Jobs You Can Do with an Electrical Engineering Diploma

Electrical engineering courses prepare you for a wide variety of careers across numerous industry verticals, including marine, automobile, and energy, chemical, aerospace, defence, rail, electronics, oil and gas, and utility. As an electrical engineering student, you will be exposed to a range of electrical functions, such as installations, testing, maintaining, repairing, analyzing and troubleshooting electric circuits, systems, motors, instruments and equipment. In addition, you gain experience in producing electrical drawings, and diagnosing and analyzing electrical systems.

You are prepared to work in electrical and related areas, as

Electrical Engineering Technician: You may find entry-level employment in commercial, residential, utility or industrial settings as an electrical engineering technician. You may be engaged in installing, maintaining, troubleshooting and repairing electrical systems or devices whenever required.

Sales Engineer: As a sales engineer you’ll be responsible for selling technology products to your customers. Your job may or may not involve travelling and field visit, depending upon the type of employment. However, you'll need to communicate with the clients on daily basis, irrespective of whether yours is a field job or not.

Service Engineer: Service engineers are responsible for visiting the client’s location for various purposes, such as installation, troubleshooting, repairing or replacing the electrical systems, instruments or devices. You will work with electrical product manufacturers, distributors or service providers. This particular job also involves communication with the clients.

Quality Engineer: The major role of a quality engineer is to ensure that an electrical equipment or system meets quality standards and is absolutely safe to use. With this, the job involves monitoring and advising on the performance of the electrical devices. You will be required to coordinate the activities to meet quality standards.

Manufacturing Systems Engineering Technician: As a manufacturing systems engineering technician, you will work as a part of the team that designs and develops electrical systems, devices or instruments. You may also be involved in electrical drawings or analyzing customer needs to modify existing or develop new products.

Apart from these a large number of job opportunities exist with companies engaged in power distribution and utilization, electrical power generation, transmission and protection and telecommunications.

Where to Study Electrical Engineering in Canada?

Numerous Canadian colleges offer post-secondary electrical engineering programs but not all provide you with hands-on training, which is a necessary requirement to seek employment in this field. Centennial College's program in electrical engineering not only provides you a solid foundation in electrical and electronic theory but also offers hands-on training in modern state-of-the-art laboratories.

The program lays a strong emphasis on helping students gain understanding in electric power generation and distribution, network and adv control system, AutoCAD, Canadian Electrical Code, drawing interpretation, and ethics in technology and environment.

Eligibility Requirements

If you wish to study electrical engineering at Centennial, you will need to send your completed applications along with application fees and supporting, including:

• Secondary school diploma certificate or equivalent
• English Grade 12 C or University, or equivalent
• Mathematics Grade 12 C or University, or equivalent

Electrical Engineering Technician Program Open To Wide Range of Applicants

Do you have an interest in working in electrical and related areas, such as: power distribution and utilization; electrical power generation, transmission, and protection; industrial telecommunications; electrical maintenance and installation; control systems; services; sales; design; or repairs? Have you completed an Ontario Secondary School Diploma (OSSD) or equivalent, or have mature student status (19 years or older)? Additionally, did you obtain your English Grade 12 C or U credit, or equivalent (minimum grade required) or are willing to take the Centennial College English Skills Assessment for Admission; and you Mathematics Grade 11 M or U, or 12 C or U credit, or equivalent (minimum grade required) or are willing to take a Centennial College Engineering Math Skills Assessment for Admission?

If you answered 'yes', Centennial College's Electrical Engineering Technician program may be for you. This Ontario College Diploma program takes two years to complete and allows students to gain the know-how to work as entry-level electrical engineering technicians in a range of employment settings in commercial, utility and industries using electrical technology. It also allows them to work in various electrical environments, including those relating to power distribution and utilization; electrical power generation; transmission and protection; industrial telecommunications; electrical maintenance and installation; and control systems. The range of functions these professionals complete are limited to the supervision of a qualified person to ensure safety and compliance with relevant codes and standard practices.

With a technical skills shortage is looming both regionally and nationally in Canada in this area, grads of Centennial College will be in demand.

In terms of specific electrical engineering courses, this program includes Canadian Electrical Code and Drawing Interpretation, Mathematics, Electrical Theory and Installations, AutoCAD, Electronics, Canadian Electrical Code, Drawing Interpretation and more. The courses take a practical approach, with students learning in modern labs and lecture facilities at the Progress Campus to produce electrical drawings as well as diagnostics and analysis of electrical systems; acquire understanding of testing and troubleshooting electrical power systems; and compete simulating actual workplace assignments. A grounding electrical engineering sciences and skills, including electrical circuits, maintenance of electrical instruments or devices, operation of electrical motors and power transmission as used in the industry is also beneficial to students.

Electrical Engineering Technician Program Focuses on Sensible Knowledge To Give Grads Career Advantage

At Centennial College, students receive training that is a combination of theory and practical application, no matter their area of interest. This is essential as employers are increasingly looking for employees to be comfortable with the tasks they will complete.

The Electrical Engineering Technician program at Centennial College is an excellent example of an offering that focuses on practical application of skills. This offering teaches students the skills they need to launch careers in electrical and related areas, such as: power distribution and utilization; electrical power generation, transmission, and protection; industrial telecommunications; electrical maintenance and installation; control systems; services; sales; design; and repairs.

Because of the wide range of options available to them, students first gain a solid foundation in electrical and electronic theory and practices. They are then exposed to more advanced training that includes a defined range of electrical functions, such as installations, testing, maintaining, repairing, analyzing and troubleshooting specific kinds of electrical circuits, equipment, and systems. Specific courses in the offering include: Canadian Electrical Code and Drawing Interpretation, Ethics in Technology and the Environment, AutoCAD, Electrical Theory and Installations, Drawing Interpretation and more.

Professionals with years of experience in the field teach these topics. This is beneficial to students as they are not only taught from textbooks but also by professionals who can speak from their own experiences, offer advice and help students to expand their professional networks prior to graduation.

Vital to the hands-on approach of this program are School of Engineering Technology and Applied Science labs. For example, in the Basic Electronics Lab, students are able to:

• Build, test and troubleshoot electrical and electronic circuits
• Prototype a circuit on a breadboard, soldering components on a printed circuit board
• Operate basic instrumentation such as power supplies, multimeters, oscilloscopes, function generators, and bench transformers
• Use computer-based tools for electronic circuit schematic drawing, simulation, analysis, and testing

Once students complete all of their electrical engineering courses in Toronto, they will have developed skills required to assume entry-level positions in the industry. It is worth noting that a technical skills shortage is looming both regionally and nationally in Canada. As the manufacturing sector becomes more specialized, the construction industry flourishes, and retirement rates increase, grads of this program are becoming increasingly in demand.

To apply for this offering, students must have completed an Ontario Secondary School Diploma (OSSD) or equivalent, or have mature student status (19 years or older). They must also have completed English Grade 12 C or U, or equivalent (minimum grade required) or take the Centennial College English Skills Assessment for Admission; and Mathematics Grade 11 M or U, or 12 C or U, or equivalent (minimum grade required) or take a Centennial College Engineering Math Skills Assessment for Admission.

College students shine in the electrical engineering field

Widely acknowledged as a reputable profession, engineering has a broad area of specialization. With the modernization of our technology age, electrical engineers are in high-demand. With a promising career, a profession in electrical engineering can be accelerated through electrical engineering courses in a community college. Graduates from this field move on to become technicians with stable and flourishing careers, and have opportunities for growth and promotions.

An interactive and hands-on program for electrical engineering can be found at Centennial College. The Electrical Engineering Technician (3822) program takes two years to complete, where the student will graduate with an Ontario College diploma and a host of knowledge and skills:

• Students will learn to investigate and repair the electrical circuits and devices, electrical motors, and power transmissions.
• Lectures will teach in-depth theoretical knowledge, with many of them having complimentary lab sessions, practicing on semiconductor devices, electrical circuits, and pressure and temperature control systems.
• Industry practices and ethical code of conduct are discussed in the program. Students will learn the contents of the Canadian Electrical Code. They will also learn, analyze, and solve ethical dilemmas when dealing with information and privacy issues, and technology and the environment.
• The mathematics course emphasizes on engineering-related mathematical calculations, including the period, frequency, and peak and average values of voltages and currents. Furthermore, students will apply these skills in advanced courses as they practice their techniques in engineering labs.
• A popular industry program called AutoCAD, will be introduced to students. The standard and the electrical versions of the software will be used, where students will spend 25% of the class in lectures, and 75% practicing the CAD (computer-assisted drafting program) equipment and software.

In addition to the curriculum learning outcomes, the program and Centennial has exclusive benefits to its students:

• Centennial College offers a free peer tutoring program, with highly-knowledgeable senior students, which includes the courses in the Electrical Engineering Technician program.
• Students are engaged by qualified professors, who are able to assist them outside classroom hours, through in-person meetings, phone conversations, and e-mail correspondence.
• Essential employability skills are embedded in each course, where students can use these transferrable skills to any work setting in the electrical engineering field.
• Updated labs and lecture rooms helps in student learning by providing them a place to learn and practice industry-bound skills.
• Students learn the fundamentals in electrical engineering courses and gain extensive applied experience in analyzing and solving complex problems in the electrical engineering sciences.

Every graduating student will move on to become an Electrical Engineering Technician, working in different areas within the electrical engineering field, including power generation, maintenance and installation, servicing and repairs, sales, and electronic design technology. A good job outlook await college graduates to at entry-level positions and many have the chance for promotion towards higher engineering positions and management jobs.

Educational Prerequisites for Becoming an Electrical Engineering Technician in Canada

Working as an entry-level electrical engineering technician in Canada typically requires a post-secondary diploma in electrical engineering. For more advanced career opportunities, the individuals may enroll in bachelor level degree programs at any of the universities in the country.

The post-secondary diploma course is designed to provide a solid foundation in electronic and electrical theory and practices. Students are taught to install, test, maintain, repair, analyze and troubleshoot different kinds of electrical circuits, systems and equipments. The program combines classroom lectures, hands-on-labs, projects and actual workplace assignments.

The technicians are expected to work on diverse traditional and modern equipments used in residential, commercial and industrial settings. This is why they need to obtain thorough grounding in electrical engineering sciences and skills. The electrical engineering courses help them gain in-depth understanding and working knowledge of functioning, installing, testing, maintenance and repairing of electrical equipments, circuits, instruments, motors and devices.

Centennial College's electrical engineering program runs for two years and covers a wide range of subjects including electrical theory and installations, electronics, mathematics, AutoCAD, drawing interpretation, monitoring systems, electric power generation and distribution, network and Adv control system. The program also lays strong emphasis on Canadian Electrical Code, ethics in technology and the environment and communication.

After the course completion, the graduates demonstrate the ability to:

• Install electric power systems, devices, motors
• Maintain electric and electronic systems
• Troubleshoot electric equipments, systems, motors, devices, circuits and instruments
• Work in various electrical environments relating to power generation, transmission, protection, distribution and utilization
• Replace parts of or entire electrical systems
• Provide technical assistance whenever required
• Monitor devices and equipments
• Develop solutions to improve the functioning of equipments

Career Options

Graduates in electrical engineering can find employment with diverse industries including industrial telecommunications, equipment design and manufacturing companies, power generation and transmission companies, electrical maintenance and installation contractors, retail companies selling electrical equipments or electronics and firms offering electrical repair and installation services in residential and commercial settings.

The technicians can work in electrical and other related areas including power generation, transmission, utilization and distribution, electrical maintenance, control systems, repairs, design and sales and services. The range of functions depends upon the type of employment, individual experience and educational qualifications.

The job prospects in the field of electrical engineering are bright as people are becoming more and more dependent on electrical and electronic products. The increased demand for machines and other electrical systems and electronic components has resulted in sharp increase in employment opportunities in this field. The electrical and electronics industry is constantly evolving. Given the anticipated growth in demand for electrical products, the demand for people who can install, troubleshoot, maintain and repair these products will be high in the coming years.

Students considering building a career in electrical engineering should enroll themselves in a post-secondary course that offers them thorough understanding of operation, functioning and installation and repairing of electrical and electronic products. To enroll in Centennial College's electrical engineering technician, you will need

• Secondary school diploma or equivalent
• English Grade 12 C or University or equivalent
• Mathematics Grade 11 M or 12 C or University or equivalent

Reasons to Consider an Electrical Engineering Technician Program

An electrical engineering technician program provides students a solid foundation in electrical and electronic theory and practices. With this, they are exposed to a wide range of electrical functions, such as installations, maintaining, troubleshooting and repairing of electrical equipment, devices and systems.

Although colleges nowadays offer numerous engineering courses in different areas but electrical engineering is quite popular with students. The reason being, it is slightly easier to find their first job in this field. The increased dependence on electrical and electronic items has led to a significant increase in the demand for electrical/electronic technicians. The career prospects are bright as the industry doesn’t show any signs of slowing down in years to come.

The electrical engineering professionals can find employment in any of the industries, including but not limited to power generation and transmission, power distribution, industrial telecommunications, commercial organizations, utility sector, electrical maintenance and installation, and control systems. They can also be employed in the areas of sales, service, design and repairs of electrical and electronic instruments, devices and equipment.

Other Reasons for Studying Electrical Engineering

• Dynamism: Electrical engineering is a dynamic field and electronic and electrical devices are modified, reinvented and invented on frequent basis. The technicians get to work on different traditional and modern devices. This brings variety in their job and breaks monotony of working using the same process every day.

• Skill Shortage: There is a huge shortage of educated and skilled electrical engineering professionals both regionally and nationally in Canada. The industries including electronic equipment manufacturing, construction, telecommunications, power generation and distribution are flourishing. In addition, the retirement rate is also increasing. Due to this, a technical skills shortage is looming in the country. It has become easier for skilled technicians to find employment upon graduation.

• Knowledge Acquisition: The electrical engineering students gain a thorough understanding of installation, testing and troubleshooting electrical systems and equipment. These programs incorporate project-based learning and actual workplace assignments.

Where to Study Electrical Engineering?

Numerous Canadian colleges offer post-secondary electrical engineering courses. Unfortunately, not all provide extensive practice and opportunities to develop skills required to assume entry level positions in the industry.

Centennial College’s two-year program in electrical engineering technician is one of the most prestigious programs in Canada. The college has modern lab facilities to create a healthy learning environment. Students gain extensive experience in producing electrical drawings as well as diagnostics and analysis of electrical systems. They obtain a thorough grounding in operation of electrical motors and circuits, maintenance of electrical instruments and devices and troubleshooting and repairing.

What Does the Course Include?

The electrical engineering course covers a wide range of subjects, including Canadian Electrical Code and Drawing Interpretation, Electrical Theory and Installations, AutoCAD, Network and Adv Control Systems, Electric Power Generation and Distribution, and Ethics in Technology and Environment.

In order to apply for this, students will need to submit secondary school diploma certificate or equivalent, and scores in English Grade 12 C or University or equivalent and Mathematics Grade 11 M or 12 C or University or equivalent.

Job Opportunities for an Electrical Engineering Technician

Employment opportunities in the field of electrical and electronics are expected to increase in the coming years. Consumers these days are using countless electrical products in their day-to-day lives. This has increased the demand for professionals who can install, test, repair and troubleshoot electrical circuits, connection and equipments.

Not only this, even employers are looking to hire skilled electrical engineering technicians who have undergone formal training. They are interested in employing individuals who possess both technical and business skills. The market is fiercely competitive. This is why companies want to hire people with well-rounded knowledge, hands-on-experience and excellent interpersonal skills.

What are the Career Opportunities for Graduates in the Field of Electrical Engineering?

Electrical engineers are employed in a variety of sectors including power distribution and utilization, electrical power generation, transmission and protection, industrial telecommunications, electrical maintenance and installation, control systems, services, sales, design and repairs.

The students can assume entry level positions in these industries right after completing a post secondary diploma in electrical engineering. They can work in offices, manufacturing plants, lab facilities as consumer service companies as well as run their own small business.

The technicians are often expected to work on countless everyday products and specific equipments - both old and new. This is why the types of jobs are as diverse as the electrical systems, devices and equipments used by people in residential, commercial and industrial settings.

Electrical technicians are considered more eligible for middle level management positions after they have substantial experience in dealing with customers and working on technology products. This is because they have broadest knowledge in the field of engineering.

What is the Scope for Electrical Engineering Technicians?

There is an acute shortage of skilled electrical technicians in Canada both regionally and nationally. Most people employed in this field have gained knowledge by working on different equipments and devices over a period of time. A small percentage of technicians are formally trained.

Employers in the country are keen in hiring qualified and formally trained professionals who can ensure safety and compliance with relevant codes and standard practices. The range of functions for an engineer nowadays is vast. They are not only technicians but are also business representatives.

There is a huge scope for skilled electrical technicians in Canada in almost all the states. Students can build rewarding careers n the range of employment settings including utilities, consumer services and industries using electrical technology.

Electrical engineers are generally well paid. They are among the highest paid professionals in the field of engineering. As people rely more and more of technology and electrical products, electrical technicians are considered extremely valuable.

How to Become a Skilled Electrical Technician?

Students interested to build careers in this field are required to enroll into a diploma program post secondary school. A number of colleges in Canada offer two-year electrical engineering courses. Different colleges may have different curriculums or ways of training students. However, the basic subjects remain almost the same everywhere.

An electrical engineering program combines classroom lectures, practical in labs and actual workplace assignments. Students can obtain thorough grounding in electrical engineering sciences by studying and working on electrical circuits, motors, equipments and devices. The extensive lab practice provides ample opportunities to develop required skills for assuming entry level positions.

Students should ensure that the college they are seeking admission in is accredited with a state or national body of education. The value of diploma courses from accredited colleges is any day higher than the courses from private institutions.

Electrical Engineering Courses Lay a Strong Foundation

Did you know that all you need to apply to the Electrical Engineering Technician program at Centennial College is at minimum an Ontario Secondary School Diploma (OSSD) or equivalent, or mature student status (19 years or older); compulsory English 12C or U, or skills assessment, or equivalent; and the Math 11M or U, or 12C or U, or skills assessment, or equivalent?

The focus aims to provide students with a solid foundation in electrical and electronic theory and practices. To ensure students are ready for the field, the Electrical Engineering Technician offering covers electrical functions, such as installations, testing, maintaining, repairing, analyzing and troubleshooting specific kinds of electrical circuits, equipment, and systems. Through a project approach in modern labs, students produce electrical drawings as well as diagnostics and analysis of electrical systems, and acquire an understanding of testing and troubleshooting electrical power systems.

Here are some of the standout Electrical Engineering Courses :-

Canadian Electrical Code (CEC) 1 & Drawing Interpretation 1 :- The Canadian Electrical Code aspect looks at identifying and interpreting the general requirements of the CEC. The drawing interpretation portion, meanwhile, teaches students to identify and interpret alpha numerical lines; use the metric and imperial scales and be able to convert between them; obtain information from architectural, structural and mechanical drawings, specifications, building code and CEC to complete an electrical installation for a single-dwelling; draw and label a panel schematic for a single-dwelling; and complete a material take-off for a single dwelling.

Electrical Theory and Installations 1 :- Presented in three advancing stages, it is split into theory and lab portions. The theory looks at electrical fundamentals from the atomic structure to series, parallel and combination dc circuits by applying Ohm's and Kirchhoff's Laws. The installation part covers: installing common switching devices, outlets and enclosures; correctly terminating conductors; and much more.

Electronics 1 & Instrumentation 1 :- This class is an introduction to the fundamental concepts and applications of electronics and instrumentation. The Electronic part covers Semiconductor Devices such as Rectifier and Zener Diodes, LED's, BJT's, Logic gates and their behaviour in various circuit configurations. Students get to build, test and troubleshoot basic electrical circuits utilizing Resistors and Semiconductor Devices. Meanwhile, the instrumentation portion looks at common terminology used in instrumentation systems, and Pressure and Temperature control systems, including operation and application of Pressure measuring devices, RTD's and Thermocouples.

Capstone Project :- Meant as a cumulative aspect of this Electrical Engineering Technician diploma, this course is essentially one large project. It requires a great deal of research and use of all of the knowledge students obtaining during their time in the program. An instructor supervises it.

Areas such as electrical power generation, transmission, and protection; industrial telecommunications, electrical maintenance and installation, power distribution and utilization, control systems, design, services, sales and repairs all have use for graduates of the program.

Electrical Engineering Technician Training Provides Opportunity to Enter the Field in Two Years

In today’s construction industry, Electrical Engineering Technicians play a vital role and it is only increasing as technical positions in the manufacturing sector becomes more specialized, the construction industry flourishes and retirement rates increase. These professionals work in a wide range of areas such as: power distribution and utilization, electrical power generation, transmission, and protection; industrial telecommunications, electrical maintenance and installation, control systems, services, sales, design and repair. 

But what exactly do these Electrical Engineering Technicians do in the field? Just as the areas in which they work range, so do their duties. However, all Electrical Engineering Technicians must know how to: provide technical assistance and resolution when electrical or engineering problems are encountered before, during, and after construction; assemble electrical and electronic systems and prototypes according to engineering data and electrical principles; install and maintain electrical control systems and solid state equipment; modify electrical prototypes, parts, assemblies, and systems to correct functional deviations; collaborate with electrical engineers to identify and solve developmental problems; build, calibrate, maintain, troubleshoot and repair electrical instruments or testing equipment; write commissioning procedures for electrical installations; and much more. 

At Centennial College’s Electrical Engineering Technician program, students spend two years learning exploring and mastering a defined range of electrical functions. Among these functions are: installations, testing, maintaining, repairing, analyzing and troubleshooting specific kinds of electrical circuits, equipment, and systems. Students also obtain thorough grounding in electrical engineering sciences and skills, including electrical circuits, maintenance of electrical instruments or devices, operation of electrical motors and power transmission as used in the industry. 

Guiding them through the topics are instructors with current industry experience. These instructors employ a variety of approaches, including learning that simulates actual workplace assignments. As such, students get to practice electrical drawings, diagnostics and analysis of electrical systems as well as testing and troubleshooting electrical power systems. Additionally, Electrical Engineering courses are supplemented or enhanced through the use of up-to-date SETAS labs, which provide students with extensive practice opportunity to develop skills required to assume entry-level positions in the industry. 

To apply everything they have learned, Electrical Engineering Technician students partake in a final semester course called Capstone Project. This is an opportunity to gain real life experience by working on a project that requires a great deal of research and effort, and is supervised by the instructor. 

Electrical Engineering Technician applicants must possess at minimum an Ontario Secondary School Diploma (OSSD) or equivalent, or mature student status (19 years or older). In addition, they must have finished the compulsory English 12C or U, or skills assessment, or equivalent; and the Math 11M or U, or 12C or U, or skills assessment, or equivalent.

Fill a Growing Gap by Taking Electrical Engineering Courses

Did you know that there is currently a shortage looming both regionally and nationally in Canada in regards to Electrical Engineering Technicians? As such, Centennial College has created its Electrical Engineering Technician program, which trains students to fill these technical positions as the manufacturing sector becomes more specialized, the construction industry flourishes and retirement rates increase. Just in what types of areas can graduates find successful careers? Power distribution and utilization, electrical power generation, transmission, and protection; industrial telecommunications, electrical maintenance and installation, control systems, services, sales, design and repairs are all areas of employment for those who finish Electrical Engineering courses at Centennial College.

During the two years they spend in the Electrical Engineering Technician program, students have the opportunity to learn, explore and master a defined range of electrical functions. These include installations, testing, maintaining, repairing, analyzing and troubleshooting specific kinds of electrical circuits, equipment, and systems, under the supervisions of qualified instructors. These instructors have current industry experience and as such are able to guide students, offer networking tips and share anecdotes that will provide students with real-life examples.

Based out of Progress Campus, Centennial College’s biggest campus, the Electrical Engineering Technician program uses up-to-date SETAS labs to provide students with extensive practice and ample opportunity to develop skills required to assume entry-level positions in the industry. This lab experience is enhanced through learning that simulates actual workplace assignments. In addition, through their Electrical Engineering courses, students develop expertise in producing electrical drawings, diagnostics and analysis of electrical systems as well as testing and troubleshooting electrical power systems. Lastly, students obtain thorough grounding in electrical engineering sciences and skills, including electrical circuits, maintenance of electrical instruments or devices, operation of electrical motors and power transmission as used in the industry. Specific Electrical Engineering courses include: Canadian Electrical Code and Drawing Interpretation, Electrical Theory and Installations, Electronics, Ethics in Technology and the Environment, Fluid Power – Hydraulics, Monitoring Systems.

In their final semester, Electrical Engineering Technician students partake in a course called Capstone Project. This is an opportunity to gain real life experience by working on a project that serves as the final component of the diploma program. It requires a great deal of research and effort, and is supervised by the instructor.

Those students who are interested in applying to the Electrical Engineering Technician offering at Centennial College are required to complete an application process. To be eligible to apply, students must possess at minimum an Ontario Secondary School Diploma (OSSD) or equivalent, or mature student status (19 years or older). In addition, they must have finished the compulsory English 12C or U, or skills assessment, or equivalent; and the Math 11M or U, or 12C or U, or skills assessment, or equivalent.

Electrical Engineering Technicians undergo extensive training

With constant evolution in electronics, a career as an Electrical Engineering Technician is challenging but rewarding. The job of these technicians is to solve technical problems in research and development, manufacturing, sales, construction, inspection, and maintenance by using science, engineering and mathematical principles. They often assist engineers and scientists. Electronic engineering technicians normally work 40 hours a week and spend their time in labs, offices and manufacturing plants. The US Bureau of Labor Statistics estimates that jobs in the field are expected to grow by five per cent between 2008 and 2018.



The electronic field is split into two categories - hands-on and theoretical. In the hands-on aspect of the electronic engineering technician field, techs may fabricate parts such as coils, terminal boards and chassis, using bench lathes, drills and other machine tools. They may also write computer or microprocessor software programs and test the electronic units that they’re helped to put together. If there are problems, the techs will identify and resolve equipment malfunctions. Lastly, the professionals in this field may have to provide user applications and engineering support for new and existing equipment with regard to installation, upgrades and enhancement.



On the theoretical side, electronics engineering technicians may research equipment and component needs, sources, competitive prices, delivery times and ongoing operational costs. They may also write reports and record data on testing techniques, laboratory equipment and specifications to assist engineers while also maintaining system logs and manuals, reading blueprints, wiring diagrams, schematic drawings and engineering instructions for assembling electronic units.



No matter where your interest lies, you must first attend an Electrical Engineering Courses in Canada, such as the one offered at Centennial College in Toronto. During the two years that it takes to complete the undertaking, you will develop technical expertise in areas such as wireless communications, data communications, microcontrollers and industrial systems.



This is achieved through courses such as Electronics Shop Practices (students gain practical skills in repairing and testing cables, transformers, potentiometers, connectors, switches, speakers, discrete components and integrated circuits); Digital Electronics (introduces digital circuits); Technology Mathematics (covers intermediate topics in algebra and trigonometry); Microcontrollers (introduces students to the basic concepts of the hardware and software of a microcontroller); and more. Working in fully-equipped labs will help to ensure you understand the topics well.



To become an Electrical Engineering Technician, the appropriate education is required. Centennial College offers a two-year program in this field that sees students graduate with an Ontario College Diploma. Gaining entry into the undertaking requires the possession of an Ontario Secondary School Diploma (OSSD) or equivalent or being 19 years of age or older. You must also have compulsory English 12C or U or skills assessment, or equivalent and Math 11M or U, or 12C or U or skills assessment, or equivalent.