Michigan State University

What you'll study

This programme builds a core understanding of how nervous systems develop, function and malfunction across multiple levels of organisation. Early coursework emphasises foundational subjects: general and organic chemistry, cell and molecular biology, genetics, calculus and introductory physics. Core neuroscience modules typically cover neuroanatomy, neurophysiology, synaptic transmission, sensory and motor systems, developmental neurobiology and cellular/molecular neuroscience.

• Laboratory skills and experimental design: wet-lab techniques, microscopy, electrophysiology basics and hands‑on data collection.
• Quantitative and computational methods: statistics for biological sciences, data analysis, and introductory computational neuroscience or modelling options.
• Interdisciplinary electives: cognitive neuroscience, behavioural neuroscience, pharmacology, neuroethics and neuroimaging methods.
• Capstone and research: an undergraduate research thesis or senior seminar that integrates coursework with independent or faculty‑mentored laboratory research.

The programme encourages participation in research labs, summer research experiences, or internships to complement classroom learning. Students can often tailor their curriculum with specialisations or electives in areas such as molecular neurobiology, systems neuroscience, cognitive and behavioural neuroscience, or translational neuroscience.

Entry requirements

Admission to Michigan State University is competitive and considers the overall academic record. Typical preparation for this programme includes a high school diploma with strong grades in the sciences and mathematics. Recommended college-preparatory subjects are:

• Biology (with laboratory)
• Chemistry (including laboratory; both general and organic coursework is highly beneficial)
• Mathematics through at least precalculus or calculus
• Physics (recommended)

Successful applicants usually demonstrate strong analytical skills, laboratory experience or extracurricular engagement in scientific activities. Specific GPA expectations, test-optional policies and other admission criteria are set by the university’s admissions office; prospective students should consult official MSU admissions guidance for current requirements and application procedures.

Career prospects

Graduates with a bachelor’s in Neurobiology and Neurosciences have a wide range of career pathways. Many continue to graduate or professional training in fields such as neuroscience research, medicine, dentistry, pharmacy, or clinical psychology. Common employment destinations include:

• Academic and industry research laboratories (research assistant, laboratory technician)
• Biotechnology and pharmaceutical companies (research associate, clinical trial support, regulatory affairs)
• Healthcare and allied health professions following further qualifications (physician, physician associate, audiology, occupational therapy)
• Data science and computational roles that leverage quantitative training
• Science communication, policy, education and outreach

Undergraduate research experience, internships and networking with faculty increase employability and readiness for postgraduate study or specialised professional routes.

Why study at Michigan State University

Michigan State is a large research university with a long-standing commitment to life sciences and interdisciplinary neuroscience. Students benefit from access to active research laboratories, core facilities, and faculty whose work spans molecular neuroscience, systems physiology, behaviour and translational research. The campus supports undergraduate involvement in research through structured programmes, summer research opportunities and faculty mentorship.

• Interdisciplinary environment: collaboration across biology, psychology, engineering and medical disciplines.
• Undergraduate research opportunities: many students join faculty labs early, present at symposia and undertake senior capstones.
• Facilities and resources: teaching and research laboratories, imaging and electrophysiology equipment, and core analytical services.
• Support services: academic advising, career services, and pathways for students aiming for graduate or professional schools.

These elements make Michigan State a strong choice for students seeking a rigorous, research‑oriented undergraduate education in neurobiology and the neurosciences.