Preparing scientists to harness and apply the power of data to understand the complexities of human biology
Curriculum
Year one requirements
| Term | Required courses | Other requirements |
|---|---|---|
| Late summer |
New student orientation (homework as advised by boot camp leaders) May include
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Fall term |
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Complete First Rotation QBC Journal Club Faculty research talks BBC Seminars Program Retreats (BMI 222) Student Research Talks |
|
Winter term |
Required: (BMI 203) Algorithms And select one of the below:
|
Complete Second Rotation QBC Journal Club Seminars (BMI 222) Student Research Talks |
|
Spring term |
Students will take the Ethical Conduct of Science course in Spring of year 1. 3 mini courses |
Complete third rotation QBC Journal Club Seminars |
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Optional: Systems Biology Emphasis (Must be declared at time of qualifying exam. Must take BP 205B.) |
Notes
- Bootcamp: Two-week immersion that provides basic competency and breadth before the start of the formal curriculum. Fosters group cohesion while breaking down barriers of scientific communication and provides a level playing field.
- Rotations: 3 ten-week rotations starting Fall quarter. Must include at least 1 experimental and 1 computational. Details: Rotations and Advisor Selection.
- Mini courses: Two-week elective courses in Spring that allow for diversification of curriculum. Each student will take 3 mini courses in spring quarter.
- Advising: Rotations and coursework must be approved by your assigned academic advisor.
Additional year one requirements
| Course | Course information | Description |
|---|---|---|
|
Lab rotations |
BMI 221 Fall/Winter/Spring 3 units each, 3 rotations |
3 ten - week rotations (one per quarter), at least 1 experimental, 1 computational Details: Rotations and Advisor Selection. |
|
QBC Journal Club |
BMI 223 Fall/winter/spring 1 unit |
Journal club presentations by first- and second-year students in Bioinformatics, Biophysics, CCB, and PSPG graduate programs. |
|
Graduate research opportunities Faculty-student talks |
Additional requirements for the duration of your time in the program
| Course | Course information | Description |
|---|---|---|
|
Research Seminars |
BMI 220 Fall/winter/spring 1 unit |
Research seminars presented by visiting scientists |
|
Student Research Talks |
BMI 222 Fall/winter |
Senior students present his or her research |
| QBC Retreat | NA | All students are required to attend the Fall QBC Retreat |
Year two requirements
| Course | Course information | Description |
|---|---|---|
|
Must complete by end of second year |
(If selecting an emphasis in Complex Biological Systems, this must be declared at time of qualifying exam) | |
|
Research (every quarter, year two and forward) |
BMI 250 Fall/winter/spring 1-8 units |
Research in your thesis lab; sign up every quarter in years two to six |
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Teaching Assistantship |
Fall/winter/or spring |
One quarter teaching assistant position in Bioinformatics or School of Pharmacy |
|
QBC Journal Club |
BMI 223 Fall/winter/spring 1 unit |
Journal club presentations by first- and second-year students in the Bioinformatics, Biophysics, CCB, and PSPG programs Details: QBC Journal Club Requirements |
| Grant Writing | NA | Support for fellowship applications |
| QBC Retreat | NA | All students are required to attend the Fall QBC Retreat |
Year three requirements and beyond
| Course | Course information | Description |
|---|---|---|
|
Advancement to candidacy |
Within 6 months following qualifying examination |
|
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Annual thesis meetings, year three and forward |
On or around the anniversary of your qualifying examination |
Thesis meetings are to be held at least once per year following completion of oral examination |
|
Those who have not graduated by Winter of 6th year must retake Ethical Conduct of Science |
Neuroscience 214 Spring 1 unit |
Ethical Conduct of Science must be taken once every 4 years |
| QBC Retreat | NA | All students are required to attend the Fall QBC Retreat |
Details: Advancement to candidacy and thesis progression.
Students are expected to graduate within six years of starting the program. Details: Six-year policy. In order to graduate you must submit your thesis to the Graduate Division and give a thesis seminar. Extending time in the program beyond six years is subject to the approval of the Bioinformatics Executive Committee.
