S.H. Song ECE Department April 2015

Transcription

1 S.H. Song ECE Department April 2015

2 In ECE, We Turn Imagination into Reality!

3 What is ECE? What do I learn?

4 What is Electronic & Computer Engineering? What is Engineering? Engineering is the purposeful use of science Our purpose is to make people s life easier How can we do that? Every work is done by changing the form of energy. In ECE, we manipulate electrical energy.

5 What is Electronic & Computer Engineering? What is Electronic? Sth related to electrons. Electrons are the major source of charges in circuits and charges carry electrical energy. Basically, we manipulate electrical energy, transform it from/to other forms, and complete some tasks in this process.

6 What is Electronic & Computer Engineering? What is Computer? Sth that computes or calculates. Why do we do calculations/computation? We do calculations to efficiently collect, move, recover, and present information. Industrial Age => Information Age, where information is playing a more and more important role in our daily life.

7 What is Electronic & Computer Engineering? ECE uses electrical energy to do things (work)! Nowadays, moving information is one of the most important tasks we do. To achieve these engineering purposes, we use science, mainly physics and math. We use Physics to analyze/design circuits/devices which move energy and information. We use Math to optimize our ways to design devices and move information.

8 ECE is changing the world and making people s life easier! We Turn Imagination into Reality!

9 What is ECE? What do I learn?

10 ECE Graduation Requirements University Core [36 Credits] University [120 Credits] ECE [117 Credits] Pre-Requisites [30 Credits] Major Requirements [51 Credits]

11 University Core Courses [36] Common Core Areas Required Credits Elective Note Humanities (H) 6 * * 3 credits must be from H SSCs Social Analysis (SA) Science and Technology (S&T) Quantitative Reasoning (QR) 6 * * 3 credits must be from SA SSCs 6 * 6 * 3 credits must be from S&T SSCs 3 Arts 0 English Communication 6 ** Nil **Must be taken in the 1st year of study Chinese Communication 3 Nil Healthy Lifestyle Non-credit Nil Total credits required 36 SSCs = School-Sponsored Courses ELEC 1010, ELEC1020

12 Pre-Requisites [30] Science/Physics [6] PHY 1112 PHY 1114 [S/Yr2] Math [15] Language [3] Programming [3] ENGG Intro [3] MATH 1013: Cal I MATH 1014: Cal II [F/Yr2] 1*** 2*** COMP 1022P [S/Yr2] ELEC 1100 [Major] ELEC 1200 [Major] ENGG Intro MATH 2011: Multi-var Cal MATH 2111: Matrix & Alg MATH 2351: Diff Eq ELEC 2600: Prob [3 out of 4] [1 by F/Yr3, 3 by S/Yr3] LANG 2030: TC I

13 Major Requirements [51] 9/51 1*** 2*** 3*** 4*** Industrial Experience [0] Acad. and Prof. Development [0] Capstone Design: Language [3] FYP/T [6] ECE Major [42] ELEC1991 ELEC2910 ELEC3910 LANG4031: TC II ELEC4900/4901

14 ECE Major ELEC2600 ELEC3100 ELEC4110 ELEC4120 ELEC4130 ELEC4140 ELEC4150 ELEC4160 ELEC4170 ELEC1200 ELEC2100 ELEC2200 ELEC3200 ELEC3300 ELEC4220 ELEC4010G ELEC4310 ELEC4440 ELEC4010B ELEC2300 ELEC3400 ELEC4410 ELEC4420 ELEC4430 ELEC1100 ELEC2400 ELEC3500 ELEC3600 ELEC4510 ELEC4520 ELEC4010C ELEC4610 ELEC4620 ELEC4630

15 42/51 1*** Intro [8] ECE Major [42] ELEC 1200 [F/Yr3] ELEC 1100 [S/Yr2] Focuses on the MATH aspects of ECE curriculum Following Courses: ELEC 2100, ELEC Focuses on the PHY aspects of ECE curriculum Following Courses: ELEC 2200, 2400, 2300

16 42/51 2*** Foundation [16] ECE Major [42] ELEC 2100: Signal & Systems [S/Yr3] ELEC 2600: Probability & R.P ELEC 2200: Digital Circuits & Systems [F/Yr3] ELEC 2300: Computer Organization [S/Yr3] ELEC 2400: Electronic Circuits [S/Yr3] How to represent, process, transmit, receive information? Following Courses: ELEC 3100, 3200: How to analyze, design, and optimize analog and digital circuits? How does a computer work? Following Courses: ELEC 3300, 3400, 3500, 3600:

17 Area Courses Areas [3/6: 12] [2 by F/Yr4] Depth Courses [6] ECE Majors ELEC 3100 Signal Processing and Communications How does a communication system work? Source=>Transmitter=>Channel=>Receiver How does the channel affect the signal? How to process the signal to minimize the damage from the channel and recover the information? ELEC 3200 System Modeling, Analysis & Control Basic concepts, tools and techniques for modeling, analysis, and control of dynamical systems. ELEC 3300 Embedded System ELEC 3400 IC & Systems ELEC 3500 Microelectronic Devices & Tech. ELEC 3600 Electromagnetics How to integrate machine-level software and hardware in ARM-core microcontroller based systems to complete a small embedded system? An overview, applications, fundamentals (diodes, transistors) and design flow of analog, digital and mixed integrated circuits (IC) and systems. Semiconductor device operation principles and their use in integrated circuit (IC), camcorder, solar cell, memory elements, smartcard, etc. Applied electromagnetics from fundamentals to applications, such as Maxwell's equations; wave propagation; transmission lines; radiation and antenna fundamentals; light wave fundamentals.

18 Depth Courses Areas [3/6: 12] [2 by F/Yr4] Depth Courses [6] ECE Majors ELEC 3100 Signal Processing and Communications ELEC 3200 System Modeling, Analysis & Control ELEC 3300 Embedded System ELEC 3400 IC & Systems ELEC 3500 Microelectronic Devices & Tech. ELEC 3600 Electromagnetics 4110: Digital Comm. & Wireless Systems 4120: Computer Comm. Networks 4130: Digital Image Processing 4140: Speech & Image Processing 4150: Info. Theory & Error-Correcting Coding 4160: Digital Speech Recognition 4170: Digital Media & Multimedia Applications 4220: Robotics: From Mobile Robots to Manipulators 4010G: Control System Design 4310: Embedded System Design 4440: Reconfigurable Computing 4010B: Mobile Embedded System 4410: CMOS VLSI Design 4420: Analog IC Design & Analysis 4430: Integrated Power Electronics 4510: Semiconductor Materials & Devices 4520: IC Fabrication Technology 4010C: Fundamentals of Solar & Renewable Energy 4610: Engineering Optics 4620: Photonics & Optical Communications 4630: Radio Frequency Engineering 4810,4820 (Bio/medical instrumentation/image processing)

19 Recommended Study Patterns by Areas Embedded Systems + Integrated Circuits and Systems Microelectronic Devices and Technology + Electromagnetics: From wireless to photonic applications Signal Processing and Communications + Embedded Systems System Modeling, Analysis and Control + Embedded Systems

20 Signal Processing and Communications + Embedded Systems Year / Term Course Course Course Course Course Course Total # of credits* Year 1 / Fall Core English I MATH 1013 / Year 1 / Spring Core English II MATH 1014 / 1024 SENG Intro PHYS 1112 / Year 2 / Fall ELEC 1100 COMP 1022P MATH 2111 LANG 2030 ELEC Year 2 / Spring ELEC 1200 ELEC 2200 ELEC 2400 PHYS 1114 / 1314 ELEC 2910 ELEC Year 3 / Fall ELEC 2100 ELEC 2300 ELEC 2600 ELEC Year 3 / Spring ELEC 3100 ELEC 3300 MATH 2011 ELEC Year 4 / Fall ELEC 4900 AREA 3 DEPTH 1/ ELEC4110/ 4120/4130/414 0/ 4310 LANG Year 4 / Spring ELEC 4900 DEPTH 2/ ELEC4150/ 4160/4170/ 4010B 6-7

21 Instead of asking what kind of job I can find in the future?, ask what kind of qualities I want to obtain? What kind of person I want to be? Changed by the world; Change for the world; Change the world; 21

22 Enquiries & Information Contacts: UG Program: UG Coordinator: Song,

23 Enjoy Your Happy Learning in ECE!