Biomolecular Engineering and Bioinformatics Courses

Courses and Requirements for the Training Track in Biomolecular Engineering and Bioinformatics

Predoctoral fellows in the track in Biomolecular Engineering and Bioinformatics must complete rigorous coursework in bioinformatics, chemistry, biology, and statistics. We also require new students to conduct research three seven-week long rotations in a combination of computational and experimental laboratories. BMEB students also have the flexibility to craft their graduate curriculum to suit individual interests, creating a strong foundation for their independent dissertation research. Advanced graduate students work under the direct supervision of one of twenty-five BMEB-affiliated faculty members, while also interacting closely with other faculty members. Training in this interdisciplinary research environment has enabled our students to lead bioinformatics efforts to understand biology and disease, advancing the frontiers of biomedical research, with graduates now in top university faculty positions and leading industrial research laboratories.

Curriculum Requirements

First Year •  Complete core series
     •  BME 80G: Bioethics
     •  BME 205: Bioinformatics Models and Algorithms
     •  BME 230A: Computational Genomics OR BME 229: Protein & Cell Engineering
•  Participate in seminars each quarter (BME 280B)
•  Take advanced graduate courses or makeup courses to strengthen knowledge
•  Complete 3 research rotations across Fall & Winter quarter (BME 296)
•  Select faculty advisor and permanent lab
•  Begin dissertation research
Second Year •  Complete BME 201: Scientific Writing (Winter)
•  Write dissertation proposal and take qualifying exam/advance (Spring)
•  Form faculty dissertation committee for student guidance
•  Participate in research meetings and seminars each quarter (BME 281s)
•  Take advanced graduate courses to strengthen knowledge
Third Year •  Perform dissertation research
•  Participate in research meetings and seminars each quarter (BME 281s)
Following Year(s) •  Complete dissertation research
•  Hold annual progress meetings with committee
•  Participate in research meetings and seminars each quarter (BME 281s)
•  Public presentation of dissertation defense

Sample First-Year Schedule

  • BME 80G: Bioethics
  • BME 205: Bioinformatics Models and Algorithms
  • BME 280B: BME Seminar Series
  • BME 296: Lab Rotations
  • BME 230A: Introduction to Computational Genomics & Systems Biology
  • BME 280B: BME Seminar Series
  • BME 296: Lab Rotations
  • BME 230B: Advanced Computational Genomics & Systems Biology
  • BME 263: Applied Visualization & Analysis of Scientific Data
  • BME 280B: BME Seminar Series

For questions specific to the BMEB training track, email the BMEB Graduate Program Advisor, Theo-Alyce Gordon

UCSC's graduate Program in Biomedical Sciences and Engineering is supported by training grants from the National Institute of General Medical Science and the National Human Genome Research Institute.