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Explain the assessment pattern for the Biomedical Electronic Engineering module at ECE 5534.
Explain the assessment pattern for the Biomedical Electronic Engineering module at ECE 5534.
The assessment pattern includes class participation (5%), assignments (10%), quizzes (15%), unseen mid-term exam (20%), and unseen final exam (40%).
What are the course learning outcomes related to the physiology, anatomy, and cardiovascular dynamics of biological bodies?
What are the course learning outcomes related to the physiology, anatomy, and cardiovascular dynamics of biological bodies?
The course learning outcomes include describing and recognizing the physiology, anatomy, and cardiovascular dynamics of biological bodies, as well as identifying and analyzing electric signals produced from biological bodies.
What are the physiological transducers mentioned in the course learning outcomes?
What are the physiological transducers mentioned in the course learning outcomes?
The physiological transducers mentioned include those for bioelectric potentials, cardiovascular measurements, respirator and pulmonary measurements, and rehabilitation.
Who is the author of the reference text 'Biomedical Instrumentation and Measurements'?
Who is the author of the reference text 'Biomedical Instrumentation and Measurements'?
What are the useful websites provided for the Biomedical Electronic Engineering module?
What are the useful websites provided for the Biomedical Electronic Engineering module?
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Study Notes
Introduction to Biomedical Engineering
- Course code: ECE 5534
- Module name: Biomedical Electronic Engineering
Assessment Pattern
- Class participation: 5%
- Assignments: 10%
- Quizzes: 15%
- Unseen Mid-Term Exam: 20%
- Unseen Final Exam: 40%
Course Learning Outcomes
LO1: Physiology, Anatomy, and Cardiovascular Dynamics
- Recognize and describe the physiology, anatomy, and cardiovascular dynamics of biological bodies
- Identify and analyze electric signals produced from biological bodies, including:
- Resting potential
- Action potential
- Bioelectric potentials
- Electrode theory
- Bipolar and unipolar electrodes
- Surface electrodes
- Physiological transducers
LO2: Medical Instruments and Measurements
- Analyze and measure the performance of medical instruments responsible for logging:
- Bioelectric potential and cardiovascular measurements
- Respirator and pulmonary measurements and rehabilitation
- Pa (other relevant medical instruments and measurements)
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