Bioinformatics Sample Program
These are example course schedules only. Ideal schedules will vary between students
based on interests and past coursework, and some of the classes listed may not be
offered every year. Students should discuss their own course schedules with their
advisors.
Year 1, Fall (Program in Biomedical Sciences - PIBS)
COURSE |
TITLE |
HOURS |
Bioinformatics 500 |
Success Skills in Bioinformatics |
1 |
Bioinformatics 575 |
Programming Laboratory in Bioinformatics |
3 |
Biostatistics 601† |
Probability and Distribution Theory† |
4 |
Human Genetics 541 |
Molecular Genetics |
3 |
PIBS 503 |
Research Responsibilities and Ethics |
1 |
PIBS 600 |
Research Rotation |
1-3 |
PIBS 800 |
PIBS Seminar Series |
1 |
Year 1, Winter (PIBS)
COURSE |
TITLE |
HOURS |
Bioinformatics 529 |
Bioinformatics Concepts and Algorithms |
3 |
Biostatistics 602 |
Biostatistical Inference† |
4 |
Bioinformatics 602 |
Bioinformatics Journal Club |
1 |
Human Genetics 542 |
Molecular Basis of Human Genetic Disease |
3 |
PIBS 504 |
Rigor, Reproducibility, and Transparency |
1 |
PIBS 600 |
Research Rotation |
1-3 |
PIBS 800 |
PIBS Seminar Series |
1 |
Year 2, Fall (GSTP)
COURSE |
TITLE |
HOURS |
Bioinformatics 504 |
Rigor, Reproducibility, and Transparency |
1 |
Bioinformatics 990 |
Research |
3 |
Biostatistics 666 |
Statistical Models and Numerical Methods in Human Genetics |
3 |
Statistics 500 |
Statistical Learning I: Regression |
3 |
Bioinformatics 603 |
Bioinformatics Journal Club |
1 |
Year 2, Winter (GSTP)
COURSE |
TITLE |
HOURS |
Bioinformatics 545 |
High-Throughput Molecular Genomic and Epigenomic Data Analysis |
3 |
Bioinformatics 990 |
Research |
3 |
Statistics 503 |
Applied Multivariate Modeling |
3 |
Year 3, Fall (GSTP)
Elective course from another department (usually statistics if also pursuing a Statistics
MS)
Year 3, Winter (GSTP)
COURSE |
TITLE |
HOURS |
Biostatistics 866 |
Advanced Topics in Genetic Modeling |
3 |
†Depending on their previous mathematical background and training, students might
consider substituting Statistics 425 and 426 for Biostatistics 601 and 602.