Cost & earnings at Indiana University Bloomington What students borrow here, and what they go on to earn
The Bachelor’s degree in Neurobiology and Neurosciences at Indiana University Bloomington is an interdisciplinary science programme that combines molecular, cellular and systems approaches with cognitive and behavioural perspectives. It suits students who want rigorous laboratory training, coursework across biology and psychology, and opportunities to pursue original research or prepare for graduate and professional study in neuroscience-related fields.
The undergraduate neuroscience programme brings together core topics from biology, psychology and chemistry to give students a broad and integrated understanding of the nervous system. Typical core modules cover neuroanatomy, cellular and molecular neuroscience, synaptic physiology, systems and sensory neuroscience, developmental neurobiology, neuropharmacology and cognitive neuroscience. Students also take foundational courses in genetics, biochemistry, physiology, and statistics that support experimental work.
Laboratory and practical work is a substantial component of the degree. Students complete hands-on lab courses in molecular and cellular techniques, electrophysiology, and behavioural methods, and are encouraged to take advanced laboratory electives. Research experience is emphasised: many students undertake a supervised research project or senior thesis in a faculty laboratory, and courses in experimental design, data analysis and scientific communication help prepare students to carry out independent projects.
The programme structure typically mixes required core courses with a selection of electives, allowing students to pursue concentrations or special interests such as cellular/molecular neuroscience, cognitive and systems neuroscience, or neuroethology. Interdisciplinary options and electives are available through the Departments of Psychological and Brain Sciences, Biology, Informatics and the School of Medicine, enabling study in computational neuroscience, neuroimaging, and neurodevelopment.
Successful applicants normally present strong preparation in the sciences and mathematics from secondary school. Typical preparation includes high school biology and chemistry, and coursework in mathematics (calculus or pre-calculus) and physics where available. Admissions considers grades, the strength of the curriculum, standardised test results if submitted, and overall academic fit with the programme.
Transfer applicants are expected to have completed college-level coursework in biology and chemistry with laboratory components; specific transfer credit decisions are made by the university. Mature applicants and international students are also considered; English proficiency evidence may be required. Prospective students should consult Indiana University Bloomington admissions guidance for detailed, up-to-date entry requirements and advice on preparing a competitive application.
Graduates with a neuroscience bachelor's degree pursue a wide range of careers. Many move on to further study — research-based PhD programmes in neuroscience, molecular biology or cognitive science, professional degrees such as medicine, dentistry or clinical psychology, or specialised master’s programmes. The degree also provides solid preparation for roles in biomedical research, pharmaceutical and biotechnology industries, clinical research coordination, laboratory technical positions, and neurotechnology companies.
Other career paths include data analysis and computational roles that draw on quantitative training, science policy, science communication and education, rehabilitation services, and public health. The combination of laboratory skill, research experience and interdisciplinary training is particularly valuable for employers and graduate programmes looking for applicants who can bridge molecular, systems and behavioural approaches.
Indiana University Bloomington offers neuroscience students access to active research programmes across multiple departments, including Biology and Psychological and Brain Sciences, and connections with the IU School of Medicine. The campus hosts core facilities for imaging and electrophysiology, and students can gain hands-on experience in modern techniques through laboratory courses and faculty-led research labs.
Undergraduate students benefit from structured mentoring and research opportunities, including formal programmes that place undergraduates into faculty labs and summer research experiences. The university’s interdisciplinary environment supports collaboration with informatics, cognitive science and engineering groups, helping students develop both wet-lab and quantitative skills. Career services, internships and strong alumni networks further support the transition from the degree into postgraduate study or professional roles in research, healthcare, industry and beyond.
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