BS, Life Science

4 Years On Campus Bachelors Program

Kansas State University

Program Overview

K-State’s B.S. in Life Science is an interdisciplinary degree designed for students who want a broad foundation in the life sciences, particularly those considering health-related careers or further study. Students build knowledge across biology, chemistry, psychology, anthropology, mathematics, statistics, and related life-science areas while working with an interdisciplinary advisor to shape their studies around their interests and career goals.

Curriculum Structure:

First Year:

Students establish their scientific and general-education foundation through courses such as BIOL 198 Principles of Biology, chemistry, mathematics, and K-State Core subjects. BIOL 198 introduces scientific methods, evolution, ecology, biological molecules, cell structure and function, genetics, energy flow, and biodiversity.

Second Year:

Students begin developing the interdisciplinary Life Sciences major through higher-level biology, Anthropology, Psychology, statistics, and organic or biochemistry coursework. The structure allows students to connect biological science with human behavior and broader scientific perspectives.

Third Year:

Students progress into upper-level life-science coursework, with the major requiring biology courses at the 300–799 level alongside advanced psychology and supporting science requirements. Students can use electives and thematic planning to develop an academic pathway aligned with areas such as health, research, or other life-science interests.

Fourth Year:

Students complete remaining upper-level biology, chemistry/biochemistry, statistics, psychology, and elective requirements to reach the 120-credit bachelor's degree. The flexible structure can also accommodate specific pathways, including K-State's pre-veterinary option and the WSU Nursing Pathways option, subject to their respective requirements.

Focus Areas:

Biology, human health, pre-health studies, veterinary preparation, psychology, anthropology, chemistry, biochemistry, statistics, research, and interdisciplinary life sciences.

Learning Outcomes:

Students develop interdisciplinary knowledge of biological systems, scientific reasoning, quantitative skills, and an understanding of biological, behavioral, and health-related concepts while building a personalized academic pathway for employment or further study.

Professional Alignment (Accreditation):

The official K-State program information does not list a separate specialized professional accreditation for the B.S. in Life Science. The degree is structured as an interdisciplinary bachelor's program and can provide preparation for health-professional and graduate pathways, including medicine, nursing, physician assistant, physical therapy, veterinary medicine, and dentistry.

Reputation (Employability & Rankings):

K-State reports that more than 90% of Life Science students find relevant employment or continue their education within three months of graduation. This is a program-level outcome reported by K-State rather than an external ranking, and the university also provides access to career advising, employer connections, career assessments, and job-search training.

Experiential Learning (Research, Projects, Internships etc.)

K-State’s B.S. in Life Science has a strong practical component because students complete an applied experience toward the end of the major. This can take the form of an internship, practicum, research experience, or project, with guided reflection connecting the experience to the student’s Life Science studies and career goals. Students can also benefit from K-State’s extensive biology research environment, including specialized laboratories, computational resources, imaging facilities, genomics equipment, and field-research sites.

Specific opportunities and facilities include:

Applied experience: The Life Science major specifically requires an applied experience such as an internship, practicum, research experience, or project, followed by guided reflection.
Undergraduate research: K-State’s Division of Biology offers undergraduate research opportunities across molecular, cellular and developmental biology, microbiology and immunology, ecology, evolutionary biology, and genetics.
Integrated Genomics Facility: Students involved in relevant research can work around DNA/RNA analysis technologies, including a NanoDrop One spectrophotometer and Synergy H1 multimode plate reader; the facility also provides training on equipment and software.
Microscopy Facility: K-State provides access to transmission electron, scanning electron, fluorescence, and confocal microscopy, along with training in specimen preparation and instrument use.
Stable Isotope Mass Spectrometry Laboratory: This facility is specifically described as a hands-on teaching facility for undergraduate and graduate students, providing experience with stable-isotope and elemental analysis.
Konza Prairie Biological Station: This 3,487-hectare research station functions as an outdoor laboratory for ecological and environmental research and provides opportunities for students to study tallgrass prairie ecosystems.
Bioinformatics resources: K-State's research facilities include the Bioinformatics Center and Beocat high-performance computing resources, supporting computational and data-intensive scientific research.
Research laboratories: Biology faculty research laboratories are located in Ackert Hall, Chalmers Hall, Bushnell Hall, and Leasure Hall, giving students opportunities to engage with an active research environment.
Biomedical research facilities: K-State’s Biomedical Core Facilities combine microscopic imaging, molecular and cellular biology, flow cytometry and cell sorting, animal model/pathology, and next-generation sequencing capabilities.
Life-science research centers: K-State's wider research environment includes the Kansas Lipidomics Research Center, KSU Bioinformatics Center, Konza Prairie Biological Station, KSU Herbarium, and Biosecurity Research Institute, providing additional resources relevant to different Life Science interests.

Progression & Future Opportunities

K-State’s B.S. in Life Science provides a flexible foundation for careers and further study across health, research, science, and people-focused fields. The university reports that more than 90% of Life Science students find relevant employment or continue their education within three months of graduation.

Typical career directions include Research Assistant, Laboratory Technician, Clinical Research Assistant, and Health/Science Program Coordinator.

Key career and progression opportunities include:

Career services: K-State’s Career Center provides career advising, career assessments, job-search training, employer connections, resume/CV and cover-letter reviews, mock interviews, and internship/job-search support.
Employment outcomes: K-State reports more than 90% of Life Science students obtain relevant employment or continue their education within three months of graduation.
Salary information: K-State maintains a salary-by-major dashboard based on reported graduate outcomes. The university’s overall 2025 post-graduation report recorded an average salary of $60,000 across K-State graduates, but this is university-wide and should not be treated as the specific salary for Life Science graduates.
Industry and employer connections: K-State's Career Center provides employer connections and maintains science-sector career resources covering organizations and opportunities in biotechnology, pharmaceuticals, medical devices, clinical research, federal science agencies, and life sciences.
Research opportunities: Students can participate in undergraduate research alongside K-State faculty, with access to research across the university’s 90+ research centers.
Health-profession pathways: Life Science is one of K-State’s designated pathways for students preparing for health professions, with advising and prerequisite guidance available through the university’s health-professions programs.
Applied graduation experience: The Life Science major includes an applied experience such as an internship, practicum, research experience, or project, allowing students to connect academic learning with career goals.
Accreditation: K-State's official program information does not list a separate specialized professional accreditation for the B.S. in Life Science. Its value is primarily as an interdisciplinary bachelor's degree that can support employment and progression into professional or graduate education.

Further Academic Progression:
After the B.S. in Life Science, students can continue into master’s or doctoral programs in life sciences, biology, biomedical sciences, public health, psychology, or related research fields. The degree is also structured to support prerequisite coursework for professional pathways such as medicine, dentistry, veterinary medicine, nursing, physical therapy, and other health professions, depending on the student's selected courses and the requirements of the next program.