| Computational Genomics: |
|
BIOMEDIN 214 |
Representation and algorithms for comp. biol. |
|
CS 262 |
Computational genomics |
|
GENE 211 |
Genomics |
|
STATS 345 |
Computational molecular biology |
|
STATS 166 |
Advanced bioinformatics |
|
BIOMEDIN 234 |
Biomedical genomics |
|
CS 279 |
Biological Networks |
|
CS 374 |
Algorithms in biology |
|
BIOCHEM 218 |
Computational molecular biology |
|
APPHYS 315 |
Methods in Computational Biology |
| Biology: |
|
DBIO 210 |
Developmental biology |
|
BIOSCI 113 |
Fundamentals of molecular evolution |
|
BIOSCI 160 |
Developmental biology |
|
BIOSCI 129A |
Cellular Dynamics I |
|
BIOSCI 136 |
Evolutionary paleobiology |
|
BIOSCI 109A |
The human genome and disease |
|
HUMBIO 182 |
Evolution of human disease |
|
BIOSCI 104 |
Advanced molecular biology |
|
HUMBIO 6 |
Human origins |
| Computer Science: |
|
CS 161 |
Design and analysis of algorithms |
|
CS 145 |
Introduction to databases |
| Data Analysis: |
|
CS 229 |
Machine learning |
|
STATS 200 |
Introduction to statistical inference |
|
STATS 191 |
Introduction to applied statistics |
|
STATS 315A-C |
Modern applied statistics |
|
EE 178 |
Probabilistic systems analysis |
|
EE 376A+B |
Information theory |
|
EE 364A+B |
Convex optimization |
| Basic Molecular Biology: |
|
GENE 203 |
Advanced genetics |
|
HUMBIO 3A |
Cell and developmental biology |
|
BIOSCI 41 |
Genetics, biochemistry and molecular biology |
| Basic Programming Skills: |
|
CS 106A+B |
Programming methodology + abstractions |
|
CS 106X |
Same as above, accelerated |
|
CS 107 |
Programming Paradigms |
|
CS 103X |
Discrete Structures (accelarated) |
| Basic Statistics: |
|
STATS 116 |
Theory of Probability |
|
MS&E 220 |
Probabilistic Analysis |
|
STATS 141 |
Biostatistics |
Notes