Neuroscience

Unlocking the brain’s mysteries, from molecules to systems

Understanding the Brain

A Complex and Fascinating System

As multidisciplinary researchers, UT neuroscientists investigate the central and peripheral nervous system—the brain, spinal cord, nerves and sensory organs—and make discoveries in molecular, cellular, behavioral and computational research techniques. They help humanity to better understand basic mechanisms of brain function and shed light on contributors to brain disease. 

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Since I came to UT, I have attended many symposia and seminars that covered topics I never would have had the opportunity to consider prior to coming here. And I see the inclusion of students from every walk of life in my clubs and organizations.”

Charles Rubarth

Neuroscience

For Majors

Experiences & Careers

Neuroscience majors at UT pursue research in faculty labs, study abroad and secure internships. Many go on to a health professions school or graduate school, while others pursue work in the private sector education, government, or research in many different areas. Job titles of recent graduates include:

  • Behavioral therapist
  • Advanced research specialist
  • Recruiter/account manager
  • Technical professional development specialist
     

Discover neuroscience Major career paths

See opportunities for Neuroscience majors

In The Texas Scientist

Explore Stories

Here, you’ll find some of the most sophisticated facilities in the world, equipped for delivering  breakthroughs the world needs from all types of researchers, whether in our Freshman Research Initiative or alongside leading scientists and their graduate students in the lab. Our faculty inspire students in courses to learn about the root cause of diseases, to deploy the cutting-edge tools of neuroscience and to make connections between the brain and technologies the world now demands.

Accessing memories and the path to a brain-computer interface

Mapping activity in the brain with one of the inventors of optogenetics

Resetting the alcoholic brain and other grand challenges

Study & Learn

Neuroscience majors may study the chemistry and physics of molecular interactions, genetics, cellular processes, interactions of neural systems, animal behavior, human cognition and psychology, disease processes, mathematical models or computer-brain interfaces. Students receive strong training in concepts and practice through coursework in neuroscience and related science and math disciplines such as calculus, biology, chemistry and physics. Graduate study is available through UT's Institute for Neuroscience.

Find undergraduate information and examples of courses

Graduate studies in neuroscience

Type
C
Academic Program

Evidence and Inquiry

Year of Entry
2022–2024
Requirements
What to Take When
N/A
Type
BSA
Academic Program

Neuroscience

Year of Entry
2022–2024
Requirements
What to Take When
Type
BS
Academic Program

Neuroscience: Option 1

Neuroscience Scholars

Year of Entry
2022–2024
Requirements
What to Take When
Type
BS
Academic Program

Neuroscience: Option 2

Neuroscience Honors

Year of Entry
2022–2024
Requirements
What to Take When
Type
BS
Academic Program

Neuroscience: Option 3

Neuroscience

Year of Entry
2022–2024
Requirements
What to Take When
Type
C
Academic Program

Pre-Health Professions

Non-Science Major Track. Students outside of the College of Natural Sciences only.

Year of Entry
2022–2024
Requirements
What to Take When
N/A
Type
C
Academic Program

Pre-Health Professions

Science Major Track

Year of Entry
2022–2024
Requirements
What to Take When
N/A

Neuroscience News

Portrait of two scientists

Accolades

Faculty Members Elected to National Academy of Sciences

Neuroscientist Kristen Harris and molecular bioscientist Keiko Torii have received one of the highest honors a scientist can receive.