Undergraduate Program Overview
The Faculty of Applied Science offers an undergraduate program leading to the Bachelor of Applied Science (B.A.Sc.) in Biomedical Engineering. Biomedical Engineering (BME) addresses fundamental problems where human biology and physical design principles intersect. The program gives biomedical engineers the skills required to make scientific discoveries and inventions that promote health.
To ensure the quality of learning, students entering our program must have access to a computer that meets UBC security requirements and has a webcam, microphone, and speaker. Students are advised to check with SBME advisors and instructors on hardware and software requirements necessary, as well as resources available, prior to the start of their program.
Typically, UBC engineering programs begin with a common first year after which students apply for, and are registered in, a specific engineering program in second year. However, entry into the second year of the BME B.A.Sc. program requires BME-specific versions of the first-year courses and students wishing to study in the BME program after their first year are strongly encouraged to apply for registration in the “Pre-Biomedical Engineering Standardized Timetable (PBME STT)” after they apply to UBC’s first-year Engineering Program. The PBME STT is a modified version of the common first year and selection for the modified timetable is limited and competitive. This timetable allows students to take introductory material core to the BME program in Year 1. It also offers priority placement into BME in second year if all criteria are met.
Students apply for the BME B.A.Sc. after completing first-year engineering (or a comparable program at another university or college). Students who are admitted to the BME B.A.Sc. program without completing the PBME STT will have to complete any missing course requirements.
Students completing their first year in the PBME-modified first-year timetable will also be eligible for second-year placement into other Engineering programs at UBC.
First Year - Pre-Biomedical Engineering Standardized Timetable | |
---|---|
APSC_V 100 | 3 |
APSC_V 160 | 3 |
BMEG_V 1011 | 3 |
BMEG_V 1021 | 2 |
CHEM_V 121 | 4 |
CHEM_V 123 | 4 |
MATH_V 100 | 3 |
MATH_V 101 | 3 |
MATH_V 152 | 3 |
PHYS_V 157 | 3 |
PHYS_V 158 | 3 |
PHYS_V 170 | 3 |
WRDS_V 150 | 3 |
Total Credits | 40 |
1Students who come into Biomedical Engineering without taking BMEG_V 101 and BMEG_V 102 must take all of APSC_V 101, PHYS_V 159 (or equivalent) and BMEG_V 200. |
2022W Second Year Entry or Later to the Biomedical Engineering Program
Numerous specializations are available within Biomedical Engineering, by appropriate choice of several technical electives. These specializations include: Biomaterials; Biomechanics; Cellular Bioengineering; Biomedical Informatics; and Biomedical Systems and Signals among others. Specialization guides, consisting of groups of courses with their list of pre- and co-requisite courses in a particular area, will be provided to the students as guidance. The students can choose all the courses from a particular specialization guide or they can construct their own set of courses from the full list of technical electives. The undergraduate advisors and student services staff are available to advise the students on the specialization guides and potential strengths and considerations of other combinations of courses. Please consult the program website for a full list of specializations and technical elective selections. https://www.bme.ubc.ca/
2022W Second Year Entry of Later Program Requirements
Second Year | ||
BMEG_V 201 | 3 | |
BMEG_V 210 | 3 | |
BMEG_V 220 | 4 | |
BMEG_V 230 | 4 | |
BMEG_V 245 | 4 | |
BMEG_V 250 | 4 | |
BMEG_V 257 | 4 | |
CPEN_V 221 or 223 | 4 | |
MATH_V 253 or 226 | 3 | |
MATH_V 256 | 3 | |
MATH_V 264 | 1 | |
Total Credits | 37 | |
Third Year | ||
BIOC_V 202 | 3 | |
BMEG_V 310 | 4 | |
BMEG_V 321 | 3 | |
BMEG_V 350 | 4 | |
BMEG_V 357 | 3 | |
BMEG_V 371 | 3 | |
CHEM_V 233 | 3 | |
CHEM_V 235 | 1 | |
STAT_V 251 | 3 | |
Technical Electives1 | 6 | |
Complementary Studies Electives2 | 3 | |
Total Credits | 36 | |
Fourth Year | ||
BMEG_V 401 | 3 | |
BMEG_V 455 | 3 | |
BMEG_V 457 | 6 | |
STAT_V 300 | 3 | |
Technical Electives1 | 15 | |
Complementary Studies Electives2 | 6 | |
Total Credits | 36 | |
1 To be chosen from a Technical Elective course list available on the program website in consultation with an undergraduate advisor. https://www.bme.ubc.ca/ | ||
2 See Complementary Studies Courses. Students planning to apply to Medical School should take a first-year English course as their complementary studies elective. Students should confirm the specific pre-requisite courses for the Medical School(s) to which they will apply. |
2018W - 2021W Second Year Entry into the Biomedical Engineering Program
The program is offered four streams of technical electives to allow students to focus on particular areas of Biomedical Engineering: Cellular Bioengineering; Biomedical Systems and Signals; Biomechanics and Biomaterials; and Biomedical Informatics. Students should consult the program website for technical elective selection for each stream.
NOTE: Students who enter Year 3 standing in 2023W or later will be in the “specializations” curriculum, which has different requirements from the original “streams” curriculum.
The program is designed to align with admissions criteria for medical school. Students intending to apply to medical school after their biomedical engineering program must take a first-year English course as a complementary study. Other courses within the program are considered equivalent for the purposes of the Biology content recommended by the UBC Faculty of Medicine.
2018W - 2021W Second Year Entry Program Requirements
Second Year | |
BMEG_V 201 | 3 |
BMEG_V 210 | 3 |
BMEG_V 220 | 4 |
BMEG_V 230 | 4 |
BMEG_V 245 | 4 |
BMEG_V 250 | 4 |
BMEG_V 257 | 4 |
CHBE_V 251 | 3 |
CPEN_V 221 or CPEN_V 2231 | 4 |
MATH_V 253 or 226 | 3 |
MATH_V 256 | 3 |
MATH_V 264 | 1 |
Total Credits | 40 |
Third Year | |
BIOC_V 202 | 3 |
BMEG_V 310 | 4 |
BMEG_V 321 | 3 |
BMEG_V 350 | 4 |
BMEG_V 357 | 3 |
BMEG_V 371 | 3 |
CHEM_V 233 | 3 |
CHEM_V 235 | 1 |
STAT_V 251 | 3 |
Stream-based Courses | 9 |
Complementary Studies Electives2 | 3 |
Total Credits | 39 |
Fourth Year | |
BMEG_V 401 | 3 |
BMEG_V 455 | 3 |
BMEG_V 457 | 6 |
STAT_V 300 | 3 |
Stream-based Courses | 18 |
Complementary Studies Electives2 | 6 |
Total Credits | 39 |
1 Students planning to complete the Bioinformatics option should take CPEN_V 221. | |
2 See Complementary Studies Courses. Students planning to apply to Medical School should take a first-year English course as their complementary studies elective. Students should confirm the specific pre-requisite courses for the Medical School(s) to which they will apply. |
Stream Based Courses (Please note, Streams for this program are no longer offered).
Students completing the Cellular Bioengineering Stream must complete the following: | |
BIOC_V 302 | 3 |
BMEG_V 374 | 3 |
BMEG_V 470 | 3 |
CHBE_V 381 | 3 |
Additional technical electives4 | 15 |
Students completing the Biomedical Informatics Stream must complete the following: | |
CPSC_V 221 | 4 |
CPSC_V 340 | 3 |
Either MATH_V 220 | 3 |
Or CPSC_V 121 | 4 |
Additional technical electives4 | 16 (if taking CPSC_V 121) 17 (if taking MATH_V 220) |
Students completing the Biomedical Systems and Signals Stream must complete the following: | |
BMEG_V 320 | 3 |
ELEC_V 221 | 4 |
Additional technical electives4 | 20 |
Students completing the Biomaterials and Biomechanics Stream must complete the following: | |
APSC_V 278 | 3 |
APSC_V 279 | 1 |
BMEG_V 330 | 3 |
MECH_V 260 | 3 |
Additional technical electives4 | 17 |
4 To be chosen from a course list available on the program website and in consultation with an undergraduate advisor. |
Cooperative Education Experiential Work Terms
Cooperative education experiential learning placements are an integral part of the Bachelor of Applied Science in Biomedical Engineering program. Students will typically complete four 4-month experiential learning placements coordinated through the Applied Science Co-op Program. Work terms can take place during the Winter or Summer terms. Students should refer to the program website for the current schedule. Students unable to complete one or more co-op terms should consult with a departmental advisor.