Course Information
Price
HKD 20,100
CEF Reimbursable
CEF Reimbursable
Study Mode
Location
-
Course Overview
Assessment Methods / 評核方式
(A) Assessment Items and Their Weightings: (i) Problem-based learning: 10% (ii) Mid-term: 20% (iii) Presentation / Project: 20% (iv) Examination: 50% (B) Completion Requirements and CEF Reimbursement Requirements: (1) Attendance Requirement: 70% (2) Overall passing mark: 50%
Entry Requirement / 入學要求
1. Hold a degree in engineering, science, or equivalent; or 2. Be qualified for graduate membership of a professional institution; or 3. Other degrees will be considered on a case-by-case basis by a committee of experts.
Instructor's Qualifications / 導師資歷
(1) Educational qualification: A Ph.D. in engineering AND (2) Years of teaching experience: 5 years
QR Number / 資歷名冊登記號碼
18/000532/L6
QF Level / 資歷架構級別
6
CEF Registration Invalid From / 基金課程登記失效日期
17-JUN-29
(A) Assessment Items and Their Weightings: (i) Problem-based learning: 10% (ii) Mid-term: 20% (iii) Presentation / Project: 20% (iv) Examination: 50% (B) Completion Requirements and CEF Reimbursement Requirements: (1) Attendance Requirement: 70% (2) Overall passing mark: 50%
Entry Requirement / 入學要求
1. Hold a degree in engineering, science, or equivalent; or 2. Be qualified for graduate membership of a professional institution; or 3. Other degrees will be considered on a case-by-case basis by a committee of experts.
Instructor's Qualifications / 導師資歷
(1) Educational qualification: A Ph.D. in engineering AND (2) Years of teaching experience: 5 years
QR Number / 資歷名冊登記號碼
18/000532/L6
QF Level / 資歷架構級別
6
CEF Registration Invalid From / 基金課程登記失效日期
17-JUN-29
What You’ll Learn
(1) Describe basic concepts relevant with the biomedical instrumentation system (6 hours) (2) Discuss the working principles of various important components (various biological, chemical and physical transducers) underpinning in important bioinstrumentation systems (16 hours) (3) Interpret the integration and convergence concepts for the design of biomedical sensors and bioinstrumentation systems (7 hours) (4) Apply the system-level integration and scaling principles to design novel bioinstrumentation systems for multifunctional applications (10 hours)
