本課程教導學生如何撰寫程式解決問題。
使用的程式語言為c++，大綱如下：
1. the basics
2. flow control
3. functions
4. data structure
5. class and object

數學系15名。需同時選修計算機程式設計實驗。總人數限 70人限本系所學生(含輔系、雙修生)

1. introduction to wireless communication technology
2. advances in mobile wireless communication devices
3. modulation, transmitter and receiver
4. lumped and distributed passive components
5. low-noise amplifier
6. power amplifier
7. oscillator and mixer

本課程由產業研究開發計畫的規劃與執行面，來探討研發領域所需要具備的知識與能力。主要教學目標是培養學生在進入職場之前具備基本產業知識與技能，能透析研發單位除了專業技術能力之外，具備廣度的產業分析，研發管理流程與策略思考能力才能才為搶手的 t 型人才。

1. introduction
2. fundamentals of semiconductor lasers
3. mirrors and resonators for diode lasers
4. gain and recombination mechanisms
5. microcavity lasers
6. dynamic properties of semiconductor lasers
7. tunable lasers and laser-modulators

本課程以英語授課。上課時間:二34(10:30~11:50),五67(13:50~15:10)總人數限 24人

惡意程式一直以來都是企業所面臨的重大資安威脅，企業往往需要投入大量的 資金來進行偵測防禦，然而這場攻防的”遊戲”是沒有盡頭的，攻擊者總會試圖利 用各種攻擊方式來達到想要的目的，因此如何了解並分析惡意程式，是資安領域很重要的一個環節，本課程從基礎概念、環境架設至 windows 可執行檔的惡意程式分析開始，讓學生能透過逆向工程了解惡意程式攻擊手法，透過 ida pro 、ghidra及其他工具的操作交叉分析還原出攻擊者/惡意程式的企圖，最終引導學生可完成一份完整的惡意樣本分析報告，建立惡意程式分析實務能力，搭配作業與期末專題的研討，呈現資安技術能力證明。

「交換電路與邏輯設計」課程將介紹如何以「開關」(switch)作為實現布林邏輯與設計數位電路之基本元件，並介紹如何有系統地優化交換電路(switching circuit)。

課程內容包括：
introduction
- number systems and conversion
boolean algebra and its applications
- combinational logic design and its minimization
- karnaugh maps and two-level logic minimization
- multi-level gate circuits
- combinational circuit design
- multiplexers, decoders, and programmable logic decices
sequential logic design and its minimization
- latches and flip-flops
- registers and counters
- analysis of clock sequential circuits
- derivation of state graphs and tables
- reduction of state tables
- sequential circuit design
- circuits for arithmetic operations
hardware description language: verilog (basics)
本課程為電機系聯合授課課程
課程網址： https://sites.google.com/view/scld-2018-fall
歡迎同學多加利用

the study of algorithms is at the heart of computer science. this course focuses on fundamental results in this area, including the unifying principles and underlying concepts of algorithm design and analysis.
we expect everyone to be comfortable reading, even writing, proofs. several programming assignments will be given to embody the ideas. moreover, we hope that everyone can learn general problem-solving techniques.

ch.3: waves in inhomogeneous and layered media
ch.4: waveguides and cavities
ch.5: green’s functions
ch.6: radiation from apertures and beam waves
ch.7: periodic structures and coupled-mode theory
ch.8: dispersion and anisotropic media
ch.10: scattering of waves by conducting and dielectric objects
ch.11: waves in cylindrical structures, spheres, and wedges
ch.12: scattering by complex objects
ch.14: planar layers, strip lines, patches, and apertures
ch.15: radiation from a dipole on the conducting earth
ch.16: inverse scattering

logic synthesis is an automated process of generating logic circuits satisfying certain boolean constraints and/or transforming logic circuits with respect to optimization objectives. it is an essential step in the design automation of vlsi systems and is crucial in extending the scalability of formal verification tools. this course introduces classic logic synthesis problems and solutions as well as some recent developments.

本課程旨在介紹複變函數的特性及其微積分與應用，課程內容包含下列主題：complex numbers, complex functions, complex integrals, complex series, residue theorem and applications, conformal mapping and applications。

- microelectronic circuits part 1 (chapter 1~5)- introduction to electronics- operational amplifiers- diodes- mos field-effect transistors (mosfets)- bipolar junction transistors (bjts)