Bachelor of Engineering – Information Systems Engineering

Humber’s Bachelor of Engineering program begins with a foundational first year that provides students with essential engineering knowledge and skills. After the first year, the curriculum branches into three distinct discipline areas: Information Systems Engineering, Mechatronics Engineering, and Sustainable Building Engineering.

The Bachelor of Engineering – Information Systems Engineering prepares students for an interdisciplinary field that encompasses rapidly evolving areas such as computer systems, software development, networking, telecommunications, mobile applications, internet technologies, and cybersecurity. After the foundational year, the curriculum includes core courses in subjects like digital systems, operating systems, embedded systems, communication engineering, software engineering, mobile applications and systems, and more. In the third year, students specialize in one of two areas: Internet of Things (IoT) or Data Network and Security, with eight specialization courses available in each track.

The program also emphasizes project-based learning and experiential learning opportunities, providing students with hands-on training, applied research experiences, and work-integrated learning activities. Through these experiences, students will have the chance to address real-world challenges while developing key professional skills, including teamwork, communication, presentation, and project management.

Admission Requirements

• Ontario Secondary School Diploma (OSSD) or equivalent.

What You’ll Learn

• Understanding the design and function of digital circuits and systems.​
• Gaining insights into the management of hardware and software resources.​
• Learning to design and implement computer systems within larger mechanical or electrical systems.​
• Exploring the principles of transmitting information across channels.​
• Developing methodologies for designing, developing, and testing software.​
• Creating applications for mobile devices and understanding mobile system architectures.