Learn how to design, analyze and troubleshoot electronic circuits and systems for a career as an electronics engineering technologist, working in areas such as GPS-based systems, surveillance and wireless communication systems.

The Electronics Engineering Technology program is an analysis and design-oriented program with emphasis given to electronic circuits, systems and sub-systems. This program prepares graduates with professional, technical and practical skills that include problem-solving, research, design, prototyping, implementation, installation and testing of electronics-based systems.

Specific studies include digital and analog applications, electronic controls, computer-based circuit design and simulation, microprocessor systems, RF communications and computer-enhanced test and measurement systems. Areas of employment may include GPS-based systems, measurement, control, security and surveillance and wireless communication systems.

Graduates of the Electronics Engineering Technology program have the relevant technical, applied and professional skills that employers seek in this dynamic industry sector. Graduates may find employment as an electronic engineering technologist assisting in research, design, development of prototyping of electronic-based circuits and systems. They will also have the opportunity to continue their studies toward an engineering degree. SAIT offers articulation agreements with a variety of universities across Canada.

Working with electrical engineers who provide the conceptual design, the electronics engineering technologist will assist with the practical aspects of circuit design and analyze circuit performance. Electronics engineering technologists may design and/or evaluate the performance of the circuit using a variety of analysis methods. The technologist also works closely with technicians who fabricate, troubleshoot, measure and calibrate the systems.

The learning environment incorporates instructor-led instruction and discussions enhanced with computer-based presentations and simulation software. Most classes integrate time in the lab, allowing students to apply their knowledge in a real, practical environment.

Is this the right fit for me?
Success in this area of study requires an interest in physics and a strong foundation in mathematics. Electronics Engineering Technologists apply science to practical applications. They learn to think like engineers while using their experience in manufacturing and analysis. Lifelong learning is an expectation for career growth.

Characteristics of a successful student in this program include:

enjoys solving problems using a logical, analytical and systematic approach
being patient, persistent, meticulous, innovative and creative when trying to figure things out
working independently with little supervision but also capable of performing as a vital member of a team of professionals
enjoys keeping up-to-date on new technological developments and learning new skills
being able to learn how something works from a written manual, observations or experimenting
having a working knowledge of the MS Office Suite would be an asset.
Accreditation
Technology Accreditation Canada (TAC) accredits this program at the Engineering Technologist level.

After two years of suitable industrial experience, graduates are eligible for membership in The Association of Science and Engineering Technology Professionals of Alberta (ASET) as a Certified Engineering Technologist (CET).

Credentials
After successfully completing this program, graduates will receive a SAIT diploma in Electronics Engineering Technology.

Graduates can pursue job opportunities as an electronics engineering technologist in:

design and implementation teams
small businesses
contracting
Related careers include:

electrical technician
instrumentation engineering technologist