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Schulich School of Engineering
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Áù¾ÅÉ«Ìà Calendar 2015-2016 Schulich School of Engineering 4. Program Details 4.8 Software Engineering
4.8 Software Engineering
Admission

Refer to 3.1 Admissions.

Software Engineering, Regular Program

Suggested Sequence of Courses

Courses that span two terms can be taken in either term.

First Year

Fall Winter
Mathematics 275 or Applied Mathematics 217 Mathematics 277 or Applied Mathematics 219
Engineering 200 Engineering 202
Engineering 233 Engineering 225
Mathematics 211 Physics 259

Chemistry 209

Engineering 201

Complementary Studies Course (3 units)

Second Year

Fall Winter
Mathematics 375 or Applied Mathematics 307 Computer Science 319
Computer Engineering 339 Computer Engineering 369
Electrical Engineering 353 Electrical Engineering 327
Engineering 319 Software Engineering for Engineers 409
Physics 365 or 369 Mathematics 271

Complementary Studies Course (3 units)

Third Year

Fall Winter
Computer Engineering 511 Software Engineering 401
Ìý Software Engineering 403
Ìý Software Engineering 437
Ìý Software Engineering 471

Computer Science 441

Computer Science 457

ComputerÌýScience 471

Software Engineering 301

Two Complementary Studies Courses (6 units)

Fourth Year

Fall Winter
Software Engineering 511 Software Engineering 5331
Software Engineering 521 Ìý

Electrical Engineering 5002

Four Software Engineering Technical Electives (12 units)

Engineering 513

Complementary Studies Course (3 units)

1 The total number of technical electives in the software engineering degree program is 12 units (four half-course equivalents). Students entering fourth year who have not completed a technical elective in third year must take must take four 3-unit technical electives in fourth year. Student who have completed Computer Engineering 417 and Computer Engineering 491 are not required to take Software Engineering 533, but may elect to take Software Engineering 533 as a technical elective. Students must meet all engineering complementary studies requirements (see Section 3.3).

2 6 units (two half-course equivalents).

Software Engineering, Biomedical Engineering Specialization

Suggested Sequence of Courses

Courses that span two terms can be taken in either term.

First Year

Fall Winter
Mathematics 275 or Applied Mathematics 217 Mathematics 277 or Applied Mathematics 219
Engineering 200 Engineering 202
Engineering 233 Engineering 225
Mathematics 211 Physics 259

Chemistry 209

Engineering 201

Complementary Studies Course (3 units)

Second Year

Fall Winter
Mathematics 375 or Applied Mathematics 307 Computer Science 319
Computer Engineering 339 Computer Engineering 369
Electrical Engineering 353 Electrical Engineering 327
Engineering 319 Software Engineering for Engineers 409
Biomedical Engineering 301 Mathematics 271
Complementary Studies Course (3 units) Biomedical Engineering 309

Third Year

Fall Winter
Computer Engineering 511 Software Engineering 401
Physics 365 or 369 Software Engineering 403
Ìý Software Engineering 437
Ìý Software Engineering 471
Ìý Biomedical Engineering 401

Computer Science 441

Computer Science 471

Software Engineering 301

Two Complementary Studies Courses (6 units)Ìý

Fourth Year - Thesis Option

Fall Winter
Software Engineering 511 Software Engineering 5331
Software Engineering 521 Ìý

Electrical Engineering 5003

Biomedical Engineering 5002

Two Biomedical Engineering Technical Electives (6 units)

Engineering 513

Complementary Studies Course (3 units)

Fourth Year - Project Option

Fall Winter
Software Engineering 511 Software Engineering 5331
Software Engineering 521 Ìý

Electrical Engineering 5003

Biomedical Engineering 501

Two Biomedical Engineering Technical Electives (6 units)

Two Biomedical Engineering or Software Engineering Technical Electives (6 units)

Engineering 513

Complementary Studies Course (3 units)

1 The total number of technical electives in the software engineering degree program is 12 units (four half-course equivalents). Students entering fourth year who have not completed a technical elective in third year must take four technical electives in fourth year. Students who have completed Computer Engineering 417 and Computer Engineering 491 are not required to take Software Engineering 533, but may elect to take Software Engineering 533 as a technical elective. Students must meet all engineering complementary studies requirements (see Section 3.3).

2 9 units (three half-course equivalents).

3 6 units (two half-course equivalents).

Software Engineering Approved Technical Electives

Select four half-course equivalents.

Biomedical Engineering 509** Electrical Engineering 591
Biomedical Engineering 515** Electrical Engineering 599
Biomedical Engineering 585 Software Engineering 501
Computer Science 411 Software Engineering 513
Computer Science 453 Software Engineering 523
Computer Science 457 Software Engineering 541
Computer Engineering 509 Software Engineering for Engineers 519*
Computer Engineering 515 Software Engineering for Engineers 545
Computer Engineering 517 Electrical Engineering 592
Electrical Engineering 503 Electrical Engineering 594
Electrical Engineering 525 Ìý
Electrical Engineering 563

*A maximum of three Software Engineering for Engineers 519 courses can be selected as technical electives.

**A maximum of one of Biomedical Engineering 509 or Biomedical Engineering 515 can be selected as technical electives.

Notes:

1. Selection of a course not on this list requires department approval. Elective courses are offered, in any calendar year, at the discretion of the department.

2. Computer Science 471, Data Base Management Systems, may be used as a technical elective only by students whose program did not include Computer Science 471 as a required course. Students may not take Computer Science 471 as a technical elective if they have already completed Software Engineering for Engineers 519.31.

3. All technical elective courses have similar workloads even though the hours in the timetable are variable. One 500-level or high course from either the Faculty of Science or the Schulich School of Engineering may be approved by the Associate Head or by the Program Director as a technical elective. Optional undergraduate courses and all graduate courses are offered, in any calendar year, at the discretion of the department.