Sheridan College is a leading diploma and degree-granting institution in Ontario, Canada. Founded in 1967, Sheridan is home to more than 23,000 full-time students and 16,950 continuing education students from more than 110 countries over its three Ontario city campuses – Oakville, Brampton, and Mississauga. Often dubbed as the ‘Harvard of Animation’ or ‘Disney North’, Sheridan’s graduates include Academy and Emmy Award winners in the fields of animation and creative arts.
As an expert in electronics engineering, stand out from the crowd! You'll study specialized ideas and applications in your third year after spending the first two years in common with other students pursuing the Electronics Engineering Technician diploma. Learn about sensors, instrumentation, imaging and video systems, power electronics, control systems, wireless communication, programmable controllers, and more!
Program Learning Outcomes
The graduate has consistently shown the following abilities:
Create reports and drawings for electrical and electronic equipment by analyzing, interpreting, changing, and designing them.
Using ideas from cutting-edge mathematics and science, analyze and resolve technological issues linked to electronics engineering.
Use the proper troubleshooting methods when dealing with electronic systems or circuits, and create and execute test plans.
In line with task requirements, functional specifications, and pertinent standards, design, construct, test, and troubleshoot electronic circuits, equipment, systems, and subsystems.
Alter, maintain, repair, and suggest improvements to electronic systems and equipment in accordance with the applicable operational standards.
Establish, choose, suggest, and justify the acquisition of electronic systems, components, and equipment in compliance with codes, standards, functional requirements, and task needs.
Develop, alter, examine, and troubleshoot embedded microprocessor- and microcontroller-based systems, as well as programs written in assembly and high-level languages.
Circuits made up of passive components can be designed, analyzed, and troubleshooted using the right measurement techniques.
Circuits with low power, high power, active, electromechanical, and analog integrated circuits can be designed, analyzed, and troubleshooted.
Control system design, analysis, and troubleshooting.
System design, analysis, repair, and maintenance for analog and digital communication.
Use appropriate shop procedures while adhering to workplace safety norms and regulations for electronics engineering.
Work together to choose, plan, and carry out quality assurance and control processes and programs.
Do your work in accordance with all applicable laws, accepted standards, established rules, processes, and regulations, as well as ethical values.
Apply project management principles to the creation, execution, oversight, and assessment of team initiatives.
Tuition: $18529 per year
Total: $18529 per year
Academics: 2.8 GPA