◎系所教育目標：
為配合國家建設及產業發展之需要，本系以培育中高級資訊科技人才為目的。在教學理念上除了注重理論的探討之外並強調實際動手的能力，以期培育出具有深厚學識基礎並能實際應用的資訊科技人才。在專業必修中涵蓋基礎理論、電腦硬體、作業系統、資料結構及計算機網路等方面，並有畢業專題製作，使學生紮實基礎，同時課程分為三大領域分別為領域一：軟體工程及知識工程；領域二：互動多媒體；領域三：網路及資訊安全，以期作為日後升學就業的準備。 |
| ◎核心能力 | 關聯性 |
| 1.應用數理邏輯推理之能力 | 4 關聯性稍強 |
| 2.具備資訊硬體專業之能力 | 3 關聯性中等 |
| 3.發掘、分析及解決問題之能力 | 5 關聯性最強 |
| 4.現代資訊發展工具之使用與熟悉資訊應用系統之能力 | 3 關聯性中等 |
| 5.資訊軟體或硬體創新設計與實作之能力 | 2 關聯性稍弱 |
| 6.培養人文素養、專業倫理責任、社會關懷與生活技能之能力 | 2 關聯性稍弱 |
◎本學科學習目標：
1 培養應用物理知能
2 培養光電科學知能
3 培養固態電子知能
4 培養實驗技能 |
| ◎教學進度： |
| 週次 | 主題 | 教學內容 | 教學方法 |
01
09/17
09/19 | Ch. 1 Doing Physics | 1.1 realms of physics
1.2 measurements & units
1.3 working with numbers
1.4 strategies for learning physics | 作業/習題演練、講授。 |
02
09/24
09/26 | Ch 2 Motion in a Straight Line
Ch 3 Motion in Two & Three Dimensions Line | 2.1 average motion
2.2 instantaneous velocity
2.3 acceleration
2.4 constant acceleration
2.5 the acceleration of gravity
3.1 vectors
3.2 velocity & acceleration vectors
3.3 relative motion
3.4 constant acceleration
3.5 projectile motion
3.6 uniform circular motion | 作業/習題演練、講授。 |
03
10/01
10/03 | Ch 4 Force & Motion
Ch 5 Newton's Law | 4.2 Newton's 1st & 2nd laws
4.3 forces
4.4 the force of gravity
4.5 using Newton's 2nd law
4.6 Newton's 3rd law
5.1 using Newton's 2nd law
5.2 multiple objects
5.3 circular motion
5.4 frction
5.5 drag forces | 作業/習題演練、講授。 |
04
10/08
10/10 | Ch 6 Work Energy & Power
Ch 7 Conservation of Energy | 6.1 work
6.2 forces that vary
6.3 kinetic energy
6.4 power
7.1 conservative & nonconservative forces
7.2 potential energy
7.3 conservation of mechanical energy
7.4 potential-energy curves | 作業/習題演練、講授。 |
05
10/15
10/17 | Ch 9 Systems of Particles | 9.1 centre of mass
9.2 momentum
9.3 kinetic energy of a system
9.4 collisions
9.5 totally inelastic collisions
9.6 elastic collisions | 作業/習題演練、講授。 |
06
10/22
10/24 | Ch 10 Rotational Motion | 10.1 angular velocity & acceleration
10.2 torque
10.3 rotational inertia & the analog of Newton's law
10.4 rotational energy
10.5 rolling motion | 作業/習題演練、講授。 |
07
10/29
10/31 | Ch 11 Rotational Vectors & Angular Momentum | 11.1 angular velocity & acceleration vectors
11.2 torque & the vector cross product
11.3 angular momentum
11.4 conservation of angular momentum
11.5 gyroscopes & precession | 作業/習題演練、講授。 |
08
11/05
11/07 | Ch 13 Oscillatory Motion | 13.1 describing oscillatory motion
13.2 simple harmonic motion
13.3 applications of simple harmonic motion | 作業/習題演練、講授。 |
09
11/12
11/14 | Ch 13 Oscillatory Motion | 13.4 circular & harmonic motion
13.5 energy in simple harmonic motion
13.6 damped harmonic motion
13.7 driven oscillations & resonance | 作業/習題演練、講授。 |
10
11/19
11/21 | Mid-Term Examination | 2-hours Examination,
Examination of Ch. 1~13 | Mid-term Examination。 |
11
11/26
11/28 | Ch. 14 Wave Motion | 14.1 waves and their properties
14.2 wave math
14.3 waves on a string
14.4 sound waves
14.5 interference
14.6 reflection & refraction
14.7 standing waves
14.8 the Doppler effect & shock waves | 作業/習題演練、講授。 |
12
12/03
12/05 | Ch. 20 Electric Charge | 20.1 Electric Charge
20.2 Coulomb’s Law
20.3 The Electric Field
20.4 Fields of Charge Distributions
20.5 Matter in Electric Fields | 作業/習題演練、講授。 |
13
12/10
12/12 | Ch. 21 Gauss's Law | 21.1 Electric Field Lines
21.2 Electric Flux & Field
21.3 Gauss’s Law
21.4 Conductors | 作業/習題演練、講授。 |
14
12/17
12/19 | Ch. 22 Electric Potential | 22.1 Electric Potential Difference
22.2 Potential Difference & the Electric Field
22.3 Charged Conductors | 作業/習題演練、講授。 |
15
12/24
12/26 | Ch. 23 Electric Energy and Capacitors | 23.1 Electrostatic Energy
23.2 Capacitors
23.3 Energy in the Electric Field | 作業/習題演練、講授。 |
16
12/31
01/02 | Ch. 24 Electric Current | 24.1 Electric Current
24.2 Conduction Mechanism
24.3 Resistance & Ohm’s Law
24.4 Electric Power | 作業/習題演練、講授。 |
17
01/07
01/09 | Ch. 25 Electric Circuits | 25.1 Circuits, Symbols, & Electromotive Force
25.2 Series & Parallel Resistors
25.3 Kirchhoff’s Laws & Multiloop Circuits
25.4 Electrical Measurements | 作業/習題演練、講授。 |
18
01/14Final Examination
01/16 | | 2-hours Examination,
Examination of Ch. 14, 20~25 | Final Examination。 |
◎課程要求：
學生須具備高中基礎物理學知識 |
◎成績考核
課堂參與討論10%
期中考35%
期末考35%
作業/習題演練20%
補充說明：上課方式以POWER POINT及板書並行。
三次曠課或作業未交，學期成績零分計算。 |
◎參考書目與學習資源
教科書:
Essential University Physics (volume 1) by Richard Wolfson, 2nd edition, Pearson.
歐亞代理.
參考書:
1. Essential College Physics (volume 1) by Andrew Rex & Richard Wolfson , 1st edition, Pearson.
歐亞代理.
2. Physics for Scientists & Engineers by Jewett & Serway, 8th edition, Thomson, 歐亞代理. |
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