Michigan State University

What you'll study

The Plant Sciences degree combines foundational biological sciences with applied topics in crop production, plant physiology and sustainable agriculture. Students study plant genetics, ecology, soil–plant interactions, pest and disease management, and the role of plants in agroecosystems. Course work emphasises hands-on laboratory and field experience alongside classroom learning.

• Core biological science: plant biology, botany, cell and molecular biology, plant physiology.
• Crop and production systems: agronomy, crop management, horticulture, greenhouse and nursery production.
• Soils and environment: soil science, nutrient management, plant–soil relationships, sustainable land management.
• Protection and health: plant pathology, integrated pest management, weed science.
• Genetics and breeding: plant genetics, breeding methods, biotechnology applications.
• Research and practicum: laboratory methods, field research, capstone or senior project, internships with industry or extension services.

Students may choose electives or concentrations that reflect interests in crop science, horticulture, plant breeding, sustainable agriculture or plant ecology. Many undergraduates engage in undergraduate research with faculty, participate in field courses at MSU research stations, or take part in hands-on learning at university greenhouses and farms.

Entry requirements

Applicants should hold a recognised secondary school diploma with a strong academic record. Typical preparation includes coursework in biology, chemistry and mathematics; familiarity with laboratory science is beneficial. Michigan State considers a range of indicators of readiness, including high school grades, coursework context and extracurricular experiences related to agriculture or biological sciences.

• US applicants: competitive high school GPA with college-preparatory coursework. Submission of standardised tests (SAT/ACT) may be optional or considered per current university policy.
• International applicants: equivalent secondary qualifications with evidence of proficiency in English (accepted tests or qualifications as specified by the university).
• Recommended background: high school biology and chemistry, algebra or higher-level mathematics; agricultural science or horticulture experience is advantageous but not required.

Admissions criteria can vary by year and applicant pool. Prospective students should consult the MSU undergraduate admissions pages for current application procedures and documentation requirements.

Career prospects

Graduates with a Plant Sciences degree pursue a wide range of careers in agriculture, horticulture, environmental management and research. The degree provides direct preparation for technical and professional roles as well as a strong foundation for graduate study.

• Agronomist or crop consultant — advising on crop production, soil fertility and farm management.
• Plant breeder or geneticist — working on cultivar development and trait improvement in public or private sectors.
• Horticulturist or greenhouse manager — production and management of ornamental, fruit or vegetable crops.
• Plant health specialist or extension agent — delivering pest, disease and nutrient management services to growers and communities.
• Research technician or laboratory scientist — supporting academic or industry research in plant biology and biotechnology.
• Environmental and conservation roles — restoration ecology, native plant management and sustainable land-use planning.
• Further study — many graduates continue to master's or doctoral programmes in plant sciences, crop science, ecology or related fields.

Why study at Michigan State University

Michigan State has a long tradition in agricultural and plant sciences with dedicated departments and research units that support teaching and hands-on learning. Students benefit from access to specialised facilities such as greenhouses, field research plots and university research stations that enable real-world experimentation and internships.

• Research integration: opportunities to work with faculty on applied and fundamental research projects in plant biology, breeding and sustainable production.
• Field-based learning: practical courses and practicum experiences at MSU research stations and demonstration farms, providing exposure to commercial and experimental production systems.
• Industry and extension links: collaborations with Michigan agriculture, agribusinesses and extension services create pathways for internships, employment and community engagement.
• Interdisciplinary opportunities: collaborations across soil science, entomology, plant pathology and environmental science broaden career options and research perspectives.

Overall, the programme prepares students for immediate entry into the plant science workforce or for further academic study, with a curriculum that balances theoretical understanding and practical skills applicable to modern plant production and research challenges.