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Update Infomation Release Plan

MCC ETRO102 Schedule

This schedule is from the draft provided by Mark Hoffman in mid-May.  Steve has added Dates according to the UH Academic calendar. 

 

The Inquiry Activity  column was filled in arbitrarily.  Please consult your group and the other design team leaders to settle on a preferred set of dates.   The constraints are: 

  • each inquiry group gets two consecutive class periods (Tues/Thurs is probably preferred over Thurs/Tues)
  • Mark wants at least one class period of "buffer space" between activities

 

Steve has put down two suggested dates for  the Spectrometer Design team, who have the additional constraint that Steve and Scott are probably unavailable throughout November.

 

You will notice that the class activities column is out of sync with the inquiry activities and with the calendar dates (e.g. there won't be any class on Thanksgiving).  You can use this column as a rough guide for the sequence of the course, but expect the details to change.  Presumably Mark and John will adjust their class activity schedule once  our inquiry activity dates are set.

 

WEEK DAY DATE INQUIRY ACTIVITY CLASS ACTIVITIES
1 Tue Aug 26   Introduction to the course - requirements and philosophy
icebreaker activity, intro to inquiry, intro to lab gear
1 Thu     Introduction to the course
inquiry activity, presentations, teamwork, posters, etc.
2 Tue Sep 2    Geometric optics and image formation
inquiry activity – camera obscura, images, light travels in straight lines
2 Thu     Geometric optics and image formation
inquiry activity – lenses, aperture, focus, and focal length
3 Tue Sep 9   The eye as an optical instrument
inquiry/activity???
3 Thu      review eye activity and summarize
lenses, eyeglasses, rods and cones (filters), optic nerve (data transmission)
4 Tue Sep 16  Spectrometer  Design ??  Geometric optics and image formation
inquiry activity – magnification
4 Thu    Spectrometer  Design ??  Instrumentation designs with lenses
Class activity – build and assemble a simple refracting telescope
5 Tue Sep 23   5 Tuesday Telescope viewing and imaging activity
nature of images (reversed), shapes of mirrors, integrating into optical train with lenses
5 Thu      Instrumentation designs with mirrors
intro to optical telescope configurations, mounts, drive systems
6 Tue Sep 30 Digital Image Files  Exam 1
6 Thu   Digital Image Files  Characteristics of digital images
Katie's image file activity/inquiry
7 Tue Oct 7    Characteristics of digital images
Katie's image file activity/inquiry
7 Thu      CCD cameras
Po'o'kela activity: how CCD cameras work
8 Tue Oct 14 CCD Prototype  Characteristics of digital images and CCD cameras
synthesis of both activities and introduction to imaging and image processing
8 Thu   CCD Prototype  Color
inquiry - light, color, and filters
9 Tue Oct 21    Color
inquiry - light, color, and filters
9 Thu      Imaging with filters ( CCD and filter wheel)
activity: ASTR110L image acquisition activity
10 Tue Oct 28  Spectrometer  Design ??  Imaging with filters ( CCD and filter wheel)
activity: ASTR110L image processing activity
10 Thu    Spectrometer  Design ??  Exam 2
11 Tue Nov 4  (veteran's day)  Haleakala Telescopes
field trip to Faulkes and HAA site (others?) - introduction to remote observing
11 Thu      Imaging with Faulkes Telescope
process Faulkes images for presentation
12 Tue Nov 11    Remote telescope and instrumentation control
set up, configure, and run instrumentation system in ECET lab
12 Thu      Remote telescope and instrumentation control
set up, configure, and run instrumentation system in ECET lab
13 Tue Nov 18    Telescope treasure hunt
activity:  research where they are, what they do, and the instrumentation used; system and instrumentation questions organized
13 Thu      Telescope treasure hunt
activity:  poster and oral presentations
14 Tue Nov 25    Telescope treasure hunt
synthesis (instrumentation and AO?)
14 Thu   (THANKSGIVING)  An example of astronomical data collection and analysis
activity:  Patrick's variable star activity
15 Tue Dec 2    An example of astronomical data collection and analysis
activity:  variable stars, exoplanets, light curves (how to get the best possible images/data?)
15 Thu      Telescope design and engineering
integrating components into a larger system
16 Tue Dec 9    Telescope design and engineering
role of the engineer and technician - design activity???
16 Thu Dec 11 (Last day of instruction) Akamai Program
internship and career opportunities
17 Tue      Final Exam