WHY STUDY BTECH AT THE UNIVERSITY OF WATERLOO?
 

• The University of Waterloo is one of the top 50 engineering schools in the world.
• The university is a member of the U15.
• It has a research-intensive approach to education.
• The curriculum of the study programs is interdisciplinary.
• The candidates have the opportunity to participate in a co-op program for professional experience.

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

The University of Waterloo or as it is popularly known as UWaterloo is a leading research university. It is situated in Waterloo in Ontario. The university offers study programs offered by 6 faculties and 13 faculty-oriented schools.

UWaterloo has the most extensive post-secondary co-operative study program in the world, with over 20,000 students enrolled in the university co-op program. It is a member of the U15, which is a group of research-oriented universities in Canada.

The University of Waterloo is ranked in the top 50 engineering institutions across the world.

UWaterloo houses the Faculty of Engineering, which offers quality architecture and engineering study programs with an experiential learning experience conducted beyond classrooms. The students gain significant work experience through the co-op program, and develop their skills under advanced facilities through practical processes and technology. They also have the opportunity to learn from innovative and modern startups in the most entrepreneurial region of Canada.

The Faculty of Engineering at the University of Waterloo offers:

• 15 Bachelor’s programs
• 14 professional engineering degrees
• One globally reputed architecture degree

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

BTECH IN UNIVERSITY OF WATERLOO

Some of the popular BTech programs offered at the University of Waterloo are given below.

1. Architectural Engineering (BASc)
2. Electrical Engineering (BASc)
3. Environmental Engineering (BASc)
4. Geological Engineering (BASc)
5. Management Engineering (BASc)
6. Mechanical Engineering (BASc)
7. Mechatronics Engineering (BASc)
8. Nanotechnology Engineering (BASc)
9. Software Engineering (BSE)
10. Systems Design Engineering (BASc)

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

ELIGIBILITY CRITERIA

The eligibility criteria for BTech study programs at the University of Waterloo are given in the table below:

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BTECH PROGRAMS AT UNIVERSITY OF WATERLOO

Detailed information about the BTech study programs offered at the University of Waterloo is given below.

1. Architectural Engineering (BASc)

The study program of Architectural Engineering is offered jointly by:

• Department of Civil Engineering
• School of Architecture
• Department of Environmental Engineering

The program was formulated to produce graduates who have technical skills in:

• Construction
• Building design
• Assessment
• Refurbishment and repair with a focus on communication
• Collaboration and design

This studio-based program offers the participants with technical knowledge, and the required design skills to flourish in their careers.

The design-based, co-op program is unique and extensive. It incorporates studio focus, exposure to flexible design problems, experiential learning, and gainful insights through interaction with peers. In the 3rd year, the participants of Architectural Engineering have the opportunity to collaborate with the students in the Architecture stream and study two academic terms at Cambridge’s School of Architecture.

The graduates of Architectural Engineering have extensive skills and knowledge required to ease communication between the different professions involved in infrastructure projects. Architectural Engineering is CEAB accredited program providing the candidates with an opportunity to apply for the P.Eng. or Professional Engineering License.

2. Electrical Engineering (BASc)

Electrical Engineers have the opportunity to design aircraft control systems and power stations, and develop quality medical equipment.

The participants in the Electrical Engineering study program at the University of Waterloo learn the required skills in circuit analysis, electronics, and electromagnetics. They can apply the skills in areas like:

• Manufacturing
• Communication
• Power and Energy
• Computing
• Health care
• Entertainment
• Security

A BASc or Bachelor of Applied Science in Electrical Engineering from the University of Waterloo will offer multiple career paths.

3. Environmental Engineering (BASc)

Environmental Engineers resolve issues such as:

• Treating potable drinking water
• Reduce pollution of the water, air, and soil

The field also addresses ensuring a sustainable future with the help of science and technology. The Environmental Engineering course at the University of Waterloo prepares the candidates for a competitive career in the field, and strengthens their skills and knowledge in:

• Mathematics
• Physics
• Chemistry
• Biology
• Geography
• Geology

It is similar to various other study fields of the earth through laboratory, field exploration, and assessments on computer modeling. Environmental engineers benefit from the quantitative study of physics and mathematics to enhance their understanding. They use the knowledge to formulate and apply solutions that can be applied to remedy and restore the environment. 

4. Geological Engineering (BASc)

The Geological Engineering study program at UWaterloo is aimed at those candidates who want to combine engineering design and nature, and who pursue physical mechanics of the surface and subsurface of the Earth. The subject combines engineering geology and geotechnical engineering. Canada is reputed globally for geological engineering, and job prospects for graduates in this field are excellent.

The Geological Engineering field covers a broad range of activities, such as the geological characterization of the foundations of significant structures and buildings, the development of natural resources such as:

• Water
• Mining
• Hydroelectricity
• Oil and gas
• Forestry
• Inspection and assessment of groundwater quality and movement
• Engineering safety of infrastructure such as reservoirs, dams, pipelines, offshore drilling platforms, railways, and roads
• Assessment of geo-hazard risks such as earthquakes, landslides, volcanoes, and the stability of natural dams

It also addresses issues such as project finance and insurance, forensic geological engineering, land-use planning, and the application of geological knowledge to repair and maintain cultural heritage sites.

5. Management Engineering (BASc)

The Management Engineering offered at the University of Waterloo is a study program that integrates skills and knowledge from:

• Modern operations research and analytics
• Software and information systems
• Organization science

The candidates gain experience and expertise to implement innovative solutions to complex problems related to operational and socio-technical issues. The unique skillset is applicable in a wide range of industries, such as finance, supply chain, software, logistics, health care, and manufacturing.

6. Mechanical Engineering (BASc)

The Mechanical Engineering study program offered by the University of Waterloo covers implementing the basic principles and laws of nature, and developing and enhancing the technological society and culture.

The course in mechanical engineering is extensive. In the technical areas and industries, the graduates participate in every phase of synthesis, design, development, and enhancement of machines, systems, and processes.

The course offers a solid understanding of the mechanics laws and thermodynamics, the effect of forces on liquids and solids, heat transfer in substances, the attributes of engineering materials, and mechanism designs to accomplish essential tasks.

7. Mechatronics Engineering (BASc)

The Mechatronics Engineering program offered at UWaterloo is facilitated by the Department of Mechanical and Mechatronics Engineering.

The 2nd and 3rd year curriculum of mechatronics is taught by the departments of computer engineering, systems design engineering, and electrical to offer extensive knowledge. It makes the Mechatronics Engineering program apt for candidates seeking interdisciplinary studies. 

The candidates are required to take part in the co-op program for work and study, which includes participating in 5 work terms in the professional field. The BASc or Bachelor of Applied Science in Mechatronics Engineering, is accredited by the CEAB or Canadian Engineering Accreditation Board.

8. Nanotechnology Engineering (BASc)

The Nanotechnology Engineering study program, offered at the University of Waterloo, covers physics, chemistry, biology, materials science and engineering, and medicine. Nanotechnology influences various industries, such as:

• Medical
• Pharmaceuticals
• Electronics
• Communications
• Automotive

Waterloo offers laboratories with modern equipment to train candidates for:

• Chemical synthesis and investigation
• Material strength testing
• Biological sensing
• Nanoscale object analysis
• Activities in cleanroom environments

Nanotechnology Engineering is an interdisciplinary program, and graduates of this program can take various job roles.

University of Waterloo’s Nanotechnology Engineering study program is offered by:

• Department of Chemical Engineering
• Department of Electrical and Computer Engineering
• Chemistry Department

9. Software Engineering (BSE)

The Software Engineering program at UWaterloo addresses the development of software. It applies computer science as well as engineering practices and principles to create, operate, and maintain software systems.

At the UWaterloo, Software Engineering is an interdisciplinary course offered by:

• Faculty of Mathematics
• Faculty of Engineering

The graduates of Software Engineering are awarded a BSE or Bachelor of Software Engineering degree.

10. Systems Design Engineering (BASc)

The study program of SYDE or Systems Design Engineering offered at the University of Waterloo provides the participants the skills to design almost anything.

A system is an interactive combination of materials, people, tools, software, machines, facilities, and procedures designed to work in combination to serve a common purpose. The candidates learn to use a systems approach for designing and have a comprehensive view of the system.

In the program, issues such as methods of analyzing, modeling, and designing systems are addressed. The candidates can opt to focus on any four primary areas of study in consecutive years:

• Intelligent Systems Engineering
• Human Systems Engineering
• Systems Modelling and Analysis
• Societal and Environmental Systems

The program offers the candidates exposure to primary design projects, in the first term of the course. The participants in the SYDE program have the opportunity to develop their management, collaborative and problem-solving, and engineering skills.

FACULTIES AND SCHOOLS OF UNIVERSITY OF WATERLOO

The list of Faculties and Schools at the University of Waterloo is given in the table below.

The University of Waterloo has around 36,000 Bachelor’s students and 6,200 Master’s students. The graduates of UWaterloo can be found throughout Canada and in more than 150 countries, with multiple award winners, business leaders, and government officials have graduated from the University of Waterloo.

These features make the University of Waterloo one of the popular higher learning institutes to study abroad.