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Schulich School of Engineering
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²ÝÝ®ÎÛÊÓƵµ¼º½ Calendar 2015-2016 Schulich School of Engineering 4. Program Details 4.2 Civil Engineering
4.2 Civil Engineering
Admission

Refer to 3.1 Admissions.

Accelerated Master's Program

Students entering their third year are encouraged to consider the possibility of continuing their education, by enrolling in a master's degree program after completion of their BSc. By taking two or three courses (graduate or undergraduate) during their undergraduate program, which would be additional to their undergraduate degree program requirements, students will position themselves to be able to complete their master's degree in 12 to 16 months after completion of their BSc. Students considering this possibility must consult with the Associate Head, Undergraduate Studies or the Department Head and should review the Faculty of Graduate Studies admission requirements.

Civil 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 Engineering 311
Civil Engineering 337 Engineering 317
Engineering 319 Engineering 407
Engineering 349 Mechanical Engineering 341
Physics 365 or 369 Ìý

Two Complementary Studies CoursesÌý (6 units)

Third Year

Fall Winter
Civil Engineering 413 Civil Engineering 402
Civil Engineering 461 Civil Engineering 423
Civil Engineering 471 Civil Engineering 451
Civil Engineering 481 Civil Engineering 473
Geology 471 Ìý

Engineering 513

Complementary Studies Course (3 units)

Fourth Year

Fall Winter

Civil Engineering 5701

Five Civil Engineering Group A Technical Electives (15 units)

Civil Engineering Group A or Group B Technical Elective (3 units)

Two Civil Engineering Group B Technical Electives (6 units)

Complementary Studies Course (3 units)

1 Six units (two half-course equivalents)

Civil Engineering, Minor in Structural Engineering

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 Engineering 311
Civil Engineering 337 Engineering 317
Engineering 319 Engineering 407
Engineering 349 Mechanical Engineering 341
Physics 365 or 369 Ìý

Two Complementary Studies Courses (6 units)

Third Year

Fall Winter
Civil Engineering 413 Civil Engineering 402
Civil Engineering 461 Civil Engineering 423
Civil Engineering 471 Civil Engineering 451
Civil Engineering 481 Civil Engineering 473
Geology 471 Ìý

Engineering 513

Complementary Studies Course (3 units)

Fourth Year

Fall Winter

Civil Engineering 5701

Civil Engineering 523 Civil Engineering 513
Civil Engineering 551 Civil Engineering 557

Structural Engineering Option (3 units)2

Three Civil Engineering Group A or Group B Technical Electives (9 units)

Complementary Studies course (3 units)

1 Six units (two half-course equivalents)

2 One Structural Engineering graduate course or Civil Engineering 595 (special topics in structures). Department approval required.

Civil Engineering, Minor in Transportation Engineering

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

Ìý

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

FallÌýÌýÌý Winter
Mathematics 375 or Applied Mathematics 307 Engineering 311
Civil Engineering 337 Engineering 317
Engineering 319 Engineering 407
Engineering 349 Mechanical Engineering 341
Physics 365 or 369 Ìý

Two Complementary Studies Courses (6 units)

Third Year

Fall Winter
Civil Engineering 413 Civil Engineering 402
Civil Engineering 461 Civil Engineering 423
Civil Engineering 471 Civil Engineering 451
Civil Engineering 481 Civil Engineering 473
Geology 471 Ìý

Engineering 513

Complementary Studies Course (3 units)

Fourth Year

FallÌýÌýÌý Winter

Civil Engineering 5701

Civil Engineering 575 Civil Engineering 502

Four Civil Engineering Group A Technical Electives (12 units)

Two Civil Engineering Group A or Group B Technical Elective (6 units)

Complementary Studies Course (3 units)

1 Six units (two half-course equivalents)

Civil Engineering, Biomedical Engineering Specialization

Suggested Sequence of Courses

Courses that span two terms can be taken 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 Engineering 311
Civil Engineering 337 Engineering 317
Engineering 319 Engineering 407
Engineering 349 Mechanical Engineering 341
Physics 365 or 369 Biomedical Engineering 309
Biomedical Engineering 301 Complementary Studies Course (3 units)

Third Year

FallÌýÌýÌýÌýÌýÌý Winter
Civil Engineering 413 Civil Engineering 402
Civil Engineering 461 Civil Engineering 423
Civil Engineering 471 Civil Engineering 451
Civil Engineering 481 Civil Engineering 473
Geology 471 Biomedical Engineering 401

Engineering 513

Complementary Studies Course (3 units)

Fourth Year - Thesis Option

FallÌýÌýÌý Winter

Civil Engineering 5701

Three Civil Engineering Group A Technical Electives (9 units)

Two Biomedical Engineering Technical Electives (6 units)

Biomedical Engineering 5002

Two Complementary Studies Courses (6 units)

Fourth Year - Project Option

Fall Winter

Civil Engineering 5701

Three Civil Engineering Group A Technical Electives (9 units)

Two Biomedical Engineering Technical Electives (6 units)

Biomedical Engineering 501

Two Biomedical Engineering, Civil Engineering Group A, or Civil Engineering Group B Technical Electives (6 units)

Two Complementary Studies Courses (6 units)

1 Six units (two half-course equivalents)

2 Nine units (three half-course equivalents)

Civil Engineering, Energy and Environment 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 Engineering 311
Civil Engineering 337 Engineering 317
Engineering 319 Engineering 407
Engineering 349 Mechanical Engineering 341
Physics 365 or 369 Two Complementary Studies Courses (6 units)
Energy and Environment, Engineering 355 Ìý

Third Year

Fall Winter
Civil Engineering 413 Civil Engineering 402
Civil Engineering 461 Civil Engineering 423
Civil Engineering 471 Civil Engineering 451
Civil Engineering 481 Civil Engineering 473
Geology 471 Engineering 513
Energy Management 301 Complementary Studies Course (3 units)

Fourth Year

Fall Winter

Civil Engineering 5701

Science 529 Ìý
Civil Engineering 581 Ìý

Three Energy and Environment Technical Electives (9 units)

Four Civil Engineering Group A Technical Electives (12 units)

1 Six units (two half-course equivalents)

Civil Engineering Approved Technical Electives

Group A

Civil Engineering 513 Civil Engineering 565
Civil Engineering 523 Civil Engineering 575
Civil Engineering 551 Civil Engineering 581

Group B

Civil Engineering 502 Civil Engineering 571
Civil Engineering 504 Civil Engineering 595
Civil Engineering 508 Civil Engineering 597
Civil Engineering 557 Ìý

Notes:

1. One of the Group B Technical Elective course requirements may be satisfied by a 500-level or higher-level course from either the Faculty of Science or the Schulich School of Engineering with the approval of the Department Head. The higher-level course can be a 600-level or higher-level course from the Department of Civil Engineering if the student has a GPA higher than 3.00 at the end of third year and with the approval of the Department Head.

2. All technical elective courses have similar workloads even though the hours in the timetable are variable.

3. Optional undergraduate courses and all graduate courses are offered, in any calendar year, at the discretion of the Department of Civil Engineering.