1. Electronics engineering program lights path to career
success in various industries
We see young children playing with all sorts of electronic devices, such as mobile phones
and tablets. Our society is obsessed with the latest technologies and electronics. We may
take for granted the hard work put in these gadgets. After all, they seem simple to operate,
but their design and production procedures are complex, to provide user-friendly
accessibility. An electronics engineering program with plenty of hands-on experience will
benefit students in this skilled work, so a college is a good choice to enroll for good
academic and applied training.
One of Ontario’s community colleges is offering a two-year course in the engineering field
of electronics that trains students to be career-oriented upon graduation. Its Electronics
Engineering Technician program blends theoretical learning with lab practice in Progress
Campus' modern facilities. See what the program has in store for you:
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The curriculum is based on industry requirements, put forward by the Canadian
Council of Technicians and Technologists (CCTT), ensuring students learn relevant
and updated course materials.
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The program is recognized by industry leaders, including the Canadian
Technology Accreditation Board (CTAB), officially declaring it as reputable
and having high quality training.
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Students can network with their peers and industry professionals through
the Institute of Electrical and Electronics Engineers (IEEE), which has an
active student membership group.
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Students will nurture their problem-solving and analytical skills, with many real-life
assignments, mathematical problems, and exposure to a wide variety of electrical
components.
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Complex testing and practical troubleshooting procedures will come into practice in
the Quality Control & Technician Project course, where the year’s learning comes
together in one major assignment.
One professor describes the program as providing the“knowledge of project design theory
and quality assurance issues” while giving students“solid and very marketable practical
skills.” This statement holds true since Centennial College is known for its group
collaboration on real-life projects. Many classes have hands-on equivalents in labs, as well
as exercises that resemble many issues faced in the electrical engineering field.

2. To save a spot for this program, applicant must achieve the following requirements prior to
start of the enrollment process:
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A high school or secondary school diploma or equivalent; or a mature student
status for those 19 years or older
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Current high school students can submit midterm marks for enrollment, while
their final grades will be sent automatically.
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At least a minimum grade in Grade 12 high school English, either in the college
or university level
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At least a minimum grade in Mathematics in Grade 11 college/university or
university level, or Grade 12 college or university level
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If students do not meet the English or Math requirements, they can take
Centennial’s skills assessment tests. Some students may require both grades
and tests for admissions. Applicants can book English Skills Assessment and
Engineering Math Skills Assessment tests.
Students have a bright future in electronics engineering, with many graduates hired in
respectable companies like Bell Technical solutions, Celestica, the TTC, and the Toronto
Hydro. Alongside an electronics engineering diploma, graduates leave Centennial with the
confidence that they have the technical abilities to complete job tasks they may face in the
real world. Electronics Engineering Technician program graduates work in various
industries, such as telecommunications, media and broadcasting, transportation,
technology, and financial.
For More Information Visit http://www.centennialcollege.ca/