Why Study B.Tech in the University of Toronto?

• The University of Toronto is the leading Engineering institute in Canada.
• It has a significant proportion of international students.
• The university has multiple breakthrough discoveries and research to its credit.
• It offers approximately 700 undergraduate courses.
• The university encourages experiential learning through internships and fieldwork.

*Planning to study BTech in Canada? Y-Axis is here to guide you.

The University of Toronto is a leading institution for technical education in Canada. The Engineering department of the University of Toronto is among the top engineering schools in Canada and the world’s best, as evidenced by international rankings.

It was established in 1827. Approximately 80% of the student population is pursuing undergraduate studies. The University of Toronto has three campuses, that is:

• George
• Mississauga
• Scarborough

A significant discovery by the University of Toronto is insulin, discovered in the 1920s.

A substantial number of international students from over 160 countries attend the University of Toronto.

*Want to study in Canada? Y-Axis, the No. 1 Study Abroad Consultant, is here to offer you guidance.

Popular Programs for B.Tech in the University of Toronto

The popular study programs for B Tech at the University of Toronto are:

1. Bachelor of Applied Science in Computer Engineering
2. BSc Hons in Data Science
3. BSc Hons in Information Security
4. Bachelor of Applied Science in Civil Engineering
5. Bachelor of Applied Science in Mechanical Engineering
6. Bachelor of Applied Science in Mineral Engineering
7. BSc Hons in Biomedical Toxicology
8. Bachelor of Applied Science in Chemical Engineering
9. Bachelor of Applied Science in Industrial Engineering
10. Bachelor of Applied Science in Materials Engineering

*Confused to choose which course to pursue? Avail Y-Axis course recommendation services to choose the best.

Eligibility Requirements

The eligibility requirements for the BTech program at the University of Toronto are given in the table below:

Eligibility Criteria for BTech in the University of Toronto
Qualification	Entry Criteria
12th	No specific cut-off mentioned
	Applicants must have an All India Senior School Certificate (awarded by CBSE) or Indian School Certificate (awarded by CISCE)
	Class 12th State Board Exams with studies in:
	Advanced Functions
	Calculus & Vectors
	Chemistry
	English
	Physics
IELTS	Marks – 6.5/9

 

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Know More About the B.Tech Programs at the University of Toronto

Detailed information about the BTech Programs at the University of Toronto is given below:

1. Bachelor of Applied Science in Computer Engineering

The study program of Bachelor of Applied Science in Computer Engineering offers theoretical as well as applied knowledge of computer science. It covers topics in computer science, information technology, and business. It focuses on concepts of technical computing and the enhancement of skills for leadership and business strategy in organizations.

The program covers topics such as:

• Software engineering
• Current programming languages and technology
• IT security
• Networking
• Mobile technology
• Graphic applications
• Data integration
• Operating system management
• Distributed systems
• Critical thinking, analysis, and problem-solving
• Communication
• Project management

 

2. BSc Hons in Data Science

The BSc Hons in Data Science study program aims to extract and process relevant information from vast data. It has its origins in computer science and statistics. Data scientists participate in the technological aspects of data and utilize data to make effective decisions. The field is progressing rapidly with data collection and technologies.  

The data science program offers candidates an advanced understanding of computer science and statistical methods, intensive research training, and the chance to test their knowledge in the practical world through internships for applied research.

3. BSc Hons in Information Security

The study program of BSc Hons in Information Security is an interdisciplinary course in Computer Science and Mathematics. The candidates learn about cryptography, digital forensics, and network security. The Bachelor’s study program offers the candidates the skills and knowledge for the modern technology-oriented world. The curriculum covers an overview of the subject, as well as extensive knowledge of the systems, aspects of computation complexity, number theory, and computer security.

4. Bachelor of Applied Science in Civil Engineering

The Bachelor of Applied Science degree in Civil Engineering study program at the University of Toronto focuses on designing, constructing, and maintaining structures and infrastructure. Through this study program, the candidates will be taught by global experts in unique and state-of-the-art facilities.

In this Bachelor’s program, the participants will cover areas such as:

• Building Science
• Environmental Engineering
• Construction Management
• Structural Engineering
• Mining and Geo-mechanics
• Transportation Engineering and Planning

 

5. Bachelor of Applied Science in Mechanical Engineering

The Bachelor of Applied Science in Mechanical Engineering at the University of Toronto covers subjects such as:

• Physics
• Risk assessment
• Thermodynamics
• Biomechanics
• Sustainable energy
• PEY or Professional Experience Year co-op program

The candidates who graduate from the Mechanical Engineering Bachelor program are issued a degree of Bachelor of Applied Science.

The first 2 years of the study program offer the candidates an extensive understanding of the subject. In the 3rd and 4th years, the candidates can customize their program according to their interests and preferred study areas by opting for technical electives from two streams out of five. The streams are:

• Bioengineering
• Energy & Environment
• Manufacturing
• Mechatronics
• Solid Mechanics & Design

In the 3rd year of study, the candidates are encouraged to take part in the PEY co-op program. In the program, they can work full-time for 12-16 months before resuming their studies in the program’s final year. All the engineering candidates in Mechanical Engineering complete at least 600 hours of practical work before the graduate.

In the final year of study, the candidates participate in the Capstone design program. The teams for Capstone are paired with clients from the industry and community to address real-world issues. The program ends with a display of the prototypes and designs by the students.

There are multiple undergraduate student research opportunities to participate in innovative research conducted by reputed faculty. The candidates can also opt for a thesis project in their 4th year.

6. Bachelor of Applied Science in Mineral Engineering

The Bachelor of Applied Science in Mineral Engineering is the applied science of the interaction of humans with the planet. The unique feature of the Lassonde Mineral Engineering program is the comprehensive approach to the discipline. The candidates learn about mine design and management, mineral exploration, mining finance, and mineral processing from the researchers working at the Lassonde Institute of Mining. They are also taught by industry professionals.

The degree offers the candidates with an expertise in turning mining more sustainable, productive, and safe.

The study program covers topics such as:

• Environmental Impact & Risk Assessment
• Mineral Processing
• Mine Design
• Surface & Underground Mining
• Mining Economics & Finance
• Wastewater Management

 

7. BSc Hons in Biomedical Toxicology

The study program of BSc Hons in Biomedical Toxicology offered at the University of Toronto explores the mechanisms behind general biochemical actions and reactions.

The candidates learn about how the genetic information in the DNA is unique. They learn the fundamental principles of drugs impacting the human body. Topics such as drug absorption to adverse effects of drugs are addressed.

The students learn about the structure and function of human bodies under the regional exploration of human physiology and anatomy.

The participants develop networking skills as they engage with their peers from Toronto and across the world. The skills equip the candidates better for success in future studies or careers. They build a foundation in the primary life and health sciences that influence the related discipline of medicine, and other health professions.

The students are offered expert guidance from the faculty of the university on the modern methods of global health research.

The graduates of the course are prepared to participate in the field of medicine or other related fields by developing links and acquiring skills they can use in various biomedical science disciplines.

8. Bachelor of Applied Science in Chemical Engineering

The candidates in the Bachelor of Applied Science in Chemical Engineering study program study a combined curriculum of:

• Chemistry
• Mathematics
• Biology
• Design

The combination of the subjects addresses global challenges and generates innovative products and processes.

The chemical engineering study program at the University of Toronto is the leading body for research to develop renewable fuels, utilize biotechnology to reduce pollution, manufacture sustainable products sustainably, create artificial organs, and enhance foods to resolve malnutrition. The candidates implement theory to practice for creative courses and laboratories, such as the Unit Operations Lab. It has large-scale industrial equipment and a two-story column for distillation.

 

9. Bachelor of Applied Science in Industrial Engineering

The Bachelor of Applied Science in Industrial Engineering program offers an optional year in the PEY or Professional Experience Year co-op program. The graduates of the Industrial Engineering undergraduate program are issued a Bachelor of Applied Science degree.

The first 2 years of the BTech program offer the candidates an extensive understanding of the discipline. In the 3rd and 4th years, the candidates can customize the program to cater to their interests by opting for technical electives from areas such as:

Artificial Intelligence & Machine Learning

• Human Factors
• Operations Research
• Information Engineering

After the 3rd year of study, the candidates are encouraged to take part in the PEY co-op program. In the program, they get the opportunity to work for 12-16 months.

10. Bachelor of Applied Science in Materials Engineering

The participants in the study program of Bachelor of Applied Science in Materials Engineering study topics such as:

• Materials for high-efficiency storage of energy
• Conversion technologies
• Reduce the cost of solar cells through silicon from rice husk
• Develop lightweight and efficient materials for automotive and aerospace applications

The students learn to design and process the structure and attributes of materials at the atomic and molecular levels. With the progress of the study program, the candidates can opt to pursue studies in the following:

• Nanotechnology
• Biomaterials
• Advanced semiconductors
• Adaptive polymers
• Forensics
• Photovoltaics

The candidates can pursue research themes in the following fields:

• Biomaterials
• Manufacturing with Materials
• Design of Materials
• Sustainable Materials Processing

Ranking of the University of Toronto

According to the 2023 QS World University Ranking, the University of Toronto was ranked in the 34th position. THE Times Higher Education University Ranking has ranked the university in 18th place for 2022 and 2023.

About the University of Toronto

The University of Toronto has three academic divisions focused, such as:

• Applied science and engineering
• Management
• Public health

The aspirants can those from approximately 900 courses offered by the University of Toronto. The principal medium of instruction is English. The academic schedule varies on the three campuses. Accommodation for the students in the 1st year is available on every campus. The university has over 40 libraries with more than 19 million volumes.