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2022-2023

The Undergraduate Calendar

 

 

Academic Plans and Requirements

Software Engineering
Software Engineering

The Honours Software Engineering plan leads to a Bachelor of Software Engineering (BSE) degree.

Admissions

The Software Engineering Board, in consultation with the faculties of Engineering and Mathematics and their admissions committees, determines the admission requirements for Software Engineering.

For details on admission information, see the Admissions section of this Calendar.

Options, Specializations, Minors, and Joint Honours

Software Engineering students are considered as both Mathematics and Engineering students, and can thus take advantage of degree enhancements available to students from either faculty. These enhancements take the form of additional plans such as options, specializations, minors, and joint honours.

Software Engineering students are eligible for either the Artificial Intelligence Option (Engineering) or the Artificial Intelligence Specialization (Computer Science), but cannot graduate with both degree enhancements. See the full list of Computer Science specializations or the full list of Options, Specializations and Electives for Engineering Students.

The following Mathematics Joint Honours plans are also approved as additional plans for BSE students:

BSE students are not eligible to add Joint Computer Science (Bachelor of Mathematics), Joint Bachelor of Computer Science plans, or stand-alone BMath Honours plans from the Faculty of Mathematics. BSE students pursuing a Joint Honours plan are not required to satisfy the Table 2 Faculty Core Courses requirements in the degree requirements for all Mathematics students. These students are still required to fulfil all requirements for the BSE. 

BSE students may be eligible to add other options, specializations, or minors in Mathematics, Engineering, or other faculties, subject to the approval of the Software Engineering associate director. Students should be aware that adding plans will constrain their choice of electives, and may require additional courses. Thus, it is advisable to start preparing for additional plans in the first and second years. Students should also consider the benefits of not adding plans, in that they are better able to personalize their curriculum if they have more flexibility in choosing their electives. Students interested in pursuing additional academic plans, see invalid credential combinations.

Software Engineering Awards

Students in the Bachelor of Software Engineering plan are eligible for Awards of Excellence in the Faculty of Mathematics. Students in the Bachelor of Software Engineering plan are eligible for Awards of Excellence in the Faculty of Engineering.

Honours Software Engineering

The Software Engineering plan is offered jointly by the David R. Cheriton School of Computer Science and the Department of Electrical and Computer Engineering; it is only offered in the co-operative 8-stream.

Students will be considered members of both the Faculty of Engineering and the Faculty of Mathematics, although for administrative purposes they will be registered officially in a separate unit. Students will be promoted based on the Examinations and Promotions rules used in the Faculty of Engineering. A non-voting representative from the Faculty of Mathematics will sit on the Engineering Examinations and Promotion Committee, to provide insight into the policies, philosophies, culture, and requirements that pertain to Mathematics students. The Software Engineering plan is also considered an Honours Mathematics plan for purposes of student access to Mathematics courses. The Software Engineering advisor will advise students on how to achieve their academic goals.

Legend for Study/Work Sequence Table

Key Description
F,W,S F=fall term, W=winter term, S=spring term
1,2,3,4 plus A or B Denotes academic year and term.
WT Denotes scheduled work terms.

Study/Work Sequence

Sequence F W S F W S F W S F W S F W
Stream 8 1A 1B WT 2A WT 2B WT 3A WT 3B WT 4A WT 4B

Academic Curriculum

The term-by-term academic component of the curriculum is as follows:

Term 1A (Fall)

  • CS 137 Programming Principles (3 LEC,1 TUT,2 LAB)
  • ECE 105 Classical Mechanics (3 LEC,1 TUT, 1.25 LAB)
  • MATH 115 Linear Algebra for Engineering (3 LEC,2 TUT)
  • MATH 117 Calculus 1 for Engineering (3 LEC,2 TUT)
  • MATH 135 Algebra for Honours Mathematics (3 LEC,1 TUT)
  • SE 101 Introduction to Methods of Software Engineering (1 SEM,2 LAB)

Term 1B (Winter)

  • CS 138 Introduction to Data Abstraction and Implementation (3 LEC,1 TUT,2 LAB)
  • ECE 106 Electricity and Magnetism (3 LEC,1 TUT,1.25 LAB)
  • ECE 124 Digital Circuits and Systems (3 LEC,1 TUT,1.25 LAB)
  • ECE 140 Linear Circuits (3 LEC,2 TUT,1.25 LAB)
  • MATH 119 Calculus 2 for Engineering (3 LEC,2 TUT)
  • SE 102 Seminar (1 SEM)

Term 2A (Fall)

  • CHE 102 Chemistry for Engineers (see Note 7) (3 LEC,2 TUT)
  • CS 241 Foundations of Sequential Programs (3 LEC,1 TUT,2 LAB)
  • ECE 222 Digital Computers (3 LEC,1 TUT,1.25 LAB)
  • SE 201 Seminar (1 SEM)
  • SE 212 Logic and Computation (3 LEC,1 TUT)
  • STAT 206 Statistics for Software Engineering (see Note 5) (3 LEC,1 TUT)
  • Undergraduate Communication Requirement (see Note 6)

Term 2B (Spring)

  • CS 240 Data Structures and Data Management (3 LEC,3 LAB)
  • CS 247 Software Engineering Principles (3 LEC,1 TUT, 3 LAB-unscheduled)
  • CS 348 Introduction to Database Management (3 LEC,1 LAB)
  • ECE 192 Engineering Economics and Impact on Society (2 LEC,1 TUT)
  • MATH 239 Introduction to Combinatorics (3 LEC,1 TUT)
  • SE 202 Seminar (1 SEM)
  • Elective (see Note 1)
  • WKRPT 200 Work-term Report

Term 3A (Winter)

  • CS 341 Algorithms (3 LEC,3 LAB)
  • CS 349 User Interfaces (3 LEC,1 LAB-unscheduled)
  • MATH 213 Signals, Systems, and Differential Equations (3 LEC,1 TUT)
  • SE 301 Seminar (1 SEM)
  • SE 350 Operating Systems (3 LEC,1 TUT,1.25 LAB)
  • SE 465 Software Testing and Quality Assurance (3 LEC,1 TUT,3 LAB-unscheduled)
  • Elective (see Notes 1 and 2)

Term 3B (Fall)

  • CS 343 Concurrent and Parallel Programming (3 LEC,3 LAB)
  • ECE 358 Computer Networks (3 LEC,1 TUT,1.25 LAB)
  • SE 302 Seminar (1 SEM)
  • SE 380 Introduction to Feedback Control (3 LEC,1 TUT,1.25 LAB)
  • SE 390 Design Project Planning (2 LEC,2 PRJ,LAB-unscheduled)
  • SE 464 Software Design and Architectures (3 LEC,1 TUT,3 LAB-unscheduled)
  • Elective (see Notes 1 and 2)
  • WKRPT 300 Work-term Report

Term 4A (Spring)

  • SE 401 Seminar (1 SEM)
  • SE 463 Software Requirements Specification and Analysis (3 LEC,1 TUT,3 LAB-unscheduled)
  • SE 490 Design Project 1 (2 LEC,9 PRJ,LAB-unscheduled)
  • Three Electives (see Notes 1 and 3)
  • WKRPT 400 Work-term Report

Term 4B (Winter)

  • SE 402 Seminar (1 SEM)
  • SE 491 Design Project 2 (2 LEC,2 PRJ,LAB-unscheduled)
  • Four Electives (see Notes 1 and 3)

Advanced Technical Electives

The three advanced technical electives (ATEs) comprise fourth-year CS or ECE course offerings. Students are advised to plan ahead when selecting ATEs. Most ATEs are not offered every term, and some ATEs have other ATEs as prerequisites. The academic advisors may approve other courses.

CS List

One of the following CS courses:

  • CS 360 Introduction to the Theory of Computing
  • CS 365 Models of Computation
  • CS 370 Numerical Computation
  • CS 371 Introduction to Computational Mathematics
  • CS 442 Principles of Programming Languages
  • CS 444 Compiler Construction
  • CS 448 Database Systems Implementation
  • CS 449 Human-Computer Interaction
  • CS 450 Computer Architecture
  • CS 451 Data-Intensive Distributed Computing
  • CS 452 Real-time Programming
  • CS 454 Distributed Systems
  • CS 457 System Performance Evaluation
  • CS 458 Computer Security and Privacy
  • CS 462 Formal Languages and Parsing
  • CS 466 Algorithm Design and Analysis
  • CS 479 Neural Networks
  • CS 480 Introduction to Machine Learning
  • CS 484 Computational Vision
  • CS 485 Statistical and Computational Foundations of Machine Learning
  • CS 486 Introduction to Artificial Intelligence
  • CS 487 Introduction to Symbolic Computation
  • CS 488 Introduction to Computer Graphics
  • CS 489 Advanced Topics in Computer Science
ECE List

One of the following ECE courses:

One additional course from the CS and ECE Lists above, or from the Extended List below.

Extended List
  • CO 331 Coding Theory
  • CO 342 Introduction to Graph Theory
  • CO 351 Network Flow Theory
  • CO 353 Computational Discrete Optimization
  • CO 367 Nonlinear Optimization
  • CO 456 Introduction to Game Theory
  • CO 481 Introduction to Quantum Information Processing
  • CO 485 The Mathematics of Public-Key Cryptography
  • CO 487 Applied Cryptography
  • MSCI 343 Human-Computer Interaction
  • MSCI 446 Introduction to Machine Learning
  • MSCI 543 Analytics and User Experience
  • MTE 544 Autonomous Mobile Robots
  • MTE 546 Multi-Sensor Data Fusion
  • SE 498 Advanced Topics in Software Engineering
  • STAT 440 Computational Inference
  • STAT 441 Statistical Learning - Classification
  • STAT 442 Data Visualization
  • STAT 444 Statistical Learning - Advanced Regression
  • SYDE 533 Conflict Resolution
  • SYDE 543 Cognitive Ergonomics
  • SYDE 548 User-Centred Design Methods
  • SYDE 552 Computational Neuroscience
  • SYDE 556 Simulating Neurobiological Systems
  • SYDE 575 Image Processing

Science Course Electives

Normally, the science course electives (SCEs) are in the natural sciences, chosen from the list below. Alternate courses may be chosen in consultation with the SE academic advisors.

Two of

Linkage Electives

Three linkage electives (LEs) courses as specified below. Students should be aware that these courses may have enrolment limits, or may not fit their schedules.

One course on Societal Issues:

One additional course on Humanities and Social Sciences:

One course on Communications (see Note 6)

Notes

  1. There are 10 electives. These electives must include three Advanced Technical Electives, two Science Course Electives, and three Linkage Electives. For their remaining two electives, students may choose to take additional courses from the elective lists above or any other 0.5 credit course(s) for which they meet the requisites. Advanced Technical Electives may not be taken before the 3A term.
  2. Students must take one elective in third year, but can choose to take it in either 3A or 3B. Students may take electives in both terms if they choose.
  3. Students may choose to take three electives in 4A and four electives in 4B, instead of two in 4A and five in 4B.
  4. Students enrolled in Software Engineering will only be permitted to use the WD and WF (see Grades for descriptions) provisions used in the Faculty of Mathematics to withdraw from extra courses taken above the degree requirements.
  5. Students may replace STAT 206 and one of their unrestricted electives with the combination of STAT 230 and STAT 231.
  6. The linkage elective on communication (Undergraduate Communication Requirement) is normally taken in the 2A term. It must be completed with a grade of at least 60% prior to enrolling in the 3A term.
  7. CHE 102 is treated as an elective for the purpose of reduced load; that is, students may take CHE 102 either before or after their 2A term. Students may take CHEM 120 instead of CHE 102.

Undergraduate Communication Requirement

Strong communication skills are essential to academic, professional, and personal success. As such, Software Engineering students must take a course from the Linkage Elective Undergraduate Communication Requirement List in the 2A term. This elective list is intended to include all of Mathematics Undergraduate Communication Requirement List 1, and selections from Mathematics Undergraduate Communication Requirement List 2. Communication skills are further developed and evaluated in three work-term reports (described below) and in SE 101, SE 390, SE 490, and SE 491.

Three Work-term Reports

Work-term reports (WKRPTs) are listed as part of the Software Engineering curriculum; they are treated as courses that a BSE student must successfully complete to satisfy the plan requirements. They appear on all grade reports and transcripts, but they are not used in calculating term averages.

Each work-term report requirement is satisfied by earning a grade of satisfactory or better on a work-term report related to the previous term's co-op employment. Each work-term report must be submitted at the beginning of the academic term in which it is listed as a course; it is due seven days after the first official day of lectures. Reports submitted after the due date will receive a failing grade and will be evaluated the following academic term.

Failed work-term reports contribute to a student's accumulated failed-course count. They also appear on a student's transcript. Once a failure has cleared, the original grade will still be listed on the transcript but will be annotated with a credit (CR) in the "sup" field.

Professional Development Courses

Five professional development (PD) courses are required as described in the BASc and BSE specific degree requirements section on Work Terms. Two core PD courses are specified for all engineering students: PD 19 and PD 20. Due to the importance of understanding the legal and ethical ramifications of software development, Software Engineering students are also required to take PD 10. This course replaces one of the PD electives, such that Software Engineering students have three core PD courses (PD 10, PD 19, and PD 20) and two PD elective courses. Software Engineering students are automatically enrolled in PD 10, PD 19, and PD 20 but must enrol in the elective PD courses using the normal Quest enrolment process.

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