Here is an overview of the graduate program in neurobiology & neurosciences at U of Colorado. It is offered at the Doctoral level, with undergraduate study also available. Jump to any of the following sections:
By College Factual’s measure, U of Colorado as a strong choice for neurobiology & neurosciences, ranked #73 out of 193 schools nationally.
The table below lists every degree level offered in neurobiology & neurosciences at U of Colorado, along with how many graduates complete each level annually.
| Degree Level | Annual Graduates |
|---|---|
| Bachelor’s | 133 |
| Doctoral | 7 |
During the most recent reporting year, University of Colorado Boulder handed out 7 doctoral degrees in neurobiology & neurosciences.
U of Colorado has not been ranked for neurobiology & neurosciences at the doctoral level.
The full-time graduate tuition and fees are shown below.
| In State | Out of State | |
|---|---|---|
| Tuition | $34,416 | $42,246 |
| Fees | $2,016 | $2,016 |
Read more about U of Colorado tuition and fees.
For the most recent academic year available, 43% of neurobiology & neurosciences doctoral degrees went to men and 57% went to women.
The largest share of neurobiology & neurosciences doctoral degree graduates at U of Colorado are White. Approximately 71% of graduates fell into this category.
The following table and chart show the ethnic background for students who recently graduated from University of Colorado Boulder with a doctoral in neurobiology & neurosciences.
| Ethnic Background | Number of Students |
|---|---|
| Asian | 1 |
| Black or African American | 0 |
| Hispanic or Latino | 1 |
| White | 5 |
| Non-Resident Aliens | 0 |
| Other Races | 0 |
U of Colorado granted 7 doctoral degrees in neuroscience in the latest year of data — 57% to women and 43% to men. Most of these graduates identified as White (71%).
You can also study this field as an undergraduate at U of Colorado. The following undergraduate award levels are reported.
| Undergraduate Level | Annual Graduates |
|---|---|
| Bachelor’s Degrees in Neurobiology & Neurosciences | 133 |