生物醫學工程專題.pdf

Major Programme: Master of Science in Microelectronics & Master of Philosophy in Microelectronics □ CM – Compulsory Major □ L&S – Languages and Skills □ CPE – Community and Peer Education □ * GE – General Education Course Type:  RE – Required Elective Course Title: (in Chinese and English) Special Topics in Biomedical Engineering Suggested 生物醫學工程專題 Year of Study: Year 1 Duration:  Semester Course □ Yearly Course Credit Units: 3 Grading System:  Letter Grade □ P/NP Pre-requisite: None Medium of Instruction: Course Description: (if any) □ MI – Minor □ FE – Free Elective English This course is an introductory course on multidisciplinary topics covering microelectronics, biomedical engineering, and digital microfluidics. As a special topic course, it will focus on the principles and biomedical applications of digital microfluidics, which utilizes electronic signal to manipulate liquid droplets on an array of micro-electrodes. The course also covers the introduction of the fabrication technology in clean room related to MEMS and soft-lithography. The coating and etching techniques on silicon wafers or glass chips will be introduced and practiced in this course. This course enables students to have:  Acquire the state of the art knowledge in the development of biomedical engineering  Get information of new technologies in the field of biomedical engineering  Understand the working principles of microfluidics, including PDMS based channel microfluidics and electronic based digital microfluidics  Acquire the fabrication techniques of silicon- or glass-based micro-electrode fabrication and 3D pattern on-chip.  Be aware of the various biological applications of biomedical technologies  Develop a self-learning capability  Initiate a multidisciplinary research mind Intended Learning Outcomes (ILO): Course Content: (topic outline) Template revised on 20 Oct 2017 Others (please specify) Listening & Oral Assessments / tests % Reading & Writing Assessments / tests 50 Company visits Others: Project Field study % Internship 0 Service learning Examination Exercises & problems % Writing Assignment 0 Group discussions Test(s) Group project / paper % Individual project / paper 0 Student Presentation Assignment(s) Role Playing Class Participation / Discussion ___50___% Case Study Major Assessment Methods: √ √ -Introduction of biomedical engineering -Principles and applications of microfluidics on biomedical engineering -Principles of electrowetting on dielectric -Digital microfluidics -Lab practices in clean room 1