2020(S09) Lecture:week 7: Difference between revisions
From OpenWetWare
Jump to navigationJump to search
No edit summary |
|||
Line 12: | Line 12: | ||
*# BoostTheBody | *# BoostTheBody | ||
== | ==Challenge: Abstraction== | ||
#Are there tools or methods for breaking down a complicated problem into simpler parts? | |||
##Watch animation from BioBuilder about abstraction of Arsenic Sensor System | |||
##Walk through abstraction hierarchy in synthetic biology | |||
#Check out the Polkadorks [http://parts.mit.edu/wiki/index.php/Image:Intro1-EcolibratorMovie.gif animation] | |||
# describe system in plain language | |||
# list devices needed to implement system | |||
# can we quickly draw a device-level system diagram? | |||
=<center>Week 7 Studio</center>= | =<center>Week 7 Studio</center>= | ||
==Part 1: <font color = blue>Debrief of yesterday's Ring Oscillator craziness</font color>== | ==Part 1: <font color = blue>Debrief of yesterday's Ring Oscillator craziness</font color>== | ||
==Part 2: <font color = blue>Get busy!</font color>== | ==Part 2: <font color = blue>Get busy!</font color>== | ||
Line 35: | Line 31: | ||
==For next time== | ==For next time== | ||
#Check out the [http://parts.mit.edu/wiki/index.php/IAP2004:Polkadorks full report] for the Polkadork's IAP project. | #Check out the [http://parts.mit.edu/wiki/index.php/IAP2004:Polkadorks full report] for the Polkadork's IAP project. | ||
=<center>Week 7 Thursday</center>= | =<center>Week 7 Thursday</center>= | ||
== | ==Challenge:<font color = blue>Blinkers!!!</font color>== | ||
* | *Working in your project teams, develop a design for a genetically encoded ring oscillator. Your team's written design portfolio should include (a) a high level system diagram, (b) a full devices and parts list, (c) a plan for synthesizing or acquiring all necessary DNA parts, (d) a plan for testing the most important components of your oscillator, (e) a plan for assembling all parts or devices into a final system. You have 1 hour. Your team's DNA synthesis budget is $1000. | ||
**NOTE: This activity features an "All questions answered" work environment. Ask questions. | |||
**HINT: Your DNA synthesis budget may not be large enough to pay for synthesis of all the parts needed to make an oscillator. | |||
**HINT: Your team may not have enough time to design everything needed to make a ring oscillator. | |||
**HINT: Spend 2 minutes right now thinking about all the things that need to come together over the next hour for your team to be successful. | |||
#Question. How can you check if everybody on your team understands what is going on? |
Revision as of 08:49, 13 March 2009
<html> <style>#en2020 a {color:black;}</style> </html>
Home | Lecture and Studio schedule |
20.902 Reading Schedule | |
Week 1 Week 2 Week 3 Week 4 Week 5 Week 6 Week 7 | |||
Week 8 Week 9 Week 10 Week 11 Week 12 Week 13 Week 14 |
Expectations | Guidelines: 3 Ideas Presentation | Guidelines: Tech Spec Review | Guidelines: Final Presentations |
Team Building Resources | Teacher Resources |
Week 7 Tuesday
Project Selection Status?
- Brief report of each team's project selection status.
- oncoCURES
- ENERGYneering
- TrashToTreasure
- Neurohackers
- Growth!
- BoostTheBody
Challenge: Abstraction
- Are there tools or methods for breaking down a complicated problem into simpler parts?
- Watch animation from BioBuilder about abstraction of Arsenic Sensor System
- Walk through abstraction hierarchy in synthetic biology
- Check out the Polkadorks animation
- describe system in plain language
- list devices needed to implement system
- can we quickly draw a device-level system diagram?
Week 7 Studio
Part 1: Debrief of yesterday's Ring Oscillator craziness
Part 2: Get busy!
- Start working on your team's project.
For next time
- Check out the full report for the Polkadork's IAP project.
Week 7 Thursday
Challenge:Blinkers!!!
- Working in your project teams, develop a design for a genetically encoded ring oscillator. Your team's written design portfolio should include (a) a high level system diagram, (b) a full devices and parts list, (c) a plan for synthesizing or acquiring all necessary DNA parts, (d) a plan for testing the most important components of your oscillator, (e) a plan for assembling all parts or devices into a final system. You have 1 hour. Your team's DNA synthesis budget is $1000.
- NOTE: This activity features an "All questions answered" work environment. Ask questions.
- HINT: Your DNA synthesis budget may not be large enough to pay for synthesis of all the parts needed to make an oscillator.
- HINT: Your team may not have enough time to design everything needed to make a ring oscillator.
- HINT: Spend 2 minutes right now thinking about all the things that need to come together over the next hour for your team to be successful.
- Question. How can you check if everybody on your team understands what is going on?