|
8
CURRENT
|
jmsaavedra |
April 22, 2013 06:27
| almost 11 years ago
Getting Started
Prior to class: Facilitator reviews blog posts before class, and identifies 5 - 10 great research site proposals.
In class activity A: Sensor location review
- Review the student postings on publiclaboratory.org,
- Recap what makes the sites suitable or not,
- Discuss viability of sites in terms of physical access & power.
In class activity B: Close look at the sensor units
- Point out what each component is measuring
- Explain how each component works
- Explain how data is being recorded, and the clock.
In class activity C: Assemble one unit
- Plug in the power jack,
- Insert the SD card,
- Screw the board into the housing.
- Review what is needed to install a sensor unit properly.
In class activity D: Class installs and connects multiple (2 - 5) units in the classroom or just outside of the classroom, for practice and experience.
Week 2 Assignment:
Take home sensor units
- 6 students in each class (12 total) are chosen to take home sensor units in the first round
- In class, specify on airqualityegg.com where the sensors will be installed
- Students bring sensors home and install them in their homes
- These 12 students make posts on the blog detailing where they installed their sensor
- Other students make blog posts recapping what they learned in class
Post includes:
- 1 image of their sensor unit plugged in and turned on
- At least 2 images of what is around the sensor
- Writing about what challenges they encountered
- Writing other observations
Sensors will remained installed for 2 weeks in this location.
|
Revert |
|
|
7
|
liz |
February 12, 2013 18:22
| about 11 years ago
Getting Started
Prior to class: Facilitator reviews blog posts before class, and identifies 5 - 10 great research site proposals.
In class activity A: Sensor location review
- Review the student postings on publiclaboratory.org,
- Recap what makes the sites suitable or not,
- Discuss viability of sites in terms of physical access & power.
In class activity B: Close look at the sensor units
- Point out what each component is measuring
- Explain how each component works
- Explain how data is being recorded, and the clock.
In class activity C: Assemble one unit
- Plug in the power jack,
- Insert the SD card,
- Screw the board into the housing.
- Review what is needed to install a sensor unit properly.
In class activity D: Class installs and connects multiple (2 - 5) units in the classroom or just outside of the classroom, for practice and experience.
Week 2 Assignment:
Take home sensor units
- 6 students in each class (12 total) are chosen to take home sensor units in the first round
- In class, specify on airqualityegg.com where the sensors will be installed
- Students bring sensors home and install them in their homes
- These 12 students make posts on the blog detailing where they installed their sensor
- Other students make blog posts recapping what they learned in class
Post includes:
- 1 image of their sensor unit plugged in and turned on
- At least 2 images of what is around the sensor
- Writing about what challenges they encountered
- Writing other observations
Sensors will remained installed for 2 weeks in this location.
|
Revert |
|
|
6
|
liz |
February 12, 2013 16:50
| about 11 years ago
Getting Started
Prior to class: Facilitator reviews blog posts before class, and identifies 5 - 10 great research site proposals.
In class activity A: Sensor location review
- Review the student postings on publiclaboratory.org,
- Recap what makes the sites suitable or not,
- Discuss viability of sites in terms of physical access & power.
In class activity B: Close look at the sensor units
- Point out what each component is measuring
- Explain how each component works
- Explain how data is being recorded, and the clock.
In class activity C: Assemble one unit
- Plug in the power jack,
- Insert the SD card,
- Screw the board into the housing.
- Review what is needed to install a sensor unit properly.
In class activity D: Class installs and connects multiple (2 - 5) units in the classroom or just outside of the classroom, for practice and experience.
Week 2 Assignment:
Take home sensor units
- 6 students in each class (12 total) are chosen to take home sensor units in the first round
- In class, specify on airqualityegg.com where the sensors will be installed
- Students bring sensors home and install them in their homes
- These 12 students make posts on the blog detailing where they installed their sensor
- Other students make blog posts recapping what they learned in class
Post includes:
- 1 image of their sensor unit plugged in and turned on
- At least 2 images of what is around the sensor
- Writing about what challenges they encountered
- Writing other observations
Sensors will remained installed for 2 weeks in this location.
|
Revert |
|
|
5
|
liz |
February 12, 2013 16:50
| about 11 years ago
Getting Started
Prior to class: Facilitator reviews blog posts before class, and identifies 5 - 10 great research site proposals.
In class activity A: Sensor location review
- Review the student postings on publiclaboratory.org,
- Recap what makes the sites suitable or not,
- Discuss viability of sites in terms of physical access & power.
In class activity B: Close look at the sensor units
- Point out what each component is measuring
- Explain how each component works
- Explain how data is being recorded, and the clock.
In class activity C: Assemble one unit
- Plug in the power jack,
- Insert the SD card,
- Screw the board into the housing.
- Review what is needed to install a sensor unit properly.
In class activity D: Class installs and connects multiple (2 - 5) units in the classroom or just outside of the classroom, for practice and experience.
Week 2 Assignment:
Take home sensor units
- 6 students in each class (12 total) are chosen to take home sensor units in the first round
- In class, specify on airqualityegg.com where the sensors will be installed
- Students bring sensors home and install them in their homes
- These 12 students make posts on the blog detailing where they installed their sensor
- Other students make blog posts recapping what they learned in class
Post includes:
- 1 image of their sensor unit plugged in and turned on
- At least 2 images of what is around the sensor
- Writing about what challenges they encountered
- Writing other observations
Sensors will remained installed for 2 weeks in this location.
|
Revert |
|
|
4
|
liz |
February 12, 2013 16:47
| about 11 years ago
Getting Started
Prior to class: Facilitator reviews blog posts before class, and identifies 5 - 10 great research site proposals.
In class activity A: Sensor location review
- Review the student postings on publiclaboratory.org,
- Recap what makes the sites suitable or not,
- Discuss viability of sites in terms of physical access & power.
In class activity B: Close look at the sensor units
- Point out what each component is measuring
- Explain how each component works
- Explain how data is being recorded, and the clock.
In class activity C: Assemble one unit
- Plug in the power jack,
- Insert the SD card,
- Screw the board into the housing.
- Review what is needed to install a sensor unit properly.
In class activity D: Class installs and connects multiple (2 - 5) units in the classroom or just outside of the classroom, for practice and experience.
Week 2 Assignment:
Take home sensor units
- 6 students in each class (12 total) are chosen to take home sensor units in the first round
- In class, specify on airqualityegg.com where the sensors will be installed
- Students bring sensors home and install them in their homes
- These 12 students make posts on the blog detailing where they installed their sensor
- Other students make blog posts recapping what they learned in class
Post includes:
- 1 image of their sensor unit plugged in and turned on
- At least 2 images of what is around the sensor
- Writing about what challenges they encountered
- Writing other observations
Sensors will remained installed for 2 weeks in this location.
|
Revert |
|
|
3
|
liz |
February 11, 2013 22:17
| about 11 years ago
Getting Started
Prior to class: Facilitator reviews blog posts before class, and identifies 5 - 10 great research site proposals.
In class activity A: Sensor location review
- Review the student postings on publiclaboratory.org,
- Recap what makes the sites suitable or not,
- Discuss viability of sites in terms of physical access & power.
In class activity B: Close look at the sensor units
- Point out what each component is measuring
- Explain how each component works
- Explain how data is being recorded, and the clock.
In class activity C: Assemble one unit
- Plug in the power jack,
- Insert the SD card,
- Screw the board into the housing.
- Review what is needed to install a sensor unit properly.
In class activity D: Class installs and connects multiple (2 - 5) units in the classroom or just outside of the classroom, for practice and experience.
Week 2 Assignment:
Take home sensor units
- 6 students in each class (12 total) are chosen to take home sensor units in the first round
- In class, specify on airqualityegg.com where the sensors will be installed
- Students bring sensors home and install them in their homes
- These 12 students make posts on the blog detailing where they installed their sensor
- Other students make blog posts recapping what they learned in class
Post includes:
- 1 image of their sensor unit plugged in and turned on
- At least 2 images of what is around the sensor
- Writing about what challenges they encountered
- Writing other observations
Sensors will remained installed for 2 weeks in this location.
|
Revert |
|
|
2
|
liz |
February 11, 2013 22:03
| about 11 years ago
Getting Started
Prior to class: Facilitator reviews blog posts before class, and identifies 5 - 10 great research sites from the previous week.
In class activity A: Sensor location review
- Review the student postings on publiclaboratory.org,
- Recap what makes the sites suitable or not,
- Discuss viability of sites in terms of physical access & power.
In class activity B: Close look at the sensor units
- Note what each component is measuring
- Explain how each component works
- Explain how data is being recorded
In class activity C: Assemble one unit
- Plug in the power jack,
- Insert the SD card,
- Screw the board into the housing.
- Review what is needed to install a sensor unit properly.
In class activity D: Class installs and connects multiple (2 - 5) units in the classroom or just outside of the classroom, for practice and experience.
Week 2 Assignment:
Take home sensor units
- 6 students in each class are chosen to take home sensor units in the first round
- In class, specify on the COSM webmap where the sensors will be installed
- Students bring sensors home and install them in their homes.
- These 12 students make a post on the blog detailing where they installed their sensor
Post includes:
- 1 image of their sensor unit operating
- At least 2 images of what is around the sensor
- Writing about what challenges they encountered
- Writing other observations
Sensors will remained installed for 2 weeks in this location.
|
Revert |
|
|
1
|
liz |
February 11, 2013 22:02
| about 11 years ago
Getting Started
Prior to class: Facilitator reviews blog posts before class, and identifies 5 - 10 great research sites from the previous week.
In class activity A: Sensor location review
- Review the student postings on publiclaboratory.org,
- Recap what makes the sites suitable or not,
- Discuss viability of sites in terms of physical access & power.
In class activity B: Close look at the sensor units
- Note what each component is measuring
- Explain how each component works
- how is data being recorded
In class activity C: Assemble one unit
- Plug in the power jack,
- Insert the SD card,
- Screw the board into the housing.
- Review what is needed to install a sensor unit properly.
In class activity D: Class installs and connects multiple (2 - 5) units in the classroom or just outside of the classroom, for practice and experience.
Week 2 Assignment:
Take home sensor units
- 6 students in each class are chosen to take home sensor units in the first round
- In class, specify on the COSM webmap where the sensors will be installed
- Students bring sensors home and install them in their homes.
- These 12 students make a post on the blog detailing where they installed their sensor
Post includes:
- 1 image of their sensor unit operating
- At least 2 images of what is around the sensor
- Writing about what challenges they encountered
- Writing other observations
Sensors will remained installed for 2 weeks in this location.
|
Revert |
|
|
0
|
liz |
February 11, 2013 22:01
| about 11 years ago
Getting Started
Prior to class: Facilitator reviews blog posts before class, and identifies 5 - 10 great research sites from the previous week.
In class activity A: Sensor location review
- Review the student postings on publiclaboratory.org,
- Recap what makes the sites suitable or not,
- Discuss viability of sites in terms of physical access & power.
Teachers select which locations will be the first sites for sensor installation.
In class activity B: Introduction to the sensor units
Open and look inside sensor units:
* Note what each component is measuring
* Explain how each component works
* how is data being recorded
In class activity C: Assemble one unit
- Plug in the power jack,
- Insert the SD card,
- Screw the board into the housing.
- Review what is needed to install a sensor unit properly.
In class activity D: Class installs and connects multiple (2 - 5) units in the classroom or just outside of the classroom, for practice and experience.
Week 2 Assignment:
Take home sensor units
- 6 students in each class are chosen to take home sensor units in the first round
- In class, specify on the COSM webmap where the sensors will be installed
- Students bring sensors home and install them in their homes.
- These 12 students make a post on the blog detailing where they installed their sensor
Post includes:
- 1 image of their sensor unit operating
- At least 2 images of what is around the sensor
- Writing about what challenges they encountered
- Writing other observations
Sensors will remained installed for 2 weeks in this location.
|
Revert |
|