• Medical research
• Biomedical engineer
• Patent law
• Environmental health
• Genetics
• Radiology
• Forensics
• Epidemiology/public health

Employers

Applied biological sciences graduates from SD Mines have gone on to work for organizations such as:
National Institutes of Health
US Food & Drug Administration
Environmental Protection Agency
FBI
Oak Ridge National Laboratory
Regional Health
Sanford Health
Avera Health
US Patent Office
Nalco Water

Applied Biological Sciences Research

Faculty in the Department of Chemistry and Applied Biological Sciences conduct basic and applied research in diverse areas of chemistry and applied biological sciences. Opportunities for research with collaborative partners and other University departments continue to expand. Participation in research is strongly encouraged at the undergraduate level. Current research projects include:

• Environmental Planning and Management
• Antibiotic resistance in bacteria in Rapid Creek
• Parasitology
• Extremophilic bioprocessing
• Uranium Biotransformation
• Human Telomere Biology and Cancer
• DNA Structure and Function/Neurodegenerative Disease
• Other Collaborative Projects with community partners

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