Last update – 2019 June 12. Edits and additions in red.
Below are notes about the current status of IGEN Technical Elective Requirements. Please contact the Academic Adviser for further clarifications, or if an error is in the material below (email@example.com).
- Student Advising on Technical Electives – There is no formal review procedure or approval during the year for these requirements, and is the student responsibility to ensure that requirements are met prior to applying for graduation during your final year. To ensure you are on track, you are highly recommended to contact the IGEN Academic Advisor (nakane) to regularly review your Technical Electives to ensure that they meet the requirements listed below.
- 18 Credits of Technical Electives – You must take 18 credits of technical electives in your third and fourth years. You are encouraged to take a combination of 300- and 400-level courses that supports your academic and career goals, given the constraints with respect to specialization, technical content, and other items noted below.
- Major, Minor and Tertiary Requirements – You must select nine (9) credits in one engineering discipline as your major, six (6) credits in a different discipline as your minor, and three (3) credits from a discipline of your choice as your tertiary requirement. Your tertiary requirement is allowed to overlap with your major or minor.
- Engineering Disciplines – You may choose to specialize in any of the engineering disciplines offered by UBC-Vancouver. The disciplines are listed here:
- 3 credits of 200-level course allowed as a prerequisite to other courses: Some electives require a second year course as a pre-requisite. A maximum of three (3) credits of second year courses in the Applied Science faculty may be used as a technical elective if and only if it is a prerequisite for a third or fourth year technical elective.
- Graduate Courses allowed – You can do a graduate course as a technical elective. However, note that to do a graduate course you must be in 4th year, have a 76% or better average, and obtain permission from the Faculty of Graduate Studies. Also, some graduate courses are “piggy-backed” onto undergraduate courses, that is, the graduate course is the undergraduate course plus, for example, some extra independent work.
- Adding Credits from 4-credit courses – You may use credits from 4-credit courses and combine them in different ways to make up an area of your Major, Minor, or Tertiary requirement, provided that you fulfill the requirement for Majors and Minors coming from different disciplines. In practice, students have been able to combine additional credits from different disciplines to make up the 3 credits required for the Tertiary requirement, there is no requirement that all 3 credits for the Tertiary requirement come from one disciplin.
- Note that this does not extend to 200-level courses, which are still limited to a maximum of 3 credits.
- ELEC 341 Controls Course – Note that there is a 1-credit surplus in the IGEN core program for students who take ELEC 341 as the Controls option in the program (instead of CHBE 356), as the Controls Requirement for IGEN only needs 3 credits. This 1-credit surplus from ELEC 341 can be combined with other courses as part of the Major, Minor, or Tertiary requirement.
- Types of courses allowed
- Core technical required courses in the engineering disciplines which are taught by Applied Science
- Types of courses which need to be reviewed by the IGEN Academic Advisor prior to approval
- Core courses from other programs taught outside of Applied Science (e.g. science courses in MATH, CHEM, BIOL, STAT)
- Types of courses typically NOT allowed
- Design courses and Thesis courses, where there is a significant focus on group or independent design work.
- Courses which are normally counted as part of the Complementary Studies courses, which include:
- Technical Communication
- Engineering Economics
- Impact of Engineering on Society, Sustainability, and Environmental Stewardship
- Courses with significant overlap with existing required IGEN courses.
- Department-specific notes:
- CPEN – 300 and 400-level courses in Computer Science (CPSC) are allowed as technical electives for the CPEN option
- IGEN – Integrated Engineering courses offers some 400-level courses directed towards Pipeline Engineering. These courses may be taken and counted as an IGEN Major, Minor, or Tertiary requirement. In consultation with the IGEN Academic Advisor, some of these courses may be combined with other Engineering Disciplines to count towards those programs (possibly MECH, CIVL, MTRL). Consult the Academic Advisor for review and approval.
Below are old notes about the Technical Electives, kept here for now for completeness. Please use the points noted above as the primary reference.
You must take 18 credits of technical electives in your third and fourth years. With very few exceptions, these electives must be taught within the Applied Science faculty. Within the constraints described in the following paragraph, you are free to take any combination of third and fourth year courses that interests you.
You must select nine (9) credits in one traditional engineering discipline, six (6) credits in a different traditional discipline, and three (3) credits from a discipline of your choice. Note the words “traditional engineering discipline”. This typically means courses from one of the six departments (CHBE, CIVL, EECE, MECH, MINE, MTRL). Depending on your interests, there is some latitude in the selection of the three (3) credits in a discipline of your choice.
In general any technical elective course available to students in a department is available to IGEN students. It is up to you to research the courses that are available and select the relevant ones for your academic development. It is suggested that you browse through the calendar. Please consult the IGEN undergraduate advisor if you have any questions.
Please note the following:
- Some electives require a second year course as a pre-requisite. A maximum of three (3) credits of second year courses in the Applied Science faculty may be used as a technical elective if and only if it is a prerequisite for a third or fourth year technical elective.
- You can do a graduate course as a technical elective. However, note that to do a graduate course you must be in 4th year, have a 76% or better average, and obtain permission from the Faculty of Graduate Studies. Also, some graduate courses are “piggy-backed” onto undergraduate courses, that is, the graduate course is the undergraduate course plus, for example, some extra independent work.
Inform the IGEN Undergradradute Advisor of your plans prior to registering for any technical elective. Once you’ve informed the advisor, there are two ways to register in a technical elective: 1) on-line, or 2) if you are unable to register on-line (course full or restrictions), you must fill out an add/drop form (available from Engineering Student Services) which requires signatures from the course instructor AND the IGEN Undergraduate Advisor. You can collect these signatures during the first week of a course and submit it to Engineering Student Services to be officially registered in the technical elective.
If you want to use a course that is core in the program of a department, then it may be difficult to get permission to register for the course. Some departments have seats available for IGEN students in their technical electives.
Scheduling electives can be tricky and several options are available. Use the Student Services Center to investigate all the options as much as possible. Note that the web calendar is more up to date and is considered official.
Not wishing to dwell on the negative, but wishing to make things even easier, a list of courses in the Applied Science faculty that you cannot use as a technical elective is given below. Generally, if the course is a project or thesis course, or if the course content overlaps significantly with that of a core course, you cannot take it.
|EECE 370, 373, 374, 376||Electro mechanics||EECE 365 in IGEN core
Credit only be given for one of
EECE 365, 370, 373, 374 or 376
|EECE 375 (6)||Computer-Based Instrumentation Design Laboratory||Really a project course|
|EECE 419 (5)||Software Engineering Project||A project course|
|EECE 450 (3)||Economic Analysis of Engineering Projects||Engineering economics course|
|EECE 474 (6)||Instrumentation and Design Laboratory||Really a project course|
|EECE 496 (5)||Engineering Project||A project course|
|CHBE 452 (6)
CHBE 453 (6)
CHBE 454 (6)
|Environmental Process Design Project
Biotechnology Process Design Project
Process Design Project
|All project courses|
|CHBE 459 (3)||Chemical and Biological Engineering Economics||Engineering economics course|
|CIVL 322 (3)||Project Based Learning in Civil Engineering Materials||A project course|
|CIVL 402 (2)||Engineering Law and Contracts in Civil Engineering||CIVL version of APSC 450|
|CIVL 403 (3)||Engineering Economic Analysis||Engineering economics course|
|MECH 430 (3)||Engineering Data Analysis||MECH version of STAT 251|
|MECH 431 (3)||Engineering Economics||Engineering economics course|
|MECH 455, 456, 457, 458||Mechanical Engineering or Electromechanical Design Projects||All project courses|
|MINE 396||Engineering Economics||Engineering economics course|
|MINE 491 (4)||Mine and Plant Feasibility Study||A project course|
|MTRL 455 (3)||Economic Aspects of Metals and Materials Engineering||Engineering economics course|
|MTRL 464, 465, 466, 467||Engineering Design, Engineering Project||All project courses|