11311 modules
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PHIL3036 2029-30
Self-Knowledge
We seem to know our own minds - our beliefs, desires, intentions, thoughts, feelings and sensations - in a distinctively secure and immediate way, without having to rely on observation of our own behaviour. Such self-knowledge seems different from knowledge of other people or of the world around us, and is arguably part of what is special about persons. Though self-knowledge is familiar and effortless, it is puzzling. This course will examine a range of philosophical problems associated with self-knowledge, such as: How do we come to know our own minds? What (if any) are the differences between self-knowledge and knowledge in other domains (e.g. knowledge of other people's minds)? What explains these differences? Can the answers to these questions be reconciled with plausible accounts of the objects of self-knowledge, i.e. mental states and their contents? Do recent findings in empirical psychology show that we are more ignorant about our own minds than we suppose? How is self-deception possible? -
FEEG3005 2030-31
Semester Abroad: Option 1 S1
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FEEG3005 2028-29
Semester Abroad: Option 1 S1
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FEEG3005 2027-28
Semester Abroad: Option 1 S1
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FEEG3005 2029-30
Semester Abroad: Option 1 S1
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FEEG3006 2028-29
Semester Abroad: Option 1 S2
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FEEG3006 2029-30
Semester Abroad: Option 1 S2
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FEEG3006 2027-28
Semester Abroad: Option 1 S2
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FEEG3006 2030-31
Semester Abroad: Option 1 S2
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BIOM2007 2028-29
Semiconductor Devices and Sensors
This module will introduce the concepts of semiconductor materials, devices, and sensors. You will develop a detailed understanding of the design, operating mechanisms and fabrication technology of semiconductor electronic/power electronic devices, optoelectronic devices, and sensors. You will also understand the physical principles and electrical characteristics of the semiconductor devices and sensors including the physical chemistry of the electrode-electrolyte interface. This module includes practical laboratories where you will explore the operating principles of MOS transistors and characterise Field Effect Transistor sensors.