<ul><li>Studying Economics is an excellent way to develop one’s quantitative ability, abstract reasoning, and knowledge of important features of the way the world works</li><li>Available as both a Major and an Honours, Economics offers a flexible curriculum where students can focus on theory</li><li>The Honours program in Economics is a challenging program with a strong mathematical component</li><li>Students will gain important transferable skills in analysis and problem solving that will open doors to many careers after graduation</li><li>Although careers in business and finance are common with a background in economics, students can also find a future in law, government, non-profits, international relations, academia, and more
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<ul><li>The program has a total of 30 credits</li><li>The Finance Major has been designed to meet the increasing demand for expertise in this rapidly growing functional area of business</li><li>This Major is designed to provide in-depth knowledge of finance theory, financial institutions, investment analysis, risk management, and applied techniques</li><li>Employment for graduates is most often obtained in investment and commercial banking, manufacturing and service firms, non-profit organizations and governments, and non-financial firms</li><li>The electives can be grouped into seven streams: Entrepreneurship and Start-up Financing, Corporate Advisory, Portfolio Management, Trading, Sustainable Finance, Quantitative Modeling, and Risk Management
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<ul><li>The program instils basic quantitative skills in students such as Business Statistics, Financial Accounting, and Math for Finance</li><li>This program’s core is comprised of five integrated modules: leading, measuring, resourcing, creating, and competing</li><li>The MBA program offers four concentrations - Finance, Marketing, Global Strategy and Leadership, and Business Analytics</li><li>There are 48- and 54-credit options that can be completed in 12, 16, or 20 months</li><li>Students can gain insights into the job market, build their professional portfolio, develop industry-specific skills for interview preparation and success, and grow their network
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<ul><li>McGill’s Major in Electrical Engineering offers a broad understanding of key principles in rapidly advancing fields like computer technology, microelectronics, automation and robotics, telecommunications, and power systems</li><li>The Electrical Engineering program is broad, offering a solid knowledge base and the freedom to tailor students’ education to their interests</li><li>This program will equip students with the technical skills to work on projects of all scales – from industrial electrical systems to nanoelectronic structures</li><li>Students will code, develop and troubleshoot software, and will learn how the architecture of modern computers puts bounds on calculation accuracy, speed and energy consumption</li><li>Electrical engineers work in many industries, including telecommunications, aerospace technologies, automotive industry, robotics, automation and control systems, microelectronics, energy, biomedicine or manufacturing, and processing
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<ul><li>This program will help students gain expertise that can be used in aerospace, energy, manufacturing, machinery, and transportation</li><li>The Mechanical Engineering degree offers three areas of specialization: design, aeronautics, and mechatronics</li><li>With a Mechanical Engineering degree, students can work in design, manufacturing and operations across countless industries, like aerospace, automotive, biomechanics, energy and power conversion, robotics, manufacturing, food processing, pulp and paper, textiles, heavy machinery, and household appliances</li><li>Specialist interests are satisfied by selecting appropriate complementary courses from among those offered with a specific subject concentration, such as management, industrial engineering, computer science, controls and robotics, bio-engineering, aeronautics, combustion, systems engineering, etc</li><li>Students learn how to apply their analytical groundwork to the solution of practical problems
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<ul><li>Studying chemical engineering at McGill will prepare students to design, run, model, and optimize all kinds of systems — these can range from production and manufacturing systems to corporate systems, economic systems, and even weather, population, or global systems</li><li>Chemical engineers are in demand across fields and industries like pharmaceuticals, pulp and paper, food and beverage processing, petrochemicals, energy and advanced materials, mining, environmental engineering, and production and manufacturing</li><li>The core curriculum with process design courses is taught by practising design engineers</li><li>Problem-solving, experimenting, planning, and communication skills are emphasized in courses throughout the core curriculum</li><li>The discipline of chemical engineering is distinctive in being based equally on physics, mathematics, and chemistry
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<ul><li>The program provides a broad introduction to the principles of computer science and offers ample opportunity to acquire in-depth knowledge of several sub-disciplines of Computer Science</li><li>Students in this program can study diverse topics like software engineering, programming languages, robotics, compilers, databases, game design and development, operating systems, artificial intelligence, computational biology, computer vision, and the analysis of algorithms</li><li>Pursuing an undergraduate degree in Computer Science will strengthen students’ analytical thinking and creative problem-solving skills</li><li>Graduates choose to work in software development, consulting, research, and project management as well as across a wide range of fields, including business, engineering, and medicine</li><li>Students can take on an additional minor with the 63-credit program
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<ul><li>The first part of the university’s professional Architecture program is a three-year, minimum of six-semester, design-based program leading to a non-professional degree, Bachelor of Science (Architecture)</li><li>Architecture is the art and science of creating space — this can be space in furniture, a room, a building, groups of buildings, or an entire city</li><li>As an Architecture student, one will apply their skill in math and physics while harnessing a passion for drawing and design</li><li>Students may discover interests and aptitudes in a variety of other fields, such as computer graphics, film, industrial design, and of course, construction, and move directly into graduate studies or jobs in these areas</li><li>Graduates can become professional landscape architects, urban planners, restoration architects, and graphic designers, or choose other career options
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McGill University

All Courses

Bachelor of Arts in Economics (BA)

Bachelor of Commerce in Finance (BCom)

Master of Business Administration (MBA)

Bachelor of Engineering in Electrical Engineering (BEng)

Bachelor of Engineering in Mechanical Engineering (BEng)

Bachelor of Engineering in Chemical Engineering (BEng)

Bachelor of Science in Computer Science (Major) (BSc)

Bachelor of Science in Architecture (BSc)