Why Study Btech in University of British Columbia

• The University of British Columbia offers one of the top engineering schools in Canada.
• It has been ranked among the top 50 engineering institutes in the world.
• They provide extensive knowledge and skills in the core engineering disciplines.
• The courses have a research-intensive curriculum.
• It encourages team based projects and co-op options.

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The UBC or University of British Columbia is a renowned center for learning, teaching, and research. It was established in 1915.

The university offers opportunities to international students who wish to progress and prosper in their careers. The UBC attracts, encourages, and inspires over 68,000 candidates from Canada and more than 140 countries. The University should be the top choice for international students wanting to study in Canada.

UBC’s engineering department offers candidates with unique learning opportunities. They gain an extensive understanding of the principles of engineering in the 1st year. They can opt for any of the engineering specialization programs in the consequent years.

The candidates are awarded the BASc or Bachelor of Applied Science after graduating from their engineering study program. The curriculum of the course is amplified with the help of lectures, modern laboratory facilities, team-based projects, experience in design, and a co-op option.

An environment of learning, creative thinking, inclusiveness, and teamwork is encouraged at the university.

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Popular Programs for Btech in University of British Columbia

The popular BTech programs offered by the University of British Columbia are listed below:

1. Chemical Engineering
2. Civil Engineering
3. Computer Engineering
4. Electrical Engineering
5. Engineering Physics
6. Environmental Engineering
7. Geological Engineering
8. Materials Engineering
9. Mechanical Engineering
10. Mining Engineering

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

Eligibility Criteria

The eligibility criteria for the BTech programs in University of British Columbia are given in the table below:

Eligibility Criteria for BTech at University of British Columbia
Qualification	Entry Criteria
12th	No specific cut off mentioned
	Graduation from a university-preparatory program at a senior secondary school:
	Higher Secondary School Certificate awarded on completion of Standard XII
	Required subjects :
	Math/Applied Math (Standard XII level)
	Chemistry (Standard XII)
	Physics (Standard XII) (Physics may be waived with grades of A in Senior Math and Senior Chemistry)
	Related courses
	Language Arts
	Mathematics and Computation
	Sciences
TOEFL	Marks – 90/120
PTE	Marks – 65/90
IELTS	Marks – 6.5/9
English Proficiency Waiver	Students can be waived from the English Language requirement if they fulfil the following requirement:
	The applicant has achieved a minimum grade of 75% (Indian grading scale) in the senior English subject
	The applicant’s school is affiliated with the Central Board of Secondary Education or the Council for the Indian School Certificate
	The applicant is pursuing or have completed the curriculum leading to either the Indian Senior School Certificate (SSC) or the Indian School Certificate (ISC)

 

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Btech in University of British Columbia

Detailed information about the engineering programs offered at the University of British Columbia is given below:

1. Chemical Engineering

At UBC, the participants in the study program of Chemical Engineering learn to design, build and control the processes of manufacturing and industries used to generate products and services required in everyday life. They deal with energy, fertilizers, food, pharmaceuticals, paper, and plastics.

The emphasis is on instruction from experienced and reputed researchers, primary laboratory experience, visits to industrial sites, and interaction with industry partners and practicing engineers.

The candidates are encouraged to participate in research, practice sustainable and environment-friendly formulation of products and processes, and find new ways to reduce the environmental footprint of human society while maximizing the value in the practical world.

The Chemical Engineering building has substantial research labs. It also houses Clean Energy Research Centre.

The department partners for research in various multidisciplinary Research Centers of the University of British Columbia, such as:

• PPC or Pulp and Paper Centre 
• MSL or Michael Smith Laboratories 
• CBR or Centre for Blood Research 
• BRDF or Bioenergy Research and Demonstration Facility 
• AMPEL or Advanced Materials Processing Laboratory 
• Fraunhofer Society

 

2. Civil Engineering

The course of Civil Engineering at the University of British Columbia covers subjects such as:

• Soil mechanics
• Construction management
• Concrete and timber structures
• Foundation design
• Design of steel
• Municipal infrastructure design
• Environmental impact studies
• Coastal engineering

Its participants focus on the issues of:

• Construction
• Structural
• Transportation
• Earthquake
• Environmental
• Water resource
• Coastal
• Municipal
• Tunnels
• Mining
• Infrastructure
• Building Science

The graduates of Civil engineering at the University of British Columbia are in high demand. They can pursue careers as design consultants or project managers in various sectors of government and industries.

3. Computer Engineering

The study program of Computer Engineering at UBC covers a broad range of topics in computer science. The candidates get the opportunity to implement the topics they learned in the classroom in a Design Studio course for experiential learning. They also have the option to work with industry partners for a team-based project in the form of a Capstone course or create their individualized business plans and in prototypes under the course of New Venture Design.

4. Electrical Engineering

The candidates in the Electrical Engineering study program can customize their course by pursuing specialized studies in:

• Nanotechnology
• Renewable energy
• Biomedical engineering

Irrespective of what elective the candidate opts for, they will have the chance to work on practical engineering issues throughout their program.

5. Engineering Physics

The course of EngPhys or Engineering Physics offers an unparalleled and extensive freedom for the development of expertise. The 6 electives offered in the program allow the candidate to shape their program to contribute to their field of interest and encourage them to pursue innovation.

The team-based design programs and equipment for fabrication help the participants to build complex systems of electro-mechanism, realize innovative science, and have entrepreneurial and patent opportunities.

It offers unique learning through physics and mathematics that support technical innovation. The course also encourages project work in various engineering disciplines. The candidates can customize their degrees according to their interests with the help of electives or explore their other interests.

The students can opt for the following: 

• Electrical engineering
• Mechanical engineering
• Bioengineering
• Biophysics
• Applied mathematics
• Materials engineering
• Astronomy
• Technology entrepreneurship

 

6. Environmental Engineering

The study program of Environmental Engineering offered at UBC addresses problems to maintain and enhance the ecosystem’s health, address climate change, and improve biodiversity. Environmental Engineers resolve issues that society faces when it comes to:

• Waste treatment, reusing, and recycling
• Reduction of air and water pollution
• Remedy contaminated sites
• Site-specific concerns
• Regional regulations
• Modeling future environmental impacts to formulate government policies

Facilities such as classroom interactions with faculties and peers, team-based projects, and experiential learning are offered to the candidates. They gain essential fieldwork experiences through local municipalities and with UBC’s advanced infrastructure features through the program of “campus as a living lab.”

7. Geological Engineering

The participants in Geological Engineering at the University of British Columbia gain the skills and knowledge about design foundations for infrastructure or select the best routes for infrastructure for transportation, such as roads, railways, pipelines, and the like to avoid dangerous terrain. They investigate geo-hazards like landslides, flooding, or soil liquefaction and design strategies for mitigation to protect humans and properties.

Few Geological Engineers devise strategies for contaminated site clean-up, and design systems for groundwater-sourced drinking water for remote communities. Others have the responsibility of designing efficient slope cuts for mines, highways, or other excavations. They also design dams for generating hydroelectricity, drinking water reservoirs, or restriction of waste products.

The graduates of the program can find employment in the following areas:

• Consulting firms
• Government agencies
• Multi-national corporations

 

8. Materials Engineering

The Materials Engineering program at the University of British Columbia offers learning in the core material groups, such as metals, polymers, ceramics, and composites. In the final year, the candidates get to solve problems related to process design and materials selection. They also come up with solutions for various applications for the transportation systems, supersonic aircraft, fuel cells, sports equipment, advanced computers, and biomedical devices.

The graduates of Material Engineering can find employment in various fields. The most popular areas of focus are:

• Sustainability
• Biomaterials
• Bioengineering
• Automobiles
• Fuel cells
• Biomaterials
• Manufacturing
• Nanomaterials
• Aerospace

 

9. Mechanical Engineering

The Mechanical Engineering study program at the University of British Columbia offers learning in various fields, such as:

• Design
• Analysis
• Production
• Maintenance of systems related to energy and movement

Mechanical engineers are much sought after in a broad range of industries. They get the opportunity to:

• Design machines like aircraft, robots, and equipment for the human body
• Work on solutions to current concerns like developing technology for clean energy
• Reduce emissions of greenhouse gases

In the program of Mechanical Engineering, the students gain expertise in fundamental topics, and strengthen their knowledge in fluid mechanics, solid mechanics, dynamics, vibrations, thermodynamics, controls and design, and heat transfer. They also explore topics like mechatronics, biomechanics, robotics, aerospace, energy efficient design, and alternative-fuel technologies.

10. Mining Engineering

The Mining Engineering program offered at the University of British Columbia is consistently ranked as one of the top in Canada. An extensive professional degree program covering topics on engineering principles, mining, earth sciences, mineral processing, management, safety, health, economics, and social and environmental issues.

The integration is done through field trips, case studies, design projects, and guest speakers. At UBC, the candidates are equipped to resolve the challenges and prepared to participate in the multiple opportunities offered in the global mining industry.

The areas of focus for the candidates include:

• Mineral and metal extraction
• Health and Safety
• Mine management

Rankings of University of British Columbia

The University of British Columbia is ranked high by all the ranking bodies. The U.S. News & World Report has placed the university in the 35th position. 

The QS Rankings for 2023 ranked it in the 43rd position, and the 2023 Times Higher Education Rankings ranked UBC at the 40th position.

About University of British Columbia

The University of British Columbia is a research university with campuses in Vancouver as well as Kelowna in British Columbia. The UBC is globally considered to offer quality learning, teaching, research, and global impact. Since its establishment, the University of British Columbia has been offering opportunities for people with zeal, curiosity, and vision to make a positive impact on the world.