Life Sciences

Sensory Function and Computation

Module code: C1157
Level 6
15 credits in spring semester
Teaching method: Lecture, Workshop, Seminar
Assessment modes: Coursework

Comparing the organisation of different sensory pathways reveals common principles for how the brain processes and transforms information. This gives rise to perception and action.

This module will help you understand those principles by exploring:

• key computations that sensory systems perform
• quantitative approaches for investigating the senses
• fundamental concepts in sensory coding that have arisen from those approaches.

You will develop career-relevant skills in critcal appraisal of research as well as analysis and interpretation of scientific datasets. 

Module learning outcomes

• Systematically identify the detailed layouts and structure of sensory pathways in the nervous system, and derive common principles from a comparative analysis.
• Critically appraise the current research approaches used to frame and determine the relationships between sensory system structure and function. those relationships
• Establish and analyse the main computational principles of sensory processing as reflected in neuronal activity.
• Analyse and interpret experimental or simulated data on sensory information processing by using quantitative techniques, identifying the most appropriate analysis approach for use.