1 |
Biological Engineering and Programming DNA |
|
2 |
Abstraction: From DNA to Parts |
|
3 |
Abstraction: From Parts to Devices |
Assignment 1 out |
4 |
Device Modeling and Simplification |
|
5 |
Guest Lecture: Tom Knight |
Assignment 1 due |
6 |
Guest Lecture: Gerry Sussman |
|
7 |
Device Analysis |
Assignment 2 out |
8 |
Device Composition |
|
9 |
Decomposition of Complex Problems |
Assignment 2 due |
10 |
Devices, Revisited |
|
11 |
Genetic Devices and Device Modeling |
|
12 |
Discussion and Review |
|
|
Exam 1 |
|
13 |
Sequence Optimization |
|
14 |
DNA Detection and Identification |
Assignment 3 out |
15 |
Space and Time Systems |
|
16 |
Programming Space and Time Systems |
Assignment 3 due |
17 |
Programming Space and Time Systems (cont.) |
|
18 |
Growing Point Language |
Assignment 4 out |
19 |
"Crop Circle" Language |
|
20 |
Semester Review |
Assignment 4 due |
|
Exam 2 |
|
21 |
Course Evaluation and Wrap-Up |
|