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study BTech in Queen’s University, BTech in Queen’s University, Queen’s University
Want to study BTech in Queen’s University? Know the eligibility, fees, admission process and visa requirements for international students.
Why Study BTech in Queen’s University?
- Queen’s University is one of the top 10 Engineering schools in Canada.
- There are around 5,000 undergraduate candidates in Bachelor’s program of Engineering at Queen’s University.
- The university offers several research-oriented Engineering programs.
- Some of the programs are aimed at working professionals.
- The engineering programs offer an extensive curriculum.
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Queen’s University has been placed in the 246th rank globally in 2023 and among the top universities in Canada by the QS World University Rankings. The University has approximately 25,260 students from over 100 countries. There are 6,893 students enrolled in postgraduate programs and 18,367 students in undergraduate programs.
Queen’s Engineering is among the oldest and most reputed engineering institutes in Canada.
The candidates of the Queen’s Engineering program are awarded a BASc or Bachelor of Applied Science. It is equivalent to a BEng or Bachelor of Engineering and BTech or Bachelor’s in Technology.
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BTech in Queen’s University
The popular Engineering programs offered at Queen’s University are listed below:
- Chemical Engineering
- Computer Engineering
- Mining Engineering
- Civil Engineering
- Electrical Engineering
- Engineering Chemistry
- Engineering Physics
- Geological Engineering
- Mathematics and Engineering
- Mechanical and Materials Engineering
*Confused to choose which course to pursue? Avail Y-Axis course recommendation services to choose the best.
Eligibility Criteria
The eligibility criteria for BTech in Queen’s University are given in the table below:
| Qualification | Entry Criteria |
| 12th | Applicants must have passed Standard XII (All Indian Senior School Certificate/Indian School Certificate/Higher Secondary Certificate) within the competitive range 75% |
| Applicants must have studied English, Mathematics, Chemistry and Physics at the Standard XII Level with minimum English final grade of 70% | |
| TOEFL | Marks – 88/120 |
| IELTS | Marks – 6.5/9 |
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Popular BTech Programs at Queen’s University
Detailed information about the BTech programs at Queen’s University is given below:
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Chemical Engineering
The Chemical Engineering course at Queen’s University is an extensive engineering discipline. It integrates the field of chemistry, mathematics, biology, physics, engineering science, economics, and design. The candidates have the opportunity to develop innovative materials and formulate the processes to convert raw materials into enhanced products.
The candidates in Chemical Engineering are trained to design efficient, safe, environmentally-friendly, economic, and sustainable products and processes. They also gain primary experience with prototype chemical process simulators and equipment.
It offers options in Biochemical Engineering and Chemical Process Engineering.
The areas of specialization offered by Chemical Engineering at Queen’s University are given below:
- Biochemical
- Bioenvironmental
- Biomedical
- Chemical Process Engineering
The graduates can pursue their careers in the following areas:
- Biotechnology
- Oil, gas, and alternative energy
- Chemical process engineering
- Materials science and technology
- Environmental consulting
-
Computer Engineering
Information and communications technology is vital in the current world, and computer engineers have an essential role to play in the dynamic landscape.
The Computer Engineering study program at Queen’s University offers training to the candidates about the software and hardware that govern the activities of everyday life.
It integrates engineering, mathematics, and computer science. It also combines software engineering and computer architecture, and hardware. In the study program, the candidates study circuits, digital systems, electronics, computer architecture, microprocessors, data structures, computer networks, operating systems, algorithms, and software specifications and its development.
The candidates can opt for these streams:
- Computer Hardware
- Software Engineering
- Computer Systems
- Artificial Intelligence
- Mechatronics
The graduates of Computer Engineering can opt to pursue careers in:
- Software
- Artificial intelligence
- Banking systems
- Game development/design
- Cyber-security
- Wearable technology
- Medical informatics
-
Mining Engineering
The BTech program in Mining Engineering is a diploma-to-degree study program. It offers technical expertise along with managerial skills and problem-solving abilities the industry requires.
The study program of Mining Engineering can be pursued online, full-time in person, or part-time. The timings are flexible to facilitate professionals to pursue the course. Its candidates also participate in two summer field school trips. It allows the candidates to develop skills acquired through experience. They are also introduced to modern mining technology, and gain experience working in groups.
The program combines advanced technical education and soft skills, and managerial abilities to train modern mining professionals. The participants of Mining Engineering at Queen’s University acquire skills in:
- Geomatics (Surveying)
- Mining Sustainability
- Surface and Underground Mine Design
- Instrumentation and Data Analysis
- Leadership Management
- Communication and Technical Writing
-
Civil Engineering
Civil engineers help in constructing houses, office buildings, schools, highways, and other modern infrastructures. It is a competitive and dynamic field contributing to society to enhance the quality of life, the social and healthcare system, continuity of economy and business operations, and a country’s position in the international platform.
The candidates in the Civil Engineering study program at Queen’s University are trained to:
- Plan
- Design
- Sustainably build
To make the candidates ready for the professional field, this program focuses on a self-learning, communication, teamwork, problem solving, and leadership.
The areas of specialization of the engineering program are:
- Structural Design
- Geotechnical Engineering
- Environmental Engineering
- Hydraulics
The graduates of Civil Engineering can pursue careers in:
- Environmental assessment
- Construction
- Water supply
- Architecture
- Industrial design
- Urban and regional planning
-
Electrical Engineering
The Electrical Engineers program at the Queen’s University offers the candidates the required skills and training in communications, electric power, and takes leading roles in designing of innovative services and products.
As an Electrical Engineering candidates, the students study:
- Electric circuits and motors
- Microelectronics
- Electromagnetics
- Communications
- Signal processing
- Digital logic
- Robotics and Control
- Microprocessors
- Applied Mathematics
- Physics
The candidates can pursue the following streams:
- Biomedical Engineering
- Communications Systems and Networks
- Communications and Signal Processing
- Mechatronics
- Microelectronics and Photonics
- Robotics and Control
- Power Electronics and Systems
The graduates of Electrical Engineering can pursue careers in:
- Autonomous robotics
- Fiber and laser electro-optics
- Biotechnology
- Security systems
- Green power systems
- Wearable technology
-
Engineering Chemistry
The Engineering Chemistry study program offered at Queen’s University is a distinctive engineering program in North America. It offers extensive knowledge of chemistry integrated with the fundamental knowledge of engineering.
The graduates of Engineering Chemistry gain expertise in chemical processes related to industries. It combines chemical engineering and chemistry, offering solutions to problems of industrial interest. In the engineering program, the candidates study applied organic chemistry, reactivity principles, inorganic chemistry, methods of structure determination, and materials at a molecular level.
The candidates gain fundamental chemical knowledge to design and enhance processes and materials, ranging from pharmaceuticals to fuel cells.
The Chemical Engineering study program is accredited by the Canadian Society for Chemistry and the Canadian Engineering Accreditation Board. It allows the candidates to pursue careers in both disciplines.
The areas of specialization are listed below:
- Chemical Diagnostics
- Process Synthesis
- Alternative Energy
The Engineering Chemistry graduates can pursue careers in:
- Advanced material design and manufacturing
- Biomedical and pharmaceutical engineering
- Alternative energy technology
- Environmental consulting
- Chemical/process engineering
-
Engineering Physics
The candidates in Engineering Physics at Queen’s University learn to apply the skills and knowledge of the basic physical principles in modern technology and processes. The candidates study a curriculum integrating mathematics, engineering courses, and physics from a specialty area.
The courses in quantum mechanics, nanotechnology, and laser optics will help prepare the candidate for a professional career in engineering with the required expertise. Its candidates gain advanced skills for problem-solving and instrumentation, and they will be able to apply their analytical, mathematical, and abstract-thinking expertise to modern engineering challenges.
The candidates can opt for these electives:
- Mechanical
- Electrical
- Computing
- Materials
The Engineering Physics graduates can pursue careers in:
- Aerospace engineering
- Management consulting
- Energy Engineering
- Software engineering
- Nanotechnology and quantum computing
-
Geological Engineering
The Geological Engineering at Queen’s University offers a fundamental integrated curriculum in:
- Physics
- Mathematics
- Mechanics
- Geology
- Geophysics
- Geochemistry
- Site investigation
- Engineering design
- Geotechnical
- Geo-environmental and mineral
- Energy resource engineering
In the program, the candidates have the opportunity to apply techniques and principles of the earth sciences to resolve engineering issues like preventing contamination of soil and water, manage natural hazards, extract mineral and energy resources, and build infrastructure using earth materials. The candidates study physics, applied mathematics, chemistry, and natural processes like volcanoes, earthquakes, mountain formation, and plate tectonics. They acquire skills in laboratory, field, and computer simulation and training in advanced geological investigation and tools for engineering analysis.
The areas of specialization offered in Geological Engineering are listed below:
- Geo-environmental Engineering
- Applied Geophysics
- Geotechnical Engineering
- Mineral and Energy Exploration
- The Geological Engineering graduates can pursue careers in:
- Applied Geophysics
- Geo-Hazard Engineering
- Astronaut
- Banking/Investment
- Geo-environmental Engineering
- Mineral and Energy Exploration Engineering
- Geotechnical Engineering
- University Professor
- Tailings Containment Engineering
-
Mathematics and Engineering
The Mathematics and Engineering study program is one of a kind in Canada. The curriculum includes advanced mathematical approaches to issues in engineering issues. Mathematics and Engineering candidates study applied mathematics with engineering courses in their selected area of specialization. They learn to analyze and resolve engineering issues requiring advanced mathematics skills, like modern communications, mechatronic systems, and control.
The candidates can opt for the following:
- Applied Mechanics
- Systems and Robotics
- Computing and Communication
The candidates in Mathematics and Engineering can pursue careers in:
- Aerospace systems
- Biomedical engineering
- Artificial intelligence
- Cryptography
- Computer vision and image processing
- Satellite communications
-
Mechanical and Materials Engineering
The Mechanical and Materials Engineering study program at Queen’s offers essential skills and training required for machines or devices. The curriculum covers designing, manufacturing, operation, testing, and research. In this program, the study combines fundamental engineering studies with practical studies in materials, mechanical design, and manufacturing methods.
Multiple candidates opt for the mechanical engineering course because it is an extensive engineering discipline. The areas of concentration covers:
- Aerospace
- Energy and Fluid Systems
- Biomechanical
- Materials
- Manufacturing
- Mechatronics
The Mechanical and Materials Engineering graduates can pursue careers in:
- Aerospace and automotive design
- Business administration and management
- Biomechanics and biotechnology
- Renewable energy and sustainability
- Materials engineering
- Manufacturing
- Robotics
About Queen’s University
The Queen’s University is situated in Kingston, Ontario of Canada. Queen’s is organized into 8 faculties and schools. It comprises:
- Smith School of Business
- Engineering and Applied Sciences
- Arts and Sciences
- Health Sciences
- School of Public Policy
- Law
- Education
The Faculty of Engineering & Applied Science at Queen’s University is responsible for the candidates pursuing study programs in varied engineering disciplines. The Engineering at Queen’s boasts of a vibrant and diverse community of 4600 outstanding undergraduate candidates from Canada as well as abroad.