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Co-op program

Combine you undergraduate degree with paid, hands-on work experience.

Why choose Co-op in Chemistry & Biochemistry?

  • Co-op allows you to apply your knowledge in professional internships by alternating between study and work terms. 
  • Co-op provides access to three paid full-time internships throughout your degree.
  • Positions are often based around Montreal, but could also take place elsewhere in Canada.

C.Edge option

  • C.Edge (Career Edge) is a lighter, more flexible option than Co-op
  • C.Edge provides access to one paid full-time internship, typically during a winter or summer term.

Program structure

The academic content of the Co-op program option is similar to the regular Chemistry and Biochemistry programs, with some specific course recommendations to strengthen job readiness. 

Co-op students alternate their academic semesters with off-campus paid work terms in government or industrial laboratories where they are employed as (bio)chemists in-training.

Sample schedules

Browse sample schedules to give you an idea of how you can structure your Co-op experience with your BSc program. Your individual schedule will vary depending on your outstanding prerequisites.

To discuss the ESS scheduling options, contact Xavier Ottenwaelder: dr.x@concordia.ca.

If your first summer term falls in an odd-numbered year (for example, Summer 2027), your schedule could look like this:

Year Fall Winter Summer
Year 1
  • CHEM 217
  • CHEM 222
  • CHEM 234
  • CHEM 241
  • CHEM 218
  • CHEM 235
  • CHEM 242
  • CHEM 293
  • CHEM 325
  • Elective course
  • Elective course
  • Elective course
Year 2
  • Work term 1
  • CHEM 271
  • CHEM 333
  • CHEM 400
  • Elective course
  • Work term 2
Year 3
  • CHEM 312
  • CHEM 324
  • CHEM 341
  • CHEM 400
  • Work term 3
  • CHEM 419/450
  • Elective course
  • Elective course
Year 4
  • CHEM 495
  • CHEM 400 (organic)
  • Elective course
  • Elective course

If your first summer term falls in an even-numbered year (for example, Summer 2026), your schedule could look like this:

Year Fall Winter Summer
Year 1
  • CHEM 217
  • CHEM 222
  • CHEM 234
  • CHEM 241
  • CHEM 218
  • CHEM 235
  • CHEM 242
  • CHEM 293
  • CHEM 312
  • Elective course
  • Elective course
  • Elective course
Year 2
  • Work term 1
  • CHEM 271
  • CHEM 325
  • CHEM 333
  • Elective course
  • Work term 2
Year 3
  • CHEM 324
  • CHEM 341
  • CHEM 400
  • Elective course 
  • Work term 3
  • CHEM 419/450
  • Elective course
  • Elective course
Year 4
  • CHEM 495
  • CHEM 400
  • CHEM 400 (organic)
  • Elective course

If your first summer term falls in an odd-numbered year (for example, Summer 2027), your schedule could look like this:

Year Fall Winter Summer
Year 1
  • CHEM 217
  • CHEM 241
  • CHEM 271
  • BIOL 261
  • CHEM 218
  • CHEM 222
  • CHEM 234
  • BIOL 266
  • CHEM 375
  • Elective course
  • Elective course
  • Elective course
Year 2
  • Work term 1
  • CHEM 235
  • CHEM 293
  • BIOL 364
  • Elective course
  • Work term 2
Year 3
  • CHEM 312
  • CHEM 324
  • CHEM 400
  • BIOL 367
  • CHEM 325
  • CHEM 400
  • CHEM 400 (organic)
  • BIOL 368
  • Work term 3
Year 4
  • CHEM 335
  • CHEM 477
  • CHEM 419/450

If your first summer term falls in an even-numbered year (for example, Summer 2026), your schedule could look like this:

Year Fall Winter Summer
Year 1
  • CHEM 217
  • CHEM 241
  • CHEM 271
  • BIOL 261
  • CHEM 218
  • CHEM 222
  • CHEM 234
  • BIOL 266
  • CHEM 312
  • CHEM 375
  • Elective course
  • Elective course
Year 2
  • Work term 1
  • CHEM 235
  • CHEM 293
  • BIOL 364
  • Elective course
  • Work term 2
Year 3
  • CHEM 324
  • CHEM 335
  • CHEM 400
  • BIOL 367
  • CHEM 325
  • CHEM 400
  • CHEM 400 (organic)
  • BIOL 368 
  • Work term 3
Year 4
  • CHEM 477
  • CHEM 419/450
  • Elective course

Please note: CHEM 477 can be replaced with BIOL 466. This course is offered in Winter only and  requires BIOL 367 and 368 as pre-requisites. 

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