Ennroll: Engineering Technology Courses in Canada

Engineering Technology Courses in Canada prepare you for work across a wide range of industries. You can apply your engineering skills in many ways, from power plants to construction firms, chemical companies to big pharma.

Gain hands-on practical knowledge of 2D and 3D computer-aided design software; and civil, mechanical, and electrical engineering principles through the 2-year diploma program or the 2-and-a-half-year co-op. Become a technologist with a curriculum designed by industry experts.

Electrical Engineering Technology

Powering our world, from our lights to our computers, requires sophisticated electronic equipment. This program delivers the hands-on training you need to design, develop and integrate electronic and power systems into a variety of industries. Choose the co-op option to build practical field experience.

Humber’s electrical engineering technology advanced diploma has been designed in collaboration with an industry advisory panel ensuring you receive the highest quality education. It will prepare you to manage electrical energy from both renewable and conventional sources and gain the skills necessary to design, develop and maintain a range of industrial, power, and communication systems. You’ll also learn to write specifications, schedules, budgets and technical reports. You can find employment in a number of different industries including electrical utilities, oil and gas, electrical and electronics manufacturing, transportation, and construction.

Mechanical Engineering Technology

Canada is home to some of the world’s most advanced mechanical engineering technologies. International students can be at the forefront of developing cutting-edge technology for several industries, including automotive, aerospace, building, mining, transportation, and robotics.

Moreover, graduates from developed countries like Canada have better communication and interpersonal skills, which help them secure management and representative positions in organizations worldwide. They also have the advantage of gaining valuable work experience during their study abroad.

This program offers a combination of mechanical engineering fundamentals such as solid mechanics, thermal-fluid sciences, and kinematics with industry-focused topics like 3D modeling and prototyping, CNC machining and lean and computer-integrated manufacturing (CIM). It also includes 16 months of co-op work placement.

Civil Engineering Technology

Civil engineers are at work around the world protecting people from the elements – providing water that doesn’t carry disease, upgrading homes against seismic activity, and building roads for everyone to drive on. They need technicians and technologists at every point along the way.

In this three-year co-operative program, you’ll explore building, highway, and municipal topics including design code, geotechniques, construction materials testing, and surveying. Computer-aided drafting and design software is also used throughout the program.

This is an applied research program that includes both indoor and outdoor lab-based learning. A full driver’s license is recommended as many of the co-op work terms and graduate employment opportunities will require you to drive to construction sites that are not accessible by public transportation. Upon completion, graduates are eligible to become certified engineering technologists (CET).

Environmental Engineering Technology

The environment is in need of help - sustainable resources are disappearing, biodiversity is diminishing and public health is being compromised. As such, there is a great demand for people who are knowledgeable in the field of environmental engineering.

RRC Polytech’s Environmental Engineering Technology program provides the academic knowledge and technical skills to advance real-world projects in water treatment, contaminant hydrogeology, solid waste management, and environmental data analysis. Graduates can find employment in a variety of organizations, including consulting engineering firms, resource-based industries, construction and development companies, inspection and testing agencies, and municipalities.

Maintain project logbook records and computer program files. Record laboratory or fieldwork, including test results, photographs, and summaries of visual observations. Design pollution control and waste-treatment systems and equipment. Assess industrial sites to ensure they meet environmental quality criteria.

Industrial Engineering Technology

Industrial engineers are responsible for enhancing complex business processes and systems. Their work often involves streamlining operations at hospitals, product distribution, or developing a system for bank loans.

Graduates with an Industrial Engineering Technology degree will figure out how to eliminate waste and save time, materials, energy, and money for business and service industries. As more businesses adopt management philosophies that prioritize productivity, demand for this degree has skyrocketed.

Ranken’s five-semester program mixes online multimedia training modules with hands-on experience in their maintenance lab and on their shop simulators. Students also take general education courses and complete a four-week paid internship as part of their studies. They are trained to troubleshoot electrical and mechanical problems in a variety of settings, including commercial, residential, industrial, and school maintenance departments.