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ECE201H1 F Magellan Info Session Professor Shahrokh Valaee - PowerPoint PPT Presentation

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ECE201H1 F Magellan Info Session Professor Shahrokh Valaee Associate Chair, Undergraduate Studies Department of Electrical and Computer Engineering September 24, 2014 Outline Undergraduate Office Flexible Curriculum Magellan Course

  1. ECE201H1 F Magellan Info Session Professor Shahrokh Valaee Associate Chair, Undergraduate Studies Department of Electrical and Computer Engineering September 24, 2014

  2. Outline  Undergraduate Office  Flexible Curriculum  Magellan Course Software  CEAB Requirements  How To Get Help? September 24, 2014 2

  3. What I do …  Associate Chair, Undergraduate Studies – Oversees and manages the delivery of the undergraduate program – Manages and facilitates annual undergraduate teaching assignments for all ECE courses – Provides student counselling support September 24, 2014 3

  4. Who Are We? Linda Espeut (Manager and Counsellor) Jayne Leake (Administrative Coordinator and Counsellor) Student Advisors Karen Irving Mary Miceli September 24, 2014 4

  5. ECE Flexible Curriculum, 3 rd & 4 th Year Area Kernel Courses AREA AREA AREA AREA (4 required from 4 KERNEL KERNEL KERNEL KERNEL different areas) Depth Courses (4 required - 2 courses DEPTH DEPTH DEPTH DEPTH from 2 areas chosen above) TECHNICAL TECHNICAL TECHNICAL SCIENCE/MATH Technical Electives Elective Elective Elective Elective CS CS HSS HSS Complementary Studies Electives* Complementary Complementary Humanities & Social Humanities & Social *two must be HSS Studies Elective Studies Elective Studies Elective Studies Elective ECE472 ECE496Y FREE Core Courses & Engineering Free Elective Design Project Economic Analysis Elective & Entrepreneurship September 24, 2014 5

  6. 3 rd and 4 th Year Courses (Areas 1 – 4) - EE ECE335 – Intro to Electronic Devices ECE318 – Fundamentals of Optics Area 1 ECE442 – Intro to Micro- and Nano-Fabrication ECE330 – Semiconductor & Device Physics Photonics and Technologies ECE469 – Optical Communications & Networks Semiconductor Physics ECE527 – Photonic Devices ECE525 – Lasers and Detectors ECE535 – Advanced Electronic Devices PHY335 – Intro to Quantum Mechanics ECE314 – Fund. Of Electrical Energy Systems ECE320 – Fields and Waves Area 2 Electromagnetics and ECE510 – Intro to Lighting Systems BME595 – Medical Imaging ECE524 – Microwave Circuits ECE413 – Energy Systems & Distributed Generation Energy Systems ECE533 – Power Electronics: Switch-Mode Power ECE422 – Radio and Microwave Wireless Systems Supplies ECE463 – Electric Drives ECE514 – Power Electronics: Converter Topologies ECE331 – Analog Electronics ECE334 – Digital Electronics Area 3 Analog and Digital ECE446 – Sensory Communication ECE451 – VLSI Systems and Design ECE512 – Analog Signal Processing Circuits ECE530 – Analog Integrated Circuits Electronics ECE534 – Integrated Circuit Engineering ECE532 – Digital Systems Design ECE311 – Dynamics Systems & Control ECE316 – Communication Systems Area 4 Control, Communications ECE302 – Probability & Applications BME595 – Medical Imaging ECE410 – Control Systems ECE411 – Real-Time Computer Control and Signal Processing ECE431 – Digital Signal Processing ECE417 – Digital Communication ECE445 – Neural Bioelectricity ECE462 – Multimedia Systems ECE446 – Sensory Communication ECE464 – Wireless Communication ECE537 – Random Processes ECE469 – Optical Communications & Networks ECE470 – Robot Modeling and Control ECE516 – Intelligent Image Processing ECE521 – Inference Algorithms MIE331 – Physiological Control Systems September 24, 2014 6

  7. 3 rd and 4 th Year Courses (Areas 5 – 6) - CE ECE361 – Computer Networks I ECE342 – Computer Hardware Area 5 ECE461 – Internetworking ECE451 – VLSI Systems and Design Computer Hardware & ECE466 – Computer Networks II ECE532 – Digital Systems Design ECE469 – Optical Communications & Networks ECE552 – Computer Architecture Computer Networks ECE344 – Operating Systems ECE345 – Algorithms & Data Structures Area 6 Software CSC326 – Programming Languages CSC343 – Introduction to Databases CSC444 – Software Engineering I CSC418 – Computer Graphics CSC467 – Compilers & Interpreters ECE419 – Distributed Systems ECE448 – Biocomputation ECE450 – Software Engineering II ECE454 – Computer Systems Programming ECE540 – Optimizing Compilers ECE461 – Internetworking ECE568 – Computer Security 3 rd and 4 th Year Courses (Science/Math) APM384 – Partial Differential Equations BME440 – Biomedical Engineering Tech and Science/Math BME445 – Cellular & Molecular Bioengineering II Investigation CHE353 – Engineering Biology CHE354 – Cellular and Molecular Biology Electives CIV220 – Urban Engineering Ecology EEB214 – Evolution and Adaptation CIV300 – Terrestrial Energy Systems MIE331 – Physiological Control Systems ECE302 – Probability and Applications MSE235 – Materials Physics ECE448 – Biocomputation PHY335 – Intro to Quantum Mechanics PHY395 – Physics of the Earth PSL432 – Theoretical Physiology September 24, 2014 7

  8. Example of 3 rd & 4 th Year Course Selection CS AREA AREA TECH 20159 SCI/MATH Complementary KERNEL KERNEL Elective Studies Elective ECE472 CS AREA AREA 20161 DEPTH Engineering Complementary KERNEL KERNEL Economics Studies Elective HSS TECH 20169 DEPTH DEPTH Humanities & Social Studies Elective Elective ECE496 HSS FREE TECH 20171 DEPTH Humanities & Social Studies Elective Elective Elective September 24, 2014 8

  9. Breadth and Depth Requirement DEPTH DEPTH The courses taken 4 Courses Depth Requirement: here determine the degree designation (EE or CE). DEPTH DEPTH AREA AREA AREA AREA KERNEL KERNEL KERNEL KERNEL AREA A AREA B AREA C AREA D Breadth Requirement: 4 distinct Areas September 24, 2014 9

  10. Degree Designation Depends on Kernel/Depth Courses Kernel Depth Depth Kernel Depth Depth Kernel Kernel CE A A1 A2 B B1 B2 C D Kernel Depth Depth Kernel Depth Depth Kernel Kernel CE A A1 A2 B B1 B2 C D Kernel Depth Depth Kernel Depth Depth Kernel Kernel EE A A1 A2 B B1 B2 C D Kernel Depth Depth Kernel Depth Depth Kernel Kernel EE A A1 A2 B B1 B2 C D Kernel Depth Depth Kernel Depth Depth Kernel Kernel EE A A1 A2 B B1 B2 C D Kernel Depth Depth Kernel Depth Depth Kernel Kernel EE A A1 A2 B B1 B2 C D 6 combinations are possible. Areas Areas 1 – 4 5 or 6 Key: (EE) (CE)

  11. Flexible Curriculum  What is not so Flexible? – Must meet CEAB requirements (Magellan can help you with this) – Must complete pre-requisites for advanced level courses – There may be enrolment limitations, CEAB limitations, and pre-requisite requirements September 24, 2014 11

  12. Magellan Course Selection Software  An in-house software developed to help students choose 3 rd and 4 th year courses  Online tool, highly intuitive. Just choose and click. September 24, 2014 12

  13. Your Course Profiles  Your course selection profiles include: – A Main Profile that will be used for your pre-registration – Several supplementary profiles that you experiment with (up to 30+ profiles) – Ultimately you must identify one of your profiles as your “main profile” NOTE: In late July, courses on valid Main Magellan profiles will be uploaded to your ROSI timetable (excluding Arts & Science course). – Due to course flexibility in our program, a conflict-free timetable is not guaranteed. – When ROSI opens for registration, changes can be made to your timetable (pending space). September 24, 2014 13

  14. Course Selection  All ECE courses are grouped by areas of study (Areas 1-6, Science/Math) – Some courses may appear in more than one area  You can specify the courses you wish to select, and the year and the term in which you wish to take it (your 3 rd and 4 th year) – This includes technical electives, one free elective, as well as one CS/HSS course for each term – Terms are noted as follows: • 20149 (2014 year + 9 Fall, i.e. September-December) • 20151 (2015 year + 1 Winter, i.e. January-April) • 20155 (2015 year + 5 Summer, i.e. May-August) September 24, 2014 14

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  16. Evaluating a Profile  Once your profile has been created, click the “Evaluate” button and review the profile  The system automatically computes all possible alternatives to check if your profile meets both the ECE program and CEAB requirements* – The software will identify potential problems – The software will also determine whether you qualify for the CE or EE degree *CEAB AU’s are reviewed and updated (where necessary) on an annual basis. Make sure that you review your Main Profile to verify that these changes have not affected your requirements. September 24, 2014 16

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  18. Core Requirements (1 st & 2 nd Years) September 24, 2014 18

  19. ECE Requirements September 24, 2014 19

  20. CEAB Requirements  Canadian Engineering Accreditation Board – Established by the Canadian Council of Professional Engineers (CCPE) in 1965 to accredit undergraduate engineering programs – Ensures that academic requirements are met – Important for your eventual registration as a professional engineer  CEAB Curriculum Content Requirements – Engineering Science (ES) – Engineering Design (ED) – Natural Science (NS) – Mathematics (MATH) – Complementary Studies (CS) September 24, 2014 20

  21. CEAB Requirements September 24, 2014 21

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