Introduction of Chemical Engineering Specialty in Canada
Chemical engineering is an engineering discipline that studies the laws of chemical and physical processes in chemical industry and other process industries. Mainly study the following basic theories and engineering knowledge:
(1) Basic theories and experiments of inorganic chemistry, organic chemistry and physical chemistry;
(2) Basic theories and experiments of chemical engineering principles, chemical thermodynamics, chemical reaction engineering, separation engineering, chemical production technology and equipment;
(3) Technical and economic analysis and production operation management of chemical industry;
(4) the preliminary ability to research and develop new products, new equipment and new technologies. Cultivate high-quality scientific and technological talents who can engage in product research and development, device design, production process control and enterprise management in process industry.
Second, the professional setting
In Canada, chemical engineering is not a single major. Can cooperate with many disciplines, that is, interdisciplinary cooperation, such as McGill University and the University of Toronto. Students are required to study other related majors. Such as calculus, geometry and algebra, stochastic mathematical methods, probability and mathematical statistics, mathematical experiments, college physics, inorganic and analytical chemistry, physical chemistry, organic chemistry, organic chemistry experiments, biochemical principles, introduction to molecular biology, electrical and electronic technology, mechanical design basis, metalworking practice, instrument analysis, instrument analysis experiments, computer programming basis, chemical engineering principle, transfer process principle, reaction engineering basis, chemical thermodynamics.
III. Contents of Master of Chemical Engineering in Canada
1. Principles of chemical engineering: The basic principles of each chemical unit operation, typical equipment and its calculation, operation factor analysis of main unit operation and operation adjustment principles are emphatically discussed; Development trend of new technology and equipment and energy-saving measures.
2. Fundamentals of Chemical Equipment Mechanics: Based on the membrane stress theory, this course introduces the design and calculation of thin-walled vessels and their accessories and the selection of standard parts, so that students can master the strength design methods, structures and mechanical design methods of low and medium pressure vessels such as tubular heat exchangers, tower equipment and mixing equipment.
3. Chemical technology: This paper mainly discusses the production process, process calculation, production principle and process, application fields and detection methods of typical organic and inorganic chemical products, so as to lay a solid technical foundation for chemical engineering students.
4. Petroleum refining engineering: chemical composition and properties of petroleum and its products, petroleum distillation, fuel production and lubricant production, etc.
5. Physical chemistry: The main contents include gas state equation, the first law of thermodynamics, the second law of thermodynamics, chemical equilibrium, thermodynamics and phase equilibrium of multicomponent systems, electrochemistry, surface phenomena, chemical kinetics and colloid chemistry.
6. Fundamentals of industrial catalysis: mainly teaching catalysis and catalysts, adsorption and heterogeneous catalysis, various catalysts and their catalysis, preparation and use of industrial catalysts, activity evaluation and macroscopic physical characterization of industrial catalysts, etc.
Fourth, the employment prospects of chemical engineering in Canada
Chemical, oil refining, metallurgy, energy, light industry, medicine, environmental protection, military, environment, pharmacy, materials, fuel, special chemical industry and other industries can have stable employment opportunities, and employment opportunities in industries such as alternative energy and biotechnology are also increasing rapidly.
If broken down by specialty, organic chemistry is most popular with large pharmaceutical companies, such as Pfizer. Analytical chemistry can also choose pharmaceutical companies and analytical instrument companies. Inorganic and physical chemistry will be relatively narrow, but overall it is still good and the prospect is very optimistic.
5. Recommended by Canadian Institute of Chemical Technology.
University of British Columbia (UBC)
UBC University ranks third in chemical engineering, second only to He Da and McGill University. The professional name is chemical engineering and bioengineering. There are three research-oriented courses in this major: Master of Applied Science and Master of Science, among which Master of Science is mainly applied to non-engineering undergraduates.
University of Toronto
The chemical engineering major of the University of Toronto belongs to the College of Applied Science and Engineering, which is divided into three degrees, namely, teaching-oriented master and research-oriented master.
McMaster University
McMaster University offers Master of Applied Science and Master of Engineering degrees in chemical engineering.
Start date: January and September.
Master's entrance requirements: the average score is above 80 points.
Tutor's main research interests: biomaterials, biological treatment technology, transport phenomenon, polymer science, polymer engineering, treatment system.
university of alberta
University of alberta offers three degrees, Master of Engineering and Master of Science. Students in this major learn professional knowledge in chemical engineering, process control and material engineering.