Spaces and symmetries feedback form
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During the course, I felt comfortable to share my ideas and ask questions to the instructor.
Completely disagree
Completely agre
Clear selection
I felt comfortable sharing my ideas with other students.
Completely disagree
Completely agree
Clear selection
The material was clearly presented.
Completely disagree
Completely agre
Clear selection
The instructor cleared up points of confusion.
Completely disagree
Completely agre
Clear selection
The instructor inspired interest in each week's topic.
Completely disagree
Completely agre
Clear selection
Generally speaking, how abstract did you find the material?
Not so abstract
Extremely abstract
Clear selection
Generally speaking, how hard did you find the exercises?
Too easy
Too hard
Clear selection
Did you prefer working in pairs or in groups?
Clear selection
Clear selection
I would have preferred...
More time spent on material
More time spent on exercises
Clear selection
Please rate the topics we covered in terms of how much you enjoyed them. (Leave blank if you didn't attend that class, or can't remember)
I hated it
I didn't like it so much
I thought it was fine
I thought it was good
I thought it was really good
I thought it was great
Absolutely loved it!
Week 1: Introduction to spaces and symmetries. Topology.
Week 2: Manifolds, knots and math software.
Week 3: Equivalence relations: how to glue in math.
Week 4: Classification of closed surfaces: the golden standard.
Week 5: Cellular homology: what is a hole?
Week 6: Projective geometry: to infinity and beyond!
Week 7: Differential geometry: how do you curve space?
Clear selection
Please rate the topics we covered in terms of how hard you found them. (Leave blank if you didn't attend that class)
Too easy
Easy
Easy-medium
Normal
Medium-hard
Hard but doable
Too hard
Week 1: Introduction to spaces and symmetries. Topology.
Week 2: Manifolds, knots and math software.
Week 3: Equivalence relations: how to glue in math.
Week 4: Classification of closed surfaces: the golden standard.
Week 5: Cellular homology: what is a hole?
Week 6: Projective geometry: to infinity and beyond!
Week 7: Differential geometry: how do you curve space?
Clear selection
If you had to choose one topic that you found interesting among the ones we saw in class, what would it be?
Do you have any additional comments or suggestions for future versions of this course?
Before the course, how likely did you feel you were to become a mathematician?
Very unlikely
Very likely
Clear selection
After the course, how likely do you feel you are to become a mathematician?
Very unlikely
Very likely
Clear selection
Any final comments for the instructor?
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