Written by Stephanie Pugh and Matthew Tran

From the deepest caverns to the highest towers, Civil Engineering at the University of Toronto focuses on the design, architecture, and sustainability of the frameworks that support our everyday life! Are you curious about the UofT’s Civil Engineering Program? Continue reading and we’ll tell you all about what this program has to offer!

What is Civil Engineering at UofT?

You will learn from worldwide professionals in some of the nation’s most modern and specialized facilities as part of the Civil Engineering programme at U of T. Studies in Civil Engineering are for the betterment of society! For example, studies in applied structural mechanics, fluid mechanics, geology, and engineering ecology could enable you to develop disaster-resistant infrastructures and construct systems that could provide clean water to disadvantaged people. Civil Engineering puts the improvement of quality of life at its main focus.

What Areas Can You Specialize in at UofT Civil Engineering?

There are six different areas of focus at UofT’s Civil Engineering program! They include:

• Building Science

Building science is the scientific study of structure materials, components, elements, and construction procedures in terms of maintaining the appropriate temperature and moisture parameters of a building’s interior. Understanding and applying fundamental ideas from physics, chemistry, and other disciplines of science to the challenge of creating effective, efficient, and cost-effective building strategies is definitive of building science!

• Construction Management

Construction makes up a sizeable portion of Canada’s GDP. In comparison to other industries, however, little to no industry-driven research is conducted. In this sector, there are several possibilities to learn and progress. Students pursuing construction management courses or research examine, research, model, and develop ways for enhancing engineering and management processes in the sector. Capacity planning, performance diagnostics, cognitive technologies, and computer applications are just a few of the topics covered. In addition, attitudes toward site safety are investigated, as well as contractor pre-qualification.

• Environmental Engineering

Environmental engineering is a discipline of engineering tasked with protecting humans from the negative consequences of climate issues, such as pollution, as well as increasing the health of the environment. Engineers in the field of environmental engineering work to enhance recycling, disposal of wastes, public health, and the management of water and air pollution.

• Mining & Geomechanics

The keys to addressing some of society’s most pressing issues are still locked within the Earth’s crust: positive growth in the face of dwindling nonrenewable natural resources, global warming, alternative energy sources, trying to minimize waste generation and offsetting waste consequences. Mining and Geomechanics focus on the stewardship and preservation of agricultural land, our Earth, and even exploring other planets!

• Structural Engineering

Structural engineering, a field of civil engineering, is concerned with the foundation of structures and the design of such structures to sustain the pressures and tensions of their environment while remaining safe, solid, and reliable. To put it another way, structural engineers ensure that buildings and bridges do not crumble!

• Transportation Engineering & Planning

Transportation engineering is the discipline of technologies and scientific fundamentals to the preparation, functional design, operation, and strategic planning of transportation facilities in order to ensure the safe, effective, swift, comfortable, convenient, economical, and environmentally friendly mobility of people and goods.

What Are The Admission Requirements for UofT Civil Engineering?

To qualify for the Civil Engineering program, students must have their Ontario Secondary School Diploma or equivalent, and the following six Grade 12 U/M courses:

• English (ENG4U)
• Calculus and Vectors (MCV4U)
• Chemistry (SCH4U)
• Physics (SPH4U)
• Advanced Functions (MHF4U)
• One additional U or M course

The Admissions Committee for Civil Engineering will consider your overall academic history through a holistic approach, however, the prerequisite course average of 70% must be met in order for you to apply!

You can read more about UofT’s requirements for Ontario high school students here!

Proof of English Language capacity is also required: Evaluate if you are required to present proof of English facility here!

Also, if you are an Ontario student completing the IB Diploma, please refer to the IB requirements.

Each candidate will be carefully considered by U of T based on a review of academic credentials and extracurricular activities, which you will describe when you complete the Online Student Profile (the supplemental application).

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