Course Syllabus

Course Information：

Year-Semester	Course Number	Course Name	Phase	Credits	Hours	Required/Elective	Instructor	Class	Student NO.	Withdraw	Note
Spring Semester Year 2024	331811	Introduction to Electro-Medical Engineering	1	3.0	3	★	Jyuhn-Hurng KE	GME IMMA	12	1	機電所和機械自動化外生班合開,限50人

Course Plan：

Instructor	Jyuhn-Hurng KE
Email	Maning_98@yahoo.com
Last Updated	2024-05-23 12:11:09
Course Objective	With the aging population trend, healthcare-related industries are already witnessing significant growth, and biomedical engineering plays a crucial role in this expanding market. Biomedical engineering is an interdisciplinary field that leverages various engineering knowledge and technologies to contribute to biological research. Its primary goal is to provide information beneficial for the diagnosis, treatment, and prevention of diseases in medicine. Within the broad category of biomedical engineering, our focus will be on the field of medical electrical engineering, particularly in laser medicine. This specialization aims to offer information that aids in diagnosis and assists in the treatment and prevention of diseases. Laser technology, recognized as one of the three great inventions of the 20th century, has found widespread applications in various medical fields. This course will delve into the following topics: 1. Basic principles of laser 2. Diverse applications of laser in medicine 3. Laser applications in dentistry 4. PBM PhotoBioModulation applications in Medicine and Dentistry 5. Advanced thesis writing in laser medicine Join us to explore the cutting-edge advancements and applications of laser technology in the medical field.
Course Schedule	2/21 Introduction to Medical-Electrical Engineering 2/28 National holiday, one day off 3/6 Fundamentals of Medical Electronics 3/13 Basic principles of lasers 3/20 Applications of laser in aesthetic medicine 3/27 Applications of Laser Dentistry 4/3 Applications of Low-Level Laser Therapy and PBM 4/10 Applications of PBM (PhotoBioModulation) 4/17 Midterm exam 4/24 Laser operation and clinical demonstration 5/1 Medical Electrical Engineering Thesis Writing Guidance 5/8 Ultrasonic, infrared, X-ray, CT, magnetic resonance imaging principles and image processing 5/15 Application of laser in oral surgery 5/22 Applications of Laser in Dentistry 5/29 Final paper presentation 6/5 Final exam 6/12 Final paper presentation via WebEx Meeting with recording to iSchool 6/19 Final paper presentation via WebEx Meeting with recording to iSchool
Evaluation and grading policy	(1) Midterm Exam) 30 %, (2) Presentation) 30 %, (3) Final Exam) 30 % (4) Attendance Rate and Class Interaction) 10 %
Materials	All right reserved. Do not reproduce without permission. Foreign-language textbooks:No References: 1. Oral Laser Application by Prof. Andreas Moritz 2. Laser 101 by Prof. Jyuhn Ke
The access to curricular consultation	Students can ask questions in the LINE Group or email directly to me: Professor Jyuhn Ke Email: jyuhnk@gmial.com Cell: 0935421518 6/12 & 6/19 Final paper presentation via WebEx Meeting with recording to iSchool
The course corresponds to the SDGs
Note	1. Multiple evaluation methods (such as participation in discussions, online tests or quizzes, etc.) to evaluate students’ learning performance for semester grades. 2. Based on the pandemic classification, we will follow the rules by the school: a. Class I Warning: courses will still be held in person b. Class III or higher Warning: courses will be held online c. Class II Warning: courses will be held either online or partial attendance every other week. d. 6/12 & 6/19 Final paper presentation via WebEx Meeting with recording to iSchool