電機工程學系 ＣＮ /ＥＮ
學習地圖
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設立宗旨 |
| 秉持質、樸、堅、毅校訓，培養理論與實務並重的電機、電子人才，以為國家工業發展之所需 |
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教育目標 |
| 教導數學、物理及電機工程的知識，培養學生成為優秀的電機工程師
培養學生良好的專業倫理與實驗精神，使其養成團隊合作的習慣 培養學生具有國際觀與英語運用的能力 |
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核心能力 |
| 具有運用數學、物理及電機工程知識，解決電機相關的問題的能力
具有使用相關工具，以分析、設計電機工程系統與元件的能力 具有計畫管理、有效溝通與團隊合作，並能理解專業倫理與社會責任的能力 具有英文能力與持續學習的習慣，以因應科技更新與時事變化 |
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通識科目 |
共同科目 |
基礎必俢科目 | ||||
| 國文
人文學科領域 社會科學領域 自然科學與數學領域 |
外文
外語實習 跨域專長 |
體育
服務學習 |
全民國防教育軍事訓練
中華文化專題 工程倫理 |
微積分
普通物理學 普通物理學實驗 |
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專業必修科目 |
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| 線性代數
計算機概論 程式語言與實習 邏輯電路設計(1) 邏輯電路設計(2) |
工程數學
電路學(1) 電路學(2) 信號與系統
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電子學(1)
電子學(2) 電磁學 微處理機
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機率與統計
專題研究與實作(Capstone) 基礎電學實驗 電子電路實驗 |
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專業選修共同科目 |
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數值分析、 互動式感測技術實驗、科技英文導讀（一）、科技英文導讀（二） 產業實習(一)、產業實習(二)、 職場倫理與實習 |
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專業選修科目 |
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電信工程學群 |
電子與控制工程學群 |
計算機工程學群 |
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| 近代物理
電腦網路 通信系統 人工智慧 電磁波 數位通訊複變函數 |
光電工程
電信工程 數位訊號處理 數位影像處理
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控制系統
電子學（三） 電力電子學 CMOS積體電路
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生醫電子學
類比積體電路 電機機械 半導體工程
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物件導向語言
資料結構 Java程式語言 電腦網路 作業系統 機器學習 人工智慧 |
單晶片系統設計
離散數學 系統程式 計算機結構 巨量資料分析 數位影像處理
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| 創意發明與計劃管理 | 物聯網感測設計與應用 | ||||
| 通訊實驗 | 數位電路實驗 | FPGA實驗 | 控制實驗 | 數位電路實驗 | 單晶片系統實驗 |
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未來職涯發展 |
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電子工程師 電機工程師 電信工程師 通訊工程師 光電工程師 系統工程師 |
設備工程師 電力工程師 類比IC工程師 數位IC工程師 硬體研發工程師 半導體製程工程師 |
物聯網工程師 軟體設計工程師 網路應用工程師 韌體設計工程師 系統分析工程師 嵌入式系統工程師 |
Learning map of The Electrical Engineering Department of Chinese Culture University
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Mission Statement |
| Based on our motto—“Temperament, Simplicity, Strength, and Tenacity,” “inheriting the merits of the East and the West” and “absorbing the essence of Chinese and foreign cultures,” we make it our mission to pursue advanced research, develop professional talents, serve the society, promote Chinese culture and support national development. |
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Educational Goals of Department |
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1. Teach mathematics, physics and electrical engineering knowledge, and train students to become excellent electrical engineers. 2. Cultivate students’ good professional ethics and experimental spirit, so that they can develop the habit of teamwork. 3. Cultivate students with an international perspective and the ability to use English. |
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Expected Core Competencies of Department |
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1. Apply knowledge of mathematics, physics and electrical engineering to solve problems related to electrical engineering. 2. Use relevant tools to develop the ability of analyzing and designing electrical engineering systems and components. 3. Possess the ability of project management, effective communication and teamwork, and be able to understand professional ethics and social responsibility. 4. Possess English proficiency and the habit of continuous learning to cope with technological updates and current affairs changes. |
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General Class |
Common Subjects |
Required Course |
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| Chinese
Social Sciences Natural Science & Mathematics Foreign Language Foreign Language Laboratory Interdisciplilnary Program |
Physical Education
Service Learning All-Out Defense Education Military Training Engineering Ethics |
Calculus
General Physics General Physics Lab. |
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Professional Required Course |
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| Linear Algebra
Introduction To Computer Systems Programming Language＆Lab Logic Circuit Design 1 Logic Circuit Design 2 Engineering Mathematics Electrical Circuits Theory 1 Electrical Circuits Theory 2 Signal & Systems |
Electronics 1
Electronics 2 Electromagnetics Microprocessor Probability & Statistics Research Project And Implementation (Capstone) Basic Electricity Lab Electronic Circuits Lab. |
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Professional Selective Subjects |
| Numerical Analysis, Interactive Sensing Technology Laboratory, Scientific English Reading(1), Scientific English Reading(2), Industry Internship (1), Industry Internship (2), Occupational Ethics And Practice |
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Elective Subjects |
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Telecommunication System |
Control System and Electronic Circuit Design |
Computer application and networking |
| Modern Physics
Computer Networks Communication System Artificial Intelligence Electromagnetic Waves Digital Communication System Complex Variables Creative Invention And Program Management Optoelectronic Engineering Telecommunication Engineering Digital Signal Processing Digital Image Processing |
Control System
Electronics 3 Power Electronics Cmos Integrated Circuits Biomedical Electronics Introduction To Analog Integrated Circuits Electrical Machinery Semiconductor Engineering |
Object-Oriented Language
Java Programming Language Computer Networks Operating Systems Machine Learning Artificial Intelligence Microcontroller Application Discrete Mathematics Systems Programming Computer Architecture Big Data Analytics Digital Image Processing |
| Design And Application Of Iot(Internet Of Things) Sensing | ||
| Communication Systems Laboratory
Digital Circuits Lab. |
Fpga Laboratory
Control Laboratory |
Digital Circuits Lab.
Microcontroller Laboratory |
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Jobs Of The Future |
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| Electronics Engineer
Electrical Engineer Telecommunications Engineer Communications Engineer Optoelectronics Engineer Systems Engineer |
Equipment Engineer
Electric Power Engineer Analog IC Designer Digital IC Designer Hardware R&D Engineer Semiconductor Process Engineer |
IoT Engineer
Software Design Engineer Network Applications Engineer Firmware Design Engineer System Analysis Engineer Embedded System Engineer |
