Jobs in Canada for Optical Communication Engineers

Jobs in Canada for Optical Communication Engineers are trending because of their increasing demand.

In order to draw in more immigrants, Canada continued to modify and update its immigration objective based on the new immigration levels projections for 2022–2024.

By 2022, more than 470,000 immigrants must be in Canada at the current rate. The TR-to-PR road is a new route introduced by Immigration Minister Sean Fraser. Also, this new route will enable Temporary Workers to become permanent. Thousands of international workers are looking for employment in Canada in order to immigrate. They are trying to do this via the government of Canada’s several immigration routes.

By 2025, Canada wants to accept 1.5 additional immigrants.

The number of applicants who will be invited from 2023 to 2025 is specified in Canada’s immigration plan. Refer to the given table:

Year	Immigration Levels Plan
2023	465,000 permanent residents
2024	485,000 permanent residents
2025	500,000 permanent residents

Trending jobs in Canada for Optical Communication Engineers

Since there aren’t any Canadian residents or citizens to fill those positions, Canadian businesses desperately need staff. Canada’s enterprises, about 40%, are severely short on labor.

Therefore, the nation is seeking to immigrate, foreign employees who can contribute to its economy through the existing open economic immigration paths, provided that their profession is specified in the labor shortages.

Some of the provinces intend to increase their immigration budgets by twofold. Typically, the number of open positions is used to compute the number of open positions relative to the total labor demand. However, even in the second quarter, with a rate of 5.7%, the unemployment rate is at an all-time high.

By the second quarter of 2021, the average hourly wage had climbed by 5.3% across practically all industries. The current hourly pay average is CAD 24.05. As a result, the increase differs from the 4.1% increase in the hourly average pay for all employees.

TEER (NOC) – Optical Communication Engineers

Except for software engineers and designers, optical communication engineers are also known as computer engineers. They conduct research, design, plan, create, alter, integrate, and modify computer and telecommunications hardware and related equipment.

They also work on networks for information and communication systems. These include intranets, wireless networks for communication, local and wide area networks, fiber optic networks, mainframe systems, and several other data communication systems.

Optics-based communication Engineering firms, manufacturing and telecommunication firms, engineering firms, even IT consulting firms and units (in private or public sectors), educational and research institutions, and governmental organizations will all employ engineers.

What are their roles and responsibilities?

Hardware engineers for telecommunications are required:

Must evaluate the needs of the user.
Design, create, and enhance the system requirements and architecture.
Researching, designing, developing, and integrating computer and telecommunications hardware, such as integrated circuit boards, semiconductor lasers, and microprocessors, is one of the other duties.
Create designs, run simulations on them, and then test the prototype’s parts on a bench.
It is necessary to oversee, check, and provide design support for the production, setup, and use of computer and telecom hardware.
Must maintain positive working ties with both clients and suppliers.
In the design and development team for computer and telecommunication gear, could occasionally serve as the leader and coordinator of engineers, technicians, drafters, and techs.
These engineers might have multiple areas of expertise, such as fiber optics, microwaves, radio astronomy, and analog and digital signal processing.
Become an engineer for network systems and data communication. The study, development, and integration of communication system network architecture and hardware and software for data communication.
Analyze, record, and improve the performance and capacity of the information and communication systems networks.

Analyzing the salary scale of Optical Communication Engineers in Canada

Typically, optical communication engineers have a high demand in Ontario, British Columbia, Quebec, and Alberta. The typical hourly pay for an optical engineer in the majority of provinces is from CAD 34.60 to CAD 53.85.

Each province and territory has a different range of hourly pay. One needs to be aware of the qualifications required for each region and the pay rates available to work as an optical communication engineer.

Area or Community	Average salary per annum
Canada	83,308.8
British Columbia	103,392
Manitoba	84,921.6
New Brunswick	66,432
Newfoundland and Labrador	66,432
Nova Scotia	66,432
Ontario	89,145.6
Quebec	88,608

Eligibility criteria

A bachelor’s degree in computer engineering, electronic or electrical engineering, computer science, or engineering in physics is necessary for optical communication engineers.
An advanced degree in engineering, such as a doctorate.
For authorization of the engineering drawings and reports and to engage in P.Eng (Professional Engineer) practice, you must have a license from a provincial or territorial association of professional engineers.
The engineers must graduate from an accredited educational institution program, have 3–4 years of supervised engineering job experience, and pass a professional practice exam to be eligible for registration.

What about the job vacancies for Optical Communication Engineers in Canada?

There are currently over 112 openings for optical communication engineers in Canada’s provinces and territory. The detailed list of openings can be seen through the table here:

Location	Availability of jobs
Alberta	4
British Columbia	6
Canada	56
Manitoba	1
New Brunswick	2
Nova Scotia	6
Ontario	15
Québec	20
Saskatchewan	2

The sheer quantity of open positions may vary. This information is evident through the available data as of October 2022.

Based on their job, optical communication engineers have plenty of career options. The list of categories that fall under this vocation can be seen below.

Computer Hardware Engineer
Telecommunications Hardware Engineer
Systems Designer – Hardware
Hardware Circuit board Designer
Network Test Engineer
Systems Designer – Hardware
Wireless Communications Network Engineer
Hardware Development Engineer
Fibre-optic Network Designer
Hardware Technical Architect

The preceding table lists the prospects for Optical Communication Engineers across the provinces and territories over the course of the next three years:

Location/Provinces	Job Opportunities
Alberta	Fair
British Columbia	Good
Manitoba	Fair
Newfoundland and Labrador	Good
Nova Scotia	Good
Ontario	Good
Quebec	Good
Saskatchewan	Good