Electronics Engineering Simon Fraser University

Overview

The Electronics Engineering programme at Simon Fraser University offers students a rigorous academic foundation in the design and development of advanced electronic components. This Bachelor of Applied Science degree focuses on the evolution of circuitry, ranging from high-speed processors to modern touchscreen interfaces. Students learn to create faster and more efficient technological solutions for the modern world.

As an integral part of the School of Engineering Science within the Faculty of Applied Science, the curriculum bridges the gap between theoretical physics and practical application. The programme is designed for those who wish to master the intricacies of computer programming alongside hardware development.

Why Electronics Engineering at Simon Fraser University?

Choosing this programme means joining a faculty renowned for its commitment to applied science and innovation. The university provides a structured environment where students can explore the complexities of RAM chips, processors, and integrated systems. The curriculum is specifically tailored to meet the demands of the rapidly changing electronics industry, ensuring graduates are prepared for technical challenges.

Tuition Fee Breakdown

• International fee: CAD 37442 per year
• National fee: CAD 7502 per year

Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

The curriculum focuses on the fundamental and advanced aspects of electronic systems and circuit architecture. Modules may include:

• Circuit Design
• Computer Programming
• Complex Electronics Systems
• Circuitry Design Components
• Processors
• RAM Chips
• Touchscreen Technology

Careers with Electronics Engineering

Graduates of this programme are equipped to enter diverse sectors within the global technology and engineering industries. The skills acquired during the degree allow for professional roles in hardware development, system architecture, and electronic component manufacturing. Potential career paths focus on the design of next-generation consumer electronics, industrial machinery, and computing hardware.

The rigorous training ensures that alumni are competitive candidates for positions in research and development labs, telecommunications firms, and semiconductor companies. By mastering both hardware design and programming, graduates can pursue roles as electronics engineers, systems designers, or technical consultants in various high-tech environments.