Computer Engineering Program. Department of Electrical Engineering and Computer Engineering

Transcription

1 Computer Engineering Program Department of Electrical Engineering and Computer Engineering 1

2 Computer Engineering Curriculum 2

3 Computer Engineering Viewed as an electrical engineer who focuses on digital logic systems Computer Engineering Viewed as a software architect who focuses on interactions between software and hardware Electrical Engineering Computer Science Balanced knowledge of computer hardware and software wi strong skills in engineering applications 3

4 Computer Engineering Curriculum 1. 1st-Year: Almost common to all engineering program except ELE202 (Electric Networks). 2. 2nd-Year: Science/Engineering Science/Maematics. Almost common wi e Electrical Engineering program. 3. 3rd-Year: Advanced Engineering Science such as microprocessor systems, operating systems, software systems, computer organization/architecture, signal processing, digital communication, advanced electronics, control systems, advanced maematics, year: A broad selection of technical electives covering e major computer engineering areas: VLSI systems, embedded systems, computer networks, software systems, and digital control systems. 5. Capstone Design Project All students are required to complete a year-long engineering design project (7 & 8 semesters). 4

5 Computer Engineering Curriculum (cont d) 1. Management Option: 6 additional courses on management science. A minimum GPA is required to enter is option. 2. Industrial Internship Program Start after e completion of 3 rd -year. A minimum GPA is required. Picked by industry via interviews. 3. Ryerson Summer RA/Fall-Winter RA Sponsored by Ryerson University/Faculty members. Conduct research supervised by faculty members. Paid positions. 4. NSERC Undergraduate RA Paid by NSERC and supervising faculty members. 5

6 3 rd Year COEN 5 & 6 Semester Courses 5 Semester COE 518 Operating Systems COE538 Microprocessor Systems ELE504 Electronic Circuits II ELE532 Signals and Systems I MTH 514 Probability and Stochastic Processes One Liberal Studies course 6 Semester COE 608 Computer Organization and Architecture COE 618 Object Oriented Eng Analysis and Design ELE 635 Communication Systems ELE639 Control Systems MEC 511 Basic Thermodynamics and Fluids One Liberal Studies course 6

7 Computer Engineering Computer Engineering focuses on 1) Computer system (Software and Hardware) design and development 2) Embedded systems 3) Consumer electronics 4) VLSI Systems 5) Computer networking and communication systems 6) Control/instrumentation systems 7) Multimedia signal/image processing 8) Robotics 9) 7

8 COEN 7 Semester Electives Core Courses: COE700, COE758 and COE768 as well as an Elective Course List A COE 718 Hardware-Software Codesign of Embedded Systems ELE 734 Low Power Digital Integrated Circuits List B ELE 704 CMOS Integrated Analog Circuits ELE 729 Basics of Multimedia Systems ELE 745 Digital Communication Systems ELE 772 Biomedical Signal Analysis ELE 809 Digital Control System Design ELE 829 System Identification ELE 531 Electromagnetic 8

9 COEN 8 Semester Electives List A ELE 604 Electronic Sensors and Measurement ELE 632 Signals and Systems II ELE 709 Real-time Computer Control System ELE 813 VLSI Circuit Testing (PR: ELE 704 or ELE 734) ELE 815 Cellular Mobile Communications (PR: ELE 745) ELE 863 VLSI Systems (PR: ELE 734 or ELE704) ELE 869 Robotics ELE 874 Biomedical Instrumentation (PR: ELE 772) ELE 882 Intro to Digital Image Processing (CoReq: ELE 632) ELE 885 Optical Communication Systems ELE 888 Intelligent Systems List B COE 808 Programming Languages COE 818 Advanced Computer Architecture (PR: COE 758) COE 828 Digital System Design Automation COE 865 Advanced Computer Networks (PR: COE 768) CPS 883 Compilers or CPS 888 Software Engineering Select a minimum of 2 from List B, and 4 courses from e Lists A and B. There are pre-requisites from 3 rd year and some courses from 7 semester. 9

10 Theme 1: Computer VLSI Systems For is eme e courses are mainly focused in e core areas of Computer Engineering such as Multi-core and advance computer architecture and VLSI design & Testing. 7 Semester ELE734, (ELE704 or COE718) 8 Semester COE818, ELE813, ELE863 (one course from CPS888, COE865, CPS883) 10

11 Theme 2: Software Systems In is eme e courses will be mainly in e area of software engineering, programming and biomedical signal and image analysis. It also covers compilers and translators. 7 Semester COE718 (ELE772 or ELE725) 8 Semester COE808, CPS888 and two courses from (CPS883, COE865, ELE632, ELE882, ELE888) 11

12 Theme 3: Embedded Computer Systems Embedded computer systems deals wi system-on-chip and embedded controllers wi industrial systems, appliances and entertainment systems. Embedded systems are employed in home, automotive, banking, military and aerospace applications. 7 Semester COE718 (ELE734 or ELE809) 8 Semester ELE604, COE818 (two courses out of COE865, ELE632, ELE882, ELE869) 12

13 JPL MAR s Rovers Embedded Systems Pafinder-1997, Spirit/Opportunity-2003 and Curiosity-2012 Use BAE Systems RAD bit RISC Processor Radiation hardened IBM POWER series 6000 CPU Employ VxWorks Embedded Realtime Operating System 13

14 Theme 4: Computer Communication/Networks Computer communication and networking deals wi e transfer of digital information (voice, data, image, and/or video) between two computer systems. It can be wired, optical or wireless communication. Wire line Optical Wireless RFID 7 Semester ELE745, COE718 8 Semester COE865, ELE815, ELE885 and one out of (COE818, CPS888) 14

15 Theme 5: Digital Control Systems Digital Control Systems are widely involved in day-to-day life. Control systems play an important role in robotics, automotive, Aerospace and oer dynamical/automatic systems. 7 Semester COE718 (ELE829 or ELE809) 8 Semester ELE604, ELE709 and two courses from (ELE632, ELE869, ELE888). 15

16 Theme 6: Biomedical Image Processing Digital Signal and Image Processing area is related to Multimedia Systems. This eme will also allow students to take some course in e Biomedical Signal Processing area. 7 Semester ELE772, COE718 8 Semester ELE632, ELE882, ELE874 and one course out of (ELE888, CPS888) 16

17 Computer Engineering Careers Design computer systems at involve special purpose hardware and software interfaces Design and development of embedded and real-time systems Develop computer graphics, multimedia and visualization systems Design and develop computer data network systems Automation of manufacturing systems Specify, develop, test, and maintain complex software systems E-Business development System analysis and object oriented programming Sales/marketing and engineering support Computer System maintenance 17

18 Thank You! 18