Observing Project. T-Shirt Design. A Sky Full of Stars

Dear writer, basically you just need to write half page of report. The rest of page should be project.
I located at Pennsylvania you probably need this info.
For requirement 1, just need to find a picture of t-shirt that professor didn't see before.
For requirement 2, find online.
For requirement 3, simply find a song with name and artist.
For requirement 4, follow the instruction.
For requirement 5, you can download several pic which not professional you know.
For requirement 6, don't care lol
150 northbrook lane，statecollege，PA

The main points of the project are for you to go outside, on one or several nights, when star viewing is good, recording the time, date, location and direction that you are observing; then, use the stars that you see to guide your project design.
Report
Each project must come with a 1/2 to 2 page, single spaced, 12-pt font summary. You can work in groups of up to 4 people. In the report, describe what you observed and when (include dates and locations both on ground and on the sky), or found on-line, why you chose that particular object. If you are doing a meme on a photograph from the web, write a paragraph about that particular object. Make sure to cite your sources. If you designed something, explain the meaning of your design.
You can turn in your report online, here on Canvas, or in person at the beginning of class.
Projects
Here are some project ideas:
1.1. T-shirt design
The design must be inspired by your observations, space and/or object we studied in class. You will turn in either an actual T-shirt, or a digital representation of one.
2. Meme (can be a video or a picture)
Find an astronomy image on-line, or take one yourself and write a meme. You can also create a video that includes something relating to astronomy and to the material we studied in class.
3. Song, Poem or Story & 4. Painting or visual art
Must be inspired by astronomy or space in general.
4. Tracking Satellites
This project can be a lot of fun. It is very easy to do and only takes a few minutes. You will be amazed at how many satellites we have orbiting our planet that are easy to see, especially from a dark observing site. You can obtain accurate predictions of visible satellite passes from the Heavens-Above website: www(dot)heavens-above(dot)com e
First, you must tell the website your EXACT observing location AND your time zone (GMT-5 US Eastern, unless you’re in another time zone). Select your location from the map under Configuration —> Select from Map, select your time zone, and then hit Submit. Back on the main page, click on "Daily predictions for brighter satellites." Then, select the minimum brightness. You can set this to "3.0” (smaller the brightness number, the brighter the satellite pass). You will see a listing of all of the satellite passes visible from that location on a particular night.
The azimuth’ tells you which NSEW direction to look (and the altitude tells you how high above the horizon to look). Once you have selected a satellite to observe you can have the web site produce a star chart for you if you’d like by clicking on the ‘Highest Point’ time. Go outside and observe the pass. Describe all details (brightness, speed - fast/slow, colors, random aircraft, etc.) as you watch. Remember, the smaller the brightness (magnitude) number, the brighter the satellite pass. The easiest satellite to observe is the International Space Station since it is one of produce a star chart for you if you’d like by clicking on the ‘Highest Point’ time. Go outside and observe the pass. Describe all details (brightness, speed - fast/slow, colors, random aircraft, etc.) as you watch. Remember, the smaller the brightness (magnitude) number, the brighter the satellite pass. The easiest satellite to observe is the International Space Station since it is one of the brightest objects in the sky. ISS is so bright you can see it from the middle of a city! (Click the "ISS” link on the main page to get a table of its passes.)
Observe at least 2 satellites using predictions from the web site (same night, different nights-doesn’t matter). Make a small summary table as part of your report that lists all the satellite passes you attempted to watch and which of those you successfully saw and which ones you missed.
5. Make your own Star Trails (with a cell phone)
You can download an app for your phone that will take long exposure time photos. Always start with simple pictures (5-10 min exposure just to make sure you can see stars), then you can work your way up to more difficult ones with longer exposure (maximum of 3-4 hour exposures of star trails). Please note that for long exposure (>30 min), you’ll need an extremely dark observing location so you don’t oversaturate your pictures with light pollution from manmade objects (street lamps, etc.).
You will have to search for phone apps by yourself and how best to use them for the purpose of creating star trails.
Submit your image(s) with your report. Describe each image including: name and location of objects, length of exposure, and what image processing (if any) you did. Write a description of the process and your experiences in obtaining these images.6. Your own idea (must talk to instructor for approval)