Introduction to Engineering Physics
What is Engineering Physics?
Engineering Physics is a link between basic science and the traditional branches of engineering.
Engineers often face challenges that require an understanding of many aspects of a technical problem. To meet these challenges, Engineering Physics graduates rely on a solid background in physics, chemistry and mathematics, as well as experience in other engineering disciplines such as materials, mechanical, chemical, and electrical engineering. This integrated union of disciplines is required most urgently in the development and emerging applications of high technology, and graduates of the engineering physics programme are frequently employed in these areas.
Why Take Engineering Physics ???
- A degree in Engineering Physics will prepare you for entry into some of todays most exciting technologies - areas such as lasers, fiber optic communications, microelectronics, information technology, nuclear power, and nuclear instrumentation.
- The program provides a broad background in basic science and engineering that is essential for the rapidly changing high technology environment that engineers face in the years ahead.
- An education in Engineering Physics provides an understanding of how to apply basic science to the solution of engineering problems.
- Graduates of Engineering Physics have the confidence and ability to tackle and solve problems.
Some quotes from recent graduates of our programmes illustrate what Engineering
Physics is all about:
"The range of subject materials (in Engineering Physics) was good preparation for my industrial work since it prepared me to change directions quickly and to handle many unrelated projects simultaneously..."
"... The one aspect of my Engineering Physics education that shines through is that I was taught how to learn!! As a result, I feel comfortable with new ideas/concepts/technologies..."
"...A background in Engineering Physics allows
you freedom to move in many directions. Engineering (in
general) is an interdisciplinary field and Engineering
Physics has shown me there is nothing we cant tackle
..."
Career Opportunities for Engineering Physics Graduates
Engineering Physics graduates have many career options due to the flexibility developed through a broad background in mathematics, physics, materials science, electronics, computer systems and optics. There are many different job titles that describe what graduates of the Engineering Physics programme are now doing. Telecommunications, laser applications and nuclear engineering are just a few of the career paths our graduates have focussed their attention on. Many graduates choose to continue their studies earning Masters or PhD degrees. Some of the companies that have hired Engineering Physics graduates from McMaster in recent years are:
Atomic Energy of Canada Ltd. Babcock and Wilcox Canada Bell Canada Bombardier Aerospace Bruce Power Inc. Canadian Nuclear Safety Commission Celestica Chrysler Canada Colt Engineering COM DEV CompuCARE Systems CP Rail Cutler-Hammer De Havilland Inc. DOFASCO EDS ELCAN Optical Technologies Elsag Bailey (Canada) Inc. Falter Engineering Gamma Foundries Ltd. GE Medical Systems Genesis Microchip Inc. Gennum Corp. GSI Lumonics Hamilton Health Sciences Hatch Associates Honeywell Ltd. Hydro One Hydro Quebec IBM Imaging Research Inc. Intel JDS Uniphase Luxell Corp. |
McMaster University MD Robotics MDS Sciex Metrophotonics Inc. Mytec Technologies National Research Council of Canada NB Power Newbridge Networks Corp. Nortel Networks North American Detectors Nuclear Safety Solutions Ontario Power Generation Optikon Corp. Oracle Pembina Exploration Ltd. Perkin Elmer Picarro Procter & Gamble Research in Motion (RIM) Sabeus Photonics Semiconductor Insights SiGe Microsystems Spar Aerospace Starwave Corp. Texas Instruments Thomson Engineering University of Alberta University of Toronto University of Waterloo Visteon Wardrop Wescam Inc. Westaim Corp. . |
