Bachelor of Science in BioResource Research

4 Years On Campus Bachelors Program

Oregon State University

Program Overview

The Bachelor of Science in BioResource Research at Oregon State University is an interdisciplinary biosciences degree built around student-led research, combining a strong foundation in biology, chemistry, physics, mathematics and biochemistry with a specialized option in areas such as biotechnology, applied genetics, genomics/bioinformatics, toxicology, water resources and sustainable ecosystems. It suits students who want to turn scientific knowledge into practical research experience, working with a faculty mentor on an individualized research project while developing skills for careers in research, natural-resource management, biotechnology and further study in the life sciences or medicine.

Curriculum Structure

First Year: Students establish their scientific foundation through BI 221Z–BI 223Z Principles of Biology: Cells, Organisms, Ecology and Evolution, alongside CH 221Z–CH 223Z General Chemistry and laboratory work. The year also introduces research through BRR 100 Great Experiments in Bioresource Sciences, where students begin exploring research processes and project areas.

Second Year: Students progress into CH 331 and CH 332 Organic Chemistry, CH 337 Organic Chemistry Laboratory, and PH 201–PH 203 General Physics, strengthening the chemistry and physical-science knowledge needed for bioscience research. BRR 200 Science and Research introduces research planning, professional skills, scientific literacy and proposal development, while ST 351 Introduction to Statistical Methods develops quantitative research skills.

Third Year: The curriculum becomes increasingly research-focused through BI 311 Genetics, calculus, and the student's selected upper-division option courses. Students begin substantial mentored research through BRR 401 Research and Scholarship, while options allow them to build specialized knowledge in areas such as biotechnology, environmental chemistry, food quality, genomics/bioinformatics, toxicology or water resources.

Fourth Year: Students complete advanced specialization courses alongside BRR 401 Research and Scholarship, culminating in a BRR 403 Thesis, BRR 406 Projects-Data Presentations, and BRR 407 Seminar based on their research. The year also includes BRR 409 Practicum: Teaching and Peer Mentoring and biochemistry, giving students experience communicating scientific findings and presenting their work publicly.

Focus areas: Animal Reproduction and Development, Applied Genetics, Bioproducts and Bioenergy, Biotechnology, Climate and Biosystems Modeling, Environmental Chemistry, Food Quality, Genomics/Bioinformatics, Pest Biology and Management, Plant Growth and Development, Sustainable Ecosystems, Toxicology, Water Resources.

Learning outcomes: Apply bioscience and physical-science concepts, design experiments, collect and interpret data, communicate research through written and oral presentations, evaluate research in relation to contemporary scientific issues, and demonstrate research ethics, responsibility, problem-solving and teamwork.

Professional alignment (accreditation): The BioResource Research BS is not listed as having a separate specialized professional accreditation. Oregon State University is institutionally accredited by the Northwest Commission on Colleges and Universities (NWCCU), with its accreditation reaffirmed in 2026; OSU states that institutional accreditation supports recognition of degrees for transfer, admission and employment.

Reputation (employability rankings): Oregon State's official BioResource Research information reports that 100% of graduates find employment or enter graduate/professional school within three months of graduation, with the program also reporting that 60% continue to graduate or professional school. The university's program information further states that virtually all BRR students have presented research at a scientific meeting, received research or internship funding, co-authored a publication, or achieved more than one of these experiences.

Experiential Learning (Research, Projects, Internships etc.)

Oregon State University’s Bachelor of Science in BioResource Research is built around student research, giving students the opportunity to turn classroom science into a substantial, faculty-mentored research project. Students choose a specialized option such as Biotechnology, Applied Genetics, Genomics/Bioinformatics, Food Quality, Toxicology, Water Resources, or Plant Growth and Development, then develop research skills through proposal writing, laboratory work, data presentation, and a senior thesis. The program also connects students with a large research community: more than 100 faculty members across seven colleges are available as potential research mentors.

Students develop practical research and professional skills through these program-specific opportunities:

Faculty-mentored research: Students complete BRR 401 Research, earning 14 research credits while planning and carrying out a project with a faculty mentor. Projects can span areas such as biotechnology, genetics, environmental chemistry, food quality, toxicology, and genomics/bioinformatics.
Research proposal development: Students prepare a 2–3 page research proposal covering the problem or need, objectives, methods, expected outcomes, impact, and references, working with their research mentor to refine the project.
Laboratory techniques: The program specifically develops students' ability to plan and conduct research studies, learn laboratory techniques, troubleshoot experiments, and follow a research project from inception to completion. Students maintain a laboratory notebook or equivalent record of methods, reagents, results, data, and conclusions.
Senior thesis and presentations: Students complete BRR 403 Thesis and BRR 406 Data Presentations-Projects, allowing them to organize their research findings, present their work, and complete a thesis based on their laboratory or research experience.
Research Fellow recognition: Students who complete the BioResource Research degree receive the transcript-visible designation “Research Fellow” upon graduation.
Computational and digital research: The Genomics/Bioinformatics and Climate and Biosystems Modeling options provide pathways into computational biosciences and data-oriented research. The program's research-proposal resources also provide guidance on using Zotero and OSU library databases for managing sources and scholarly literature.
Research laboratories across disciplines: Students can work with faculty from Agricultural Sciences, Engineering, Forestry, Oceanography, Pharmacy, Science, and Veterinary Medicine, creating access to research environments well beyond a single department.
Internships and research employment: Official College of Agricultural Sciences records show BioResource Research students undertaking experiences such as undergraduate research assistant, toxicology student researcher, wine researcher, and research field technician roles. The Dale W. Weber Internship Support Program has also supported BioResource Research students in these positions.
Research projects with real-world applications: Official examples include projects on bioactive natural products and infectious-disease drug development, carbon-dioxide fixation into bioproducts, nutrient recovery, and biomass processing, demonstrating the range of research students can undertake with faculty mentors.
Library and research resources: Students are directed to OSU specialized librarians and library databases for literature research, with BRR-specific guides covering scholarly-article searching and Zotero.
Interdisciplinary research environment: The College of Agricultural Sciences reports opportunities to conduct research in laboratories across campus, branch experiment stations across Oregon, and institutions around the world, giving BioResource Research students a broad research ecosystem.

Progression & Future Opportunities

Oregon State University’s Bachelor of Science in BioResource Research is designed around mentored research, allowing students to graduate with bioscience knowledge, research experience, problem-solving skills, and professional contacts. The university reports that 100% of BRR graduates are employed or admitted to graduate/professional school within three months of graduation, while the program’s flexible options support pathways into biotechnology, environmental science, natural-resource management, health sciences, and research.

Career roles: Researcher or Laboratory Technician, Biotechnologist, Environmental or Climate Scientist, Bioinformatic Data Scientist.

Career support: Individualized BRR advising helps students develop their course of study, connect with scholarships and campus resources, and identify experiential learning and leadership opportunities. Students can also participate in OSU’s Leadership Academy, which pairs students with faculty mentors and provides opportunities to engage with alumni, natural-resource agencies, nonprofit organizations, federal agencies, and employers.
Employment outcomes: OSU reports that 100% of BRR graduates find jobs or enter graduate/professional school within three months; 60% go to graduate or professional school, while other graduates enter biotechnology and pharmaceutical companies, environmental consulting and engineering, government agencies, teaching, science outreach, and nonprofit organizations.
Salary figures: A program-specific salary figure is not stated in OSU’s official BRR career and outcomes information, so no salary estimate is provided.
Research and industry connections: BRR students can connect with research and professional opportunities involving organizations such as OHSU, USDA-NRCS, BLM, Oregon Department of Environmental Quality, and biotechnology and pharmaceutical employers. OSU’s Oregon Wine Research Institute also operates an undergraduate research scholars program in partnership with the Erath Family Foundation, providing research internships connected to the wine industry.
Graduate outcomes: OSU’s published BRR graduate examples include a Food Technologist at Campbell-Fresh, Research Associate at OHSU/OSU, Regional Manager at Dow AgroSciences, Pharm.D. student at OSU, MD student at Harvard, and PhD student at UC Berkeley.
Research achievement: In 2025, BRR students completed more than 4,000 hours of research in laboratories across seven OSU colleges, and students presented and defended their BRR theses as their undergraduate capstone.
Long-term accreditation value: Oregon State University is institutionally accredited by the Northwest Commission on Colleges and Universities (NWCCU), and its accreditation was reaffirmed in August 2026. OSU states that institutional accreditation helps support recognition of credits and degrees for transfer, admission, and employment.

Further Academic Progression: After completing the BS in BioResource Research, students can progress to graduate and professional programs in the life sciences, medicine, health, environmental sciences, and related fields. OSU specifically describes BRR as preparation for graduate programs and medical school, while its graduate outcomes include progression to programs such as an MS in Biomedical Sciences, Pharm.D., MD, and PhD.