Animal Biotechnology Degree and Certificate Program Overviews
Animal biotechnologists study animal production and reproduction, and research dairy, meat, and other types of animal output. There are bachelor's, master's and doctoral degrees offered that prepare students for work in this field.
A Bachelor of Science (B.S.) degree in animal science or biotechnology prepares graduates for entry-level research positions or for graduate education. A Master of Science (M.S.) in the field prepares candidates for jobs as mid-level supervisors on research teams, while a Doctor of Philosophy (Ph.D.) is required for those wishing to conduct independent research or teach at the postsecondary level.
Students in a bachelor's degree program get a solid foundation in animal science and develop their research skills. A bachelor's degree in animal science or a related field is required for master's-level study. Those who move on to master's degree programs examine more advanced topics in animal reproduction and health and usually choose a concentration, such as biomedicine. Students learn through classroom and research experiences.
Doctoral students take advanced classes and engage in intensive research as they prepare a dissertation. Admission generally requires a master's degree, although some programs will accept students with a bachelor's degree in relevant fields.
- Program Levels in Animal Biotechnology: Bachelor's degrees, master's degrees, doctoral degrees.
- Prerequisites: A bachelor's degree requires a high school diploma or equivalent. Master's programs require a bachelor's degree in a related field and may require prerequisite coursework. Ph.D. programs require a master's degree or a bachelor's degree meeting certain requirements.
- Program Specializations: Include research technique development, hypothesis formulation and problem solving.
- Other Requirements: Dissertation.
- Online Availability: Online courses and programs are available.
Bachelor of Science in Animal Science
Students in this program develop an understanding of cell and molecular biology and biochemistry in order to improve animal production. These programs generally focus on core animal science principles that teach students how animal scientific research is conducted in various disciplines. A high school diploma or GED certificate is required prior to beginning a B.S. in Animal Biotechnology program.
This program comprises classes that emphasize fundamental theories in cell and molecular biology and biochemistry and their application in a variety of scientific and research settings. The following are some possible subjects covered in the curriculum:
- Introduction to animal science
- Animal physiology
- Principles of animal nutrition
- Stem cell biology
Master of Science in Animal Science
Master's degree candidates study advanced topics in animal biotechnology and biomedicine. Areas of focus include research technique development, hypothesis formulation and problem solving. Students gain experience in applying scientific principles to understanding disease processes, effects of toxins on animal and human health, and disease control.
Applicants typically must hold a bachelor's degree in animal science or a closely related field from an accredited college or university. Candidates generally are required to have completed undergraduate coursework in areas such as biology, chemistry, genetics, biochemistry, physical chemistry and physics.
Graduate degree programs contain classes that combine theoretical and practical knowledge of animal scientific principles. Many programs host concentrations in animal biotechnology and biomedicine, and feature coursework in animal reproduction and development. Course topics may include:
- Cellular immunology
- Fertility control
- Toxicology and reproduction
- Genetic modeling
- Neurotoxicology and pharmacology
Ph.D. in Animal Biotechnology
Doctoral degree programs provide the highest level of study and research in the field of animal science and biotechnology. Although program lengths vary, most require 30-45 hours of upper-tier coursework in addition to previously completed master's degree credits in the field. Many institutions require the completion and defense of a doctoral dissertation to fulfill the degree curriculum.
Candidates generally must be in possession of a master's degree in animal science or a related discipline such as biology, environmental science and biomedicine. Some institutions may consider bachelor's degree holders if their undergraduate coursework meets department requirements in areas such as reproductive physiology and animal nutrition.
Classes consist of advanced studies in specialized research in areas including ruminant nutrition, dairy management and cell cultures. Course subjects include:
- Mammalian physiology
- Amino acid metabolism
- Range nutrition techniques
Popular Career Options
Graduates are generally equipped to seek mid to senior-level positions in the private sector and government where expertise in animal science and biotechnology is leveraged in an interdisciplinary team environment. Some career options include:
- Research specialist
- Laboratory technician
Employment and Salary Information
The U.S. Bureau of Labor Statistics (BLS) reported that employment for agricultural and food scientists, a field where those with animal biotechnology degrees are often employed, is expected to grow by 9% from 2012-2022 (www.bls.gov). According to the BLS, animal scientists in the 25th-75th percentiles earned an annual salary from $45,980 to $88,060, as of 2014.
Job applicants holding a Ph.D. are generally qualified to seek advanced positions in teaching and research. In July 2015, Payscale.com reported that the annual median salary for a university professor was $88,127 (www.payscale.com).
Certificates in biotechnology are generally available to bachelor's students studying animal science or a related discipline. Areas of study include molecular biology, animal and plant cell culture technology, and monoclonal antibody production. Certificate programs vary in length and most require 18-24 hours of classroom instruction and laboratory work. Course topics include:
- Agricultural genetics
- Molecular biology
- Recombinant DNA techniques
- Food microbiology