A lecture-based course surveying computational neuroscience, focusing on mathematical models and theoretical analysis to understand brain function. The course explores computational principles across different brain areas, including the visual cortex (object recognition), auditory cortex (spiking models), hippocampus (learning & memory), hippocampal-entorhinal complex (spatial navigation), basal ganglia (reinforcement learning), and prefrontal cortex (decision making).
4
UnitsOptional
Grading1, 2, 3
PasstimeGraduate students only
Level LimitLetters and science
CollegeClass had 3 programming assignments with EC and optional HW assignments. Programing assignments were pretty useless but HW is necessary because they're just like the exams. Exams are super long and focus on very minor details so you must know everything. Prof is really nice and lectures were interesting and easy to follow. Super organized class.
Don't see how anyone could have any complaints about this guy.
A fantastic professor who explains the requirements well. He is knowledgeable in his field and helps students understand and explore outside of lectures. The class is graded mainly on projects and tests. Homework is optional in this class.
This class had multiple choice exams and the programming assignments were easy, and lowest scores are dropped. You get to learn introductory computer vision topics and it is a fun experience overall.
I love professor Beyeler! Hes super nice and his lectures are very clear. His expectations for what you need to know is very clear as well. He made visual neuroscience very fun and interesting!
Great course! Enthusiastic lecturer