Best Schools for Master’s in chemical Engineering in Canada

Master’s in Chemical Engineering in Canada

A Master’s in Chemical Engineering in Canada is offered by many top-level schools. This degree program covers many advanced topics in the field and is an excellent way to obtain top-level credentialing and specialisation. The Master’s curriculum is suitable for those who wish to advance further as practicing engineers and those who wish to continue to focus on research. A typical program will include both fundamental courses and those that focus on a particular area.

What Is a Master’s in Chemical Engineering?

Many universities throughout Canada offer graduate programs in chemical engineering. These programs usually take from one to two years to complete. Many universities tend to have  programs that are either research focused or coursework oriented, with some schools offering a choice between the two types of options.

A coursework oriented Master’s in Chemical Engineering program will generally include an array of traditional classroom lectures and seminars, with a required research project. While graduate students have a lot of freedom in terms of course choice, most programs will require them to settle on a particular area of interest and take a certain portion of courses within that area.

A Master’s in Chemical Engineering may also be geared to students who wish to gain advanced practical skills and practice independent research. In such a setting, students will focus most of their time on a major research project that will be performed independently. This study option will still require some traditional courses, although far fewer than the coursework oriented model.

Courses will include several fundamental topics, which are typically covered before students move on to more advanced and specialised courses. Graduate fundamentals may include:

  • Thermodynamics
  • Fluid mechanics
  • Computational methods
  • Process dynamics
  • Chemical reaction engineering
  • Biochemical engineering

Once these basics are mastered, students choose their areas of concentration and take advanced courses. Some courses students may expect to take in Master’s of Chemical Engineering program include:

  • Material surfaces
  • Nanotechnology
  • Electrochemical engineering
  • Soft tissue biophysics
  • Polymer science
  • Industrial air pollution control
  • Chemical processing in the electronics industry
  • Advanced separation processes
  • Environmental bioremediation

The graduate program coursework will also usually include courses in laboratory safety, research methods and oral presentation skills.

What Are the Benefits of Getting a Master’s in Chemical Engineering in Canada?

There are many good reasons for students to choose to enroll in a Canadian school in order to obtain a Master’s in Chemical Engineering. Chemical engineering programs are offered by many Canadian universities, including top schools such as McGill, which has been offering a Master’s in Chemical Engineering since 1935. Highly developed and thoroughly established, these programs are geared to impart the knowledge and skills necessary for success in the chemical engineering field today.

Canadian Master’s in Chemical Engineering programs tend to balance practical research skills with imparting both fundamental and specialised knowledge. Learning from leaders in the field helps students gain advanced expertise and puts them in touch with personalities at the forefront of industry and research.

Chemical engineering departments in Canada also offer many options for students depending on their individual goals and interests. Students are able to choose an emphasis on practical  work or traditional learning modes. Canadian schools also tend to offer many tracks for specialisation within the field. With the many applications for chemical engineering, students are able to integrate engineering fundamentals and apply them within a variety of areas.

What Kind of Career Can You Expect With a Master’s in Chemical Engineering?

Graduates of a Master’s in Chemical Engineering program usually intend to advance their careers in chemical engineering. Depending on a student’s particular interest, chemical engineering careers may be pursued in many types of industrial settings that include healthcare, biomedical research and development, environmental science, manufacturing, materials development, mining, pharmaceutical development, oil and gas, food science and more.

Canadian Master’s in Chemical Engineering programs often include courses that bolster practical and leadership skills. Graduates who take courses such as oral presentation skills, research techniques or laboratory methods find themselves prepared for leadership and management roles. Some positions for Chemical Engineering graduates include:

  • Analytical chemist
  • Production manager
  • Quality manager
  • Materials engineer

Master’s in Chemical Engineering degree holders may also choose to earn a doctoral degree and pursue an academic or research career.

 

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