Bachelor of Engineering (Hons) in Comprehensive Engineering, Ontario Tech University

Oshawa, Ontario

48 Months

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About this course

This course offers a comprehensive exploration of multiple engineering disciplines including automotive, electrical, manufacturing, mechanical, mechatronics, and software engineering. Students will learn about automation, control systems, active safety, vehicle design, and manufacturing processes. Additionally, the program covers systems engineering, research and development, and the integration of electrical components in industrial and automotive contexts. The curriculum aims to equip students with skills in designing new algorithms, managing power systems, automation solutions, and developing secure software systems for various platforms. Practical knowledge in quality assurance, maintenance, and the management of complex engineering projects is also emphasized, preparing students for diverse roles in technological innovation and industry-specific solutions.

Why this course is highly recommended

Students interested in the cutting-edge fields of automation, vehicle systems, electrical electronics, manufacturing innovation, and software development will find this course particularly valuable. It prepares students for roles that involve designing, testing, and managing advanced systems used in industries such as automotive, manufacturing, and electronics. The curriculum's blend of practical application and research-oriented projects makes it ideal for those aiming to contribute directly to technological advancements and automation solutions.

Specialisation

The course spans multiple specialisations including automotive design and testing, electrical power generation and distribution, manufacturing systems and analysis, control and energy systems, robotics and automation, mechatronics, and software development for secure and entertainment applications. The program allows students to gain expertise in these interconnected fields, providing a broad yet detailed understanding of modern engineering challenges and solutions.

Course fees

Application fees

27.08L

1st year tuition fees

27.08L

Living cost

Degree requirements

The input data does not specify the degree requirements for this course.

English language test

TOEFL

IELTS

6.5

DUOLINGO

120

PTE

Career prospects

Graduates from this program can look forward to careers as automation engineers, controls engineers, electro-mechanical systems engineers, robotics engineers, and software developers. They will be equipped to work in automotive industries, manufacturing firms, research and development organizations, and companies specializing in electrical power and control systems.

FAQs

What are the main areas covered in this course?

The course covers automotive, electrical, manufacturing, mechanical, mechatronics, and software engineering, focusing on automation, control systems, vehicle design, power management, robotics, and secure software development.

Who should consider this course?

Students interested in engineering disciplines involving automation, vehicle systems, electronics, manufacturing, robotics, or software development will benefit most from this program.