BS in Nutritional Sciences

4 Years On Campus Bachelors Program

Michigan State University

Program Overview

The Bachelor of Science in Nutritional Sciences at Michigan State University (MSU) explores how nutrients, food, and biological processes influence human health and disease prevention. It is well suited to students interested in healthcare, medical school, nutrition research, and public health, with three concentrations—Biomedical and Molecular Nutrition, Global Nutrition and Health, and Public Health Nutrition—that allow students to tailor their studies to their career goals.

Curriculum Structure

Year 1 – Foundational Sciences: Students build a strong foundation in biology, chemistry, and other biological and physical sciences that support the study of nutrition. Introductory coursework such as HNF 150, Introduction to Human Nutrition, introduces nutrition principles and prepares students for advanced study of nutrients, metabolism, and human health.

Year 2 – Nutrition and Human Health: Students deepen their understanding of how nutrients affect the body, including energy metabolism, proteins, vitamins, and minerals. Courses such as HNF 250, Contemporary Issues in Human Nutrition, introduce current nutrition and health concerns, research-based information, public policy, and ethical issues related to nutrition.

Year 3 – Applied Nutrition and Specialisation: Students develop more specialised knowledge through subjects related to community nutrition, nutrition assessment, and research methods. Coursework such as HNF 377, Applied Community Nutrition, helps students explore nutrition in community settings, while their selected concentration guides further study toward biomedical science, global health, or public health nutrition.

Year 4 – Advanced Study and Career Preparation: Students complete upper-level nutrition and supporting science requirements, strengthening their ability to evaluate nutrition-related evidence and understand the role of diet in preventing and managing disease. Advanced coursework, including HNF 450, Human Nutrition and Foods, supports further academic development and prepares students for graduate education or entry-level opportunities in nutrition-related fields.

Focus Areas: Human nutrition and metabolism, human physiology, nutrition research methods, food science, cellular and molecular biology, nutrition in disease prevention and treatment, biomedical and molecular nutrition, global nutrition and health, public health nutrition

Learning Outcomes: Understand the relationship between nutrients and human health, explain energy metabolism and the functions of essential nutrients, evaluate nutrition-related research, apply scientific principles to disease prevention, understand community and global nutrition challenges, and prepare for further study in health professions, nutrition, public health, or food science.

Professional Alignment (Accreditation): This degree provides a science-focused foundation for careers and further study in nutrition and related health fields. It should not be confused with MSU’s separate Dietetics program; students aiming to become registered dietitian nutritionists should verify the specific accredited education and supervised-practice pathway required for that credential.

Reputation (Employability and Alumni Outcomes): MSU identifies career opportunities for Nutritional Sciences graduates across healthcare, research laboratories, medical offices, farms, commercial kitchens, gyms, and health facilities. Alumni career examples include physicians, food scientists, health unit coordinators, patient care technicians, and registered dietitians; additional education and professional qualifications may be necessary for some roles.

Experiential Learning (Research, Projects, Internships etc.)

MSU’s Nutritional Sciences program combines scientific study with opportunities to explore nutrition research, community health, and practical applications of food and nutrition. Students can build experience through undergraduate research, internships, education-abroad programs, and student organisations, while coursework in community nutrition and nutrition research helps connect classroom learning with real-world health challenges.

Students can develop practical skills through the following opportunities:

Community nutrition: HNF 377, Applied Community Nutrition, introduces nutrition-related needs and interventions in community settings.
Research skills: Study nutrition research methods and learn to evaluate scientific evidence relevant to human health.
Food and nutrition laboratory learning: The degree includes food and nutrition laboratory coursework, helping students connect scientific concepts with practical applications.
Undergraduate research: Explore research opportunities with faculty and develop experience in nutrition and related life sciences.
Internships and work experience: Seek relevant placements and employment in healthcare, research, public health, food-related industries, or wellness settings.
Education abroad: Explore international learning opportunities that can broaden understanding of global nutrition, food systems, and health.
Student organisations: Participate in groups such as the Nutritional Sciences Student Organization, Food and Nutrition Association, Slow Food MSU, and Spartan Association for Public Health.

Progression & Future Opportunities

The BS in Nutritional Sciences can prepare graduates for opportunities in nutrition research, public health, healthcare support, food science, and corporate wellness. Students can also use the degree as a foundation for graduate study or professional programs in medicine, dentistry, and other health-related fields, depending on their academic preparation and admission requirements.

Potential career roles include: Nutrition Research Assistant, Food Scientist, Public Health Nutrition Assistant, Health Promotion Coordinator.

Students can strengthen their career prospects through these opportunities:

Career support: MSU’s Career Services Network provides career advising, résumé reviews, mock interviews, career fairs, and access to internship and job opportunities through Handshake.
Internships and practical experience: MSU encourages students to explore internships, student employment, and undergraduate research to build relevant skills and professional connections.
Industry and healthcare opportunities: Graduates may explore employment in healthcare services, research laboratories, medical offices, food-related businesses, public health programs, and wellness organisations.
Further professional qualifications: The Biomedical and Molecular Nutrition concentration is designed to include all or nearly all prerequisite coursework needed for many medical and dental school pathways; students should check the specific requirements of their intended professional school.
Employment statistics and salaries: MSU provides a career-outcomes resource covering employment, salaries, and further education, but a specific salary or employment rate for Nutritional Sciences graduates was not verified in the available program information.

Further Academic Progression: After completing the BS in Nutritional Sciences, students can pursue graduate degrees in nutrition, public health, biostatistics, food science, or related life sciences. Those interested in medicine or dentistry can apply to the relevant professional schools after meeting their prerequisites, while students interested in nutrition research may continue into master’s or doctoral study. The degree’s concentration options help students build a foundation aligned with their intended area of advanced study.