As we enter an aging society, healthcare technologies have become increasingly important. With the emergence of artificial intelligence, optoelectronics with intelligent functions represents a disruptive breakthrough in biomedical industry with potential to improve the performance and functionality of medical devices. As such, the ability to acquire interdisciplinary knowledge is crucially important in nowadays. To address these needs, this course will provide you the key knowledge from fundamental sensing principles, biomedical applications, to new advances in bioinformatics and intelligent systems. Students will also gain experience on how to design and implement artificial intelligence to tackle real world sensing and imaging challenges in healthcare electronics and industry.
Academic Units | 3 |
Exam Schedule | Not Applicable |
Grade Type | Letter Graded |
Department Maintaining | EEE |
Prerequisites | Year 4 standing As we enter an aging society, healthcare technologies have become increasingly important. With the emergence of artificial intelligence, optoelectronics with intelligent functions represents a disruptive breakthrough in biomedical industry with potential to improve the performance and functionality of medical devices. As such, the ability to acquire interdisciplinary knowledge is crucially important in nowadays. To address these needs, this course will provide you the key knowledge from fundamental sensing principles, biomedical applications, to new advances in bioinformatics and intelligent systems. Students will also gain experience on how to design and implement artificial intelligence to tackle real world sensing and imaging challenges in healthcare electronics and industry. |
Index | Type | Group | Day | Time | Venue | Remark |
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0930
1030
1130
1230
1330
1430
1530
1630
1730
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