I changed the drawing to a sun with sunglasses.

I felt like a kid having fun. Originally, I was going to
try creating the dragon that is the logo from the school I
just left, but I realized I didn't have a way to fill in
the outline I created. I pivoted to drawing a sun, because
the star made me think about angles. I realized as I was drawing
the dodecagon that I was thinking about the exterior angles
of the polygon instead of the interior angles--this, and having
to think about the angles with respect to the orientation of
the turtle with right and left, made me make quite a few errors,
but I found that I enjoyed fixing it and getting closer to the
image I wanted. The whole process reminded me of when I was
learning how to use NetLogo for the first time in high school!

On a side note, after I was finished, I noticed I repeated
certain lines a number of times. It wasn't too bad to write,
since I could just copy and paste, but it felt like the right
moment to learn how to write a for loop--specifically in Python,
since I've done it in other languages before--and I ended up
googling how to and replacing the repeated lines with them.
Although I knew I could have written for loops in the first
place as opposed to changing the code once I had something that
worked  around with this lab, I personally found it helpful to
copy and paste a few times so I could make sure the loop body
would actually accomplish what I wanted it to without waiting
for the whole loop to actually finish drawing.

drawing.py

@@ -1,21 +1,136 @@
 # drawing.py
-# ----------
-# By ______(you!)________
+# Sun with sunglasses
+# By Cory Chung
 #
-# This is a drawing of ???.
+# This is a drawing of a sun with sunglasses.
 
 
 from turtle import *
 
+# ORIGINAL
+
+# forward(100)
+# right(360 * 2 / 5)
+# forward(100)
+# right(360 * 2 / 5)
+# forward(100)
+# right(360 * 2 / 5)
+# forward(100)
+# right(360 * 2 / 5)
+# forward(100)
+# right(360 * 2 / 5)
+
+# ASSIGNMENT
+
+# set initial position higher, but keep original orientation
+penup()
+left(90)
+forward(200)
+left(90)
+forward(50)
+right(180)
+pendown()
+
+# begin by drawing a dodecagon
+for i in range(11):
+    forward(100)
+    right(30)
 forward(100)
-right(360 * 2 / 5)
+left(30) # restore original orientation
+
+# create equilateral triangles on the edges
+for i in range(11):
+    forward(100)
+    right(120)
+    forward(100)
+    left(90)
 forward(100)
-right(360 * 2 / 5)
+right(120)
+forward(100) # don't go left because we don't need to draw any more triangles
+
+# move into a position to draw left half of sunglasses
+
+penup()
+right(120)
 forward(100)
-right(360 * 2 / 5)
+left(30)
+forward(50)
+
+# draw left half of sunglasses
+
+pendown()
+left(60)
+forward(50)
+left(60)
+for i in range(5):
+    forward(100)
+    right(90)
+forward(50)
+left(90)
+forward(67)
+
+# get into position to draw right half of sunglasses
+
+right(180)
+forward(67)
+right(90)
+forward(50)
+left(90)
 forward(100)
-right(360 * 2 / 5)
+right(60)
+forward(50)
+right(60)
+forward(50)
+right(30)
+for i in range(3):
+    forward(100)
+    right(30)
+forward(50)
+
+# draw right half of sunglasses
+
+right(60)
+forward(50)
+right(60)
+for i in range(5): 
+    forward(100)
+    left(90)
+forward(50)
+right(90)
+forward(67)
+
+# position to make a smile
+
+right(180)
+forward(67)
+left(90)
+forward(50)
+right(90)
 forward(100)
-right(360 * 2 / 5)
+left(60)
+forward(50)
+left(60)
+forward(50)
+left(30)
+forward(100)
+left(30)
+forward(50)
+left(90)
+penup() # we don't want to have the pen down while we reposition the turtle
+forward(300)
+
+# draw smile
+
+pendown()
+left(90)
+forward(50)
+left(30)
+forward(50)
+right(180)
+forward(50)
+right(30)
+forward(100)
+right(30)
+forward(50)
 
 input()