Electrical Engineering

An investment that works

By hiring a CO-OP student from the University of Ottawa, you invest in a winning combination! You get a motivated and enthusiastic employee while giving a student the chance to put his or her academic training to the test. The University of Ottawa is the place to recruit CO-OP students!

Only the top students are admitted to the program. Each one has achieved a cumulative grade point average of at least 6 out of 10 (a B average). Students begin their first work term after two complete years of study giving them a strong academic background to help them succeed on the job. Students are available year-round.You may choose French-speaking, English-speaking or bilingual students. The sequence of work and study terms is shown below.

Skills that are in demand

CO-OP students in Electrical Engineering may choose between two programs of study: electrical engineering or engineering entrepreneurship. By the time they begin their first work term students have successfully completed courses in

  • Mathematics
  • Chemistry
  • Physics
  • Computer science
  • General and electrical engineering
  • Circuit theory
  • Analog and digital electronics

 

The program includes laboratory sessions that prepare students to work with instrumentation and measurement techniques. This training means interns will integrate quickly into your work environment, becoming a productive member of your team in no time.

 

Work/Study sequences

Sequence 1 - by default, all students follow this sequence

Year of StudyFallWinterSummer
1StudyStudy-
2StudyStudyWork 1
3StudyWork 2Study
4Work 3StudyWork 4
5Study--

Sequence 2 - available to students hired for 12-month terms with the same company

Year of StudyFallWinterSummer
1StudyStudy-
2StudyStudyWork 1
3StudyWork 2Work 3
4Work 4Study-
5StudyStudy-

Sequence 3 - available to students hired for 8-month terms with the same company

Year of StudyFallWinterSummer
1StudyStudy-
2StudyStudyWork 1
3StudyWork 2Study
4Work 3Work 4-
5StudyStudy-
Examples of tasks at work
  • Conducting compatibility and electromagnetic interference studies
  • Debugging source documents
  • Designing and analyzing microwave and other telecommunication systems (with Matlab)
  • Designing and analyzing teleinformatics
  • Designing and writing simple programs for existing systems in C, Java and assembly languages
  • Designing control systems
  • Designing electronic circuits
  • Measurement, design and analysis of electronic systems using oscilloscopes, digital multimeters (DMMs) and functional generators
  • Project management
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