Engineering Physics and Society, Engineering Physics and Society Co-op (B.Eng.Society)

Admission to Level II Engineering Programs

Admission to Level II Engineering programs requires completion of all 31 units of required Engineering I courses. Students must maintain a Cumulative Grade Point Average (GPA) of 4.0. All programs have limited enrolment; should there be more applicants than the limiting number in any program, admission to that program will be based on the student’s Cumulative Grade Point Average.

In addition, admission to a B.Eng.Mgt. program requires the completion of ECON 1B03  with a minimum grade of 5.0; an interview may also be required.

Students admitted to a B.Eng.Society program are required to submit a statement indicating the educational objectives for the focus electives.

Students seeking admission to the Engineering and Management program, or the Engineering and Society program must first be admitted to the relevant department. Thereafter, they will be considered for admission to one of these two programs.

Notes

1. Approved technical electives for a total of 33-36 units:
   • Students must take at least 3 units of Approved Engineering technical electives outside of Engineering Physics
   • Students must take at least 17 units of Approved technical electives from the Engineering Physics course offerings
   • Remaining units: Students may take any approved Engineering or Science technical elective (including Engineering Physics)
2. Approved technical electives are available in a list on the Engineering Physics website.  Subject to Chair approval, students may replace Engineering Physics technical electives with approved Science or Engineering courses. Also subject to Chair approval, courses not appearing on the technical elective list may qualify as acceptable technical electives. Students are free to choose their technical electives according to their own interests, but may consider the following course recommendations for an interdisciplinary program of study or a specialty in nano- and micro-devices engineering, nuclear engineering and energy systems, photonics engineering, or biomedical engineering. Students are responsible for ensuring that they fulfill the prerequisites for each course.
   • Interdisciplinary Engineering: ENGPHYS 3D03 , 3E03 , 3ES3 , 3F03 , 3G04 A/B , 3O04 , 3PN4 , 4MD3 , 4P03 , and 4S03 .
   • Nano- and Micro-Devices Engineering: ENGPHYS 3E03 , 3F03 , 3PN4 , 4MD3 , 4S03 , and 4U02  (nano- and micro-devices section) 4X03 , 4Z03 .
   • Nuclear Engineering and Energy Systems: ENGPHYS 3D03 , 3ES3 , 3O04 , 4D03 , 4NE3 , 4P03 , 4PP3 , and 4U02  (nuclear section).
   • Photonics Engineering: ENGPHYS 3E03 , 3G04 A/B , 3PN4 , 4I03 , 4S03 , 4U02  (photonics section) 4X03 , and 4Z03 .
   • Biomedical Engineering: ENGPHYS 3E03 , 3G04 A/B , 4I03 , and 4U02  (biomedical section).
   • Smart Systems Engineering: ENGPHYS 3G04 A/B , 3PN4 , 4MD3 , SFWRENG 2MP3 , 2MD3 , MECHENG 4R03 , ELECENG 4CL4 , and 6-8 units from ELECENG 3FK4 , 3TR4 , MECHENG 4E03 , 4H03  
3. Students in a Co-op program must complete ENGINEER 1EE0  in addition to the academic requirements specified in this calendar. ENGINEER 2EC0  will be added to the academic record for each 4 month work term.

Requirements