1.課程概述與課程目標
本課程教學目標在探討工程師以及專業人士在其專精領域中倫理關係的認識，包括人與人和人與環境的關係，以提昇對真理的追求、對自然的關懷，及對專業的責任。本課程有鑑於98學年度第2學期共同教育委員會之委員於成果報告會之建議、期末學生意見調查結果，開課教師們重新檢視「工程及專業倫理」之整體課程架構。經由多次討論與歸納，本學期將加入課程討論，以期達成課程內容之豐富性與連貫性，能給予學生深度的思考與探索、同時加強學生與教授之間的互動。
2.預定每週教學進度及內容
（若為含小組討論課程，請說明討論課規劃、討論提綱及進行方式。）
本課程將邀請臺大教師及各界菁英到校演講，針對該領域之專業倫理的經驗傳授給學生；並請講員事先提供1-3個與道德思考相關之討論問題，教學助理將會於討論課時，要求同學針對上課講題及講員提問做出資料搜索及深度批判分析，並撰寫閱讀心得一份，於下週討論課時繳交並提出討論。每一學期會安排多次的討論課，如課程綱要所示。

選修兼通識A4*。不列入電機系系訂選修學分。第一次上課未到者視同放棄。A4*之通識課程。與蔡甫昌、廖先順、張俊哲、張時中、蘇國棟、歐陽明、王秀槐合授總人數限 75人

越高深，越是理論面的研究，越是需要足夠的數學基礎。近年來，最佳化和機器學習的技術快速發展，所用到的數學工具，也越來越複雜，當前工程數學各課程所講授的內容，已漸漸難以涵蓋最佳化和機器學習所需要用到的數學。本課程的內容是屬於微分方程、線性代數、機率較進階的部分，希望能藉由本課程，加強同學們的數學知識基礎，這將對未來關於最佳化、機器學習、光學、電波工程、控制系統等課程的學習有所幫助，在研究這些課程的數學理論基礎時也可以更得心應手。

this course introduces pfc, power semiconductors, and resonant power converters

本課程將介紹新興太赫茲應用所需的電路及系統設計技巧。內容涵蓋太赫茲元件、電磁模型建立技巧、相易嵌入網路技巧、太赫茲關鍵次電路、封裝技巧、量測技巧及系統設計。本課程的作業及專題將使用電路及電磁模擬軟體進行實作。課程內容如下：
• 太赫茲科學與技術簡介
• cmos元件與分析方法
• 太赫茲主被動元件電磁模型建立技巧
• 相易嵌入網路技巧
• 近fmax放大器、 太赫茲功率偵測器及太赫茲接收機
• 近fmax振盪器、太赫茲諧波振盪器及太赫茲倍頻器
• 太赫茲天線及反射式天線系統
• 太赫茲封裝及量測技巧
• 太赫茲收發機架構、相位陣列及系統規畫

(1) review of antenna radiation characteristic parameters
(2) basic antenna elements-- dipole antennas
(3) basic antenna elements- microstrip antennas
(4) basic theory of phased antennas
(5) numerical simulation training
(6) antenna measurement training
(7) synthesis of phased array of antennas
(8) special applications -- base station antennas
(9) special applications--smart antennas
(10) special applications-- mimo

以熱力學、固體及流體力學、電生理學為主要觀點，講解細胞如何控制整體及個別分子行為，以如何傳遞及能量和訊息。課程內容著重於細胞的物理模型

本課程探討現代數學最佳化(mathematical optimization)問題之演算法及理論基礎。數學最佳化可以應用到極多工程、科學等相關領域。其中，凸最佳化(convex optimization，或譯"凸優化")。這一類型的問題為本課程探討的重點，其具有局部最佳解即為全域最佳解的特點。本課程將介紹凸集合(convex sets)、凸函數(convex functions)、凸最佳化問題(convex optimization)之定義及各種性質，再透過二元性(duality)、kkt conditions的理論觀點了解最佳解的條件。最後介紹內點法的原理以及如何以多項式時間來求解凸最佳化的問題。

this class discusses current topics in systems biology focused on learning fundamental tools and modeling techniques to develop and apply quantitative models of cellular systems. essential biological concepts and mathematical fundamentals will be reviewed.

1. general introduction
2. flat panel technologies- introduction
a. tft-lcd
b. oled
c. pdp
d. eld
e. vfd
f. dlp
g. e-ink
3. tft-lcd technologies
4. projector technologies
5. oled technologies
6. flat panel displays
7. other emerging technologies

1. overview: flexible electronics and optoelectronics

2. flexible substrates and preparation techniques

3. materials for flexible electronics and optoelectronics
3.1 silicon-based thin films
3.2 transition metal-oxide semiconductors
3.3 organic semiconductors
3.4 2d materials
3.5 flexible conducting thin films
3.6 flexible encapsulation

4. flexible electronic and optoelectronic devices
4.1 thin-film transistors
4.2 light emitting diodes
4.3 reflective display materials: electrophoretic, cholestric liquid crystal
4.4 photodiodes
4.5 solar cells
4.6 bio-sensors
4.7 others

5. thin film mechanics

6. fabrication techniques of flexible electronics and optoelectronics
6.1 direct fabrication vs. transfer process
6.2 substractive process vs. additivve process
6.3 batch process vs roll-to-roll process
6.4 vacuum deposition vs wet process

7. mechanical stress/strain effect on device performances

為使學生能夠對於現今半導體製程技術有進一步的了解, 本課程將以製作標準mosfet所需用到的技術為基準, 介紹相關知識與理論. 課程內容可以簡述如下:
1. semiconductor basics
2. wafer manufacturing
3. thermal process
4. photolithography
5. plasma basics
6. ion implantation
7. etch
8. chemical vapor deposition
9. metallization
10. chemical mechanical polish

for semiconductor electronic and optoelectronics devices, the characterization of materials and devices are important to understand the device physics and to improve the device performance. in this course, we aim for various metrology tools to investigate the resistivity, carrier concentration/mobility of semiconductors, contact resistance of metal/semiconductor junctions, defect characteristics, oxide interface, carrier lifetime, doping concentrations, series resistance and threshold voltages of mosfets.

chapter 1: interaction of light with matter
1.1 review of maxwell‘s equations and photons
1.2 macroscopic and microscopic aspects of light-matter interaction
1.3 perturbation method in linear optical interaction
1.4 uncoupled oscillator model
1.5 coupled oscillator model
1.6 kramers-kronig relations

chapter 2: elementary excitations
2.1 lattice-vibrations and phonons
2.2 electrons in periodic lattice
2.3 simple concepts of quantum wells, wires, and dots
2.4 excitons
2.5 plasmons
2.6 polaritons

chapter 3: selected topics of current research
3.1 optical properties of intrinsic excitons in reduced dimension
3.2 exciton under external fields - electric, strain, and magnetic fields
3.3 high excitation and nonlinear optics

semiconductor electronic product engineering techniques, covering knowledge in process, device, circuit design, test, q/r etc., as well as the teamwork among domain specialists to drive for product success.

這門課為生醫電資所的教授合授，主要為工程背景的同學介紹生醫工程相關的背景知識與最新發展。課程方向主要根據各授課教師之專業背景，包括生醫光電、生醫訊號、生醫感應器、生醫電子儀器、生物晶片、生物微機電技術、生醫影像、生物材料、神經工程、組織工程及再生醫學等，授課內容將依每學期授課時數及參與教師略有調整。

外系選修於加退選辦理。外系人數上限15人。與陳志宏、郭柏齡、魏安祺、楊東霖、莊曜宇、宋孔彬合授總人數限 60人限本系所學生(含輔系、雙修生)

this course will cover fundamental knowledge on microelectromechanical systems (mems) technology applied on biological application. students will choose a lab-on-chip device and analyze its performance as the final project. the course will include three main parts:
1. biomems fabrication and materials
2. biomems and microfluidics design
3. microfluidics and lab-on-chip applications.

to understand the fundamental theory and enabling technology of optical, photonic, and optoelectronic devices employed in versatile optical communication networks including fiber-optic, free-space and wireline/wireless links. the physics and principle of transmitters, medium, modulators, amplifiers and receivers will be particularly emphasized in this course.

course content includes the overview of optical communications, the waveguides and fibers, the guided mode and field theory, the modal and chromatic dispersion in fiber, the semiconductor physics of light sources such as.gain, efficiency, and response of led and laser diodes, the cavity mode theory of lds, the single-mode lasing, modulation and pulsation of lds, the electro-optic mach-zehnder and electro-absorption modulattors, the photodiode and receivers.

in this course, we will study the applications of multirate signal processing theory to the study of multicarrier communications. in particular, ofdm systems and its variations will be covered in details. advanced topics on multicarrier transceiver systems will be discussed.

光電科技是近年來快速發展的新興科技領域，舉凡手機、照明、顯示器，生醫等各個領域，光電科技已扮演現代世界的重要角色，成為現代與未來的重要科技產業，影響無遠弗屆。本課程以知識與實作並重，讓同學能以跨領域的思維學習光電科技的基本知識，並配合實驗，實際操作最新的光電科技。