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Overview
Are you still uncertain about which engineering discipline is best suited to you? McMaster’s Engineering I program is common for all first-year engineering students.
By the end of your first year, you will be well-equipped to make an informed decision and select the engineering discipline you wish to pursue. If you have a strong admission average you may be offered “Free Choice.” This guarantees you a choice of disciplines in Level II (dependent upon successful completion of Level I Engineering). Please note: “Free Choice” does not apply to our Electrical and Biomedical Engineering, Management, Society or International Studies programs. McMaster’s Engineering I students take courses from other faculties to encourage a greater
understanding and appreciation of the world in which we live. These electives often relate to an individual’s strengths and interests in other areas such as philosophy, music, languages, social sciences and history.Program Brochure
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1st Year Courses
Total: 37 Units
Required: 31 units
- Chemistry 1E03 – General Chemistry for Engineering I
- Engineering 1A00 – Safety Training
- Engineering 1C03 – Engineering Design and Graphics
- Engineering 1D04 – Engineering Computation
- Engineering 1P03 – Engineering Profession and Practice
- Materials Science 1M03 – Structure and Properties of Materials
- Mathematics 1ZA3 – Engineering Mathematics
- Mathematics 1ZB3 – Engineering Mathematics II – A
- Mathematics 1ZC3 – Engineering Mathematics II – B
- Physics 1D03 – Introductory Mechanics
- Physics 1E03 – Waves, Electricity and Magnetic Fields
Electives: 6 units
Note: The unit value of a particular course is indicated by the last digit of the course code (e.g. 1A03 = 3 units).
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Beyond 1st Year
At the end of Engineering I, students select one of the following programs:
- Chemical Engineering
- Chemical Engineering & Bioengineering
- Civil Engineering
- Computer Engineering
- Electrical Engineering
- Electrical & Biomedical Engineering
- Engineering Physics
- Materials Engineering
- Mechanical Engineering
- Mechatronics Engineering
- Software Engineering
- Software Engineering (Embedded Systems)
- Software Engineering (Game Design)
Students may also choose one of the five-year program options such as Management, Society or International Studies. These unique programs have received wide recognition for the value they add to a core Bachelor of Engineering undergraduate degree.
Note: Management, Society or International Studies options are not available to students in the Chemical Engineering & Bioengineering, Electrical & Biomedical Engineering, Software Engineering (Embedded Systems) or Software Engineering (Game Design) programs.
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- aeronautics (Global Positioning System, instrumentation)
- aerospace components
- aircraft simulatiom
- animation
- antenna design
- aerospace engineering
- automotive industry (car control, car electronics)
- automotive materials and transportation systems
- banking
- biophotonics
- business analysts
- chemical (sensors, laboratory equipment)
- computer gaming
- computer hardware design
- computer networks
- computer-assisted minimal access or ? robotic surgery
- consultants
- control systems
- data visualization
- diagnostic imaging including magnetic resonance imaging (MRI)
- electronic patient devices for hearing, vision or muscle control
- electronic systems
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- electronics, microwave and antenna design
- embedded systems
- embedded systems for mobile devices
- energy production (nuclear, fuel cells, batteries)
- enewable energy
- entertainment electronics (MP3 & DVD players, portable video games, PDAs, watches)
- entrepreneur
- equipment design and manufacturing
- game design
- high-fidelity simulation
- laser applications
- law
- marketing manager
- marketing specialists
- materials production (metals, ceramics, polymers and glass
- medicine
- nanotechnology
- nuclear engineering
- optical and optoelectronic componentspatient diagnostic or monitoring instrumentation
- plant manager
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- policy development specialists
- power generation and control systems
- power systems design
- process automation engineer
- procurement engineer
- product design engineer
- production/operations management
- project managers
- quality control engineer
- recycling and development of environmentally friendly materials
- software design
- software development
- software systems
- solar cells (photovoltatics)
- sustainability experts
- teacher’s college
- telecommunication systems design (wireless, wired and fibre optical)
- testing engineering products in virtual space
- user-interface design
- utilities management engineer
- wireless and wired communication systems
- wireless environmental or medical sensor systems
- small tutorial/lab groups
- Engineering Co-op and Career Services
- our new Elliptical Computer Lab, dedicatedexclusively to Engineering I
- an active Women in Engineering program
- the student-run McMaster Engineering Society (MES)
- support services to assist first-year engineers
- The mandate of the Engineering Co-op & Career Services is to:
- connect students with employers
- equip students with tools and resources to enhance employability
- manage experience-related programs for undergraduate students
- three summer terms (four months each)
- one summer term (four months) plus one fall/winter term (eight months)
- one 12-16 month consecutive term
- ATS
- Bell Canada
- City of Hamilton
- ArcelorMittal
- Dofasco
- Evertz
- Microsystems
- Gates Canada
- General Electric
- Canada
- GM Cami
- Hatch Canada
- Honda Canada
- Manufacturing
- Hydro One
- IBM Canada
- Imperial Oil
- Linamar
- Motorola Canada
- Ontario Power Generation
- Petro-Canada
- Redknee Inc.
- Research In Motion (RIM)
- Siemens Canada
- Stackpole Ltd.
- L-3 Wescam
- Xerox Canada
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Profiles & Alumni
Unavailable at this time.
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Program Statistics
Unavailable at this time.
Admission Details
OUAC Application Code: ME / MEC
Target Enrollment: Approx. 720 students
Admission Average & Requirements
Web Links
Faculty Homepage:www.eng.mcmaster.ca
Prospective Students:www.eng.mcmaster.ca/future
Engineering Tourswww.eng.mcmaster.ca/future/tours.html




Why Engineering at McMaster?
McMaster’s Faculty of Engineering is committed to identifying new trends in the global engineering profession, and to introducing unique programs to cater to these trends. Our engineering programs rank amongst the best in North America and are taught by professors who are recognized around the globe for their expertise and reputation.
Our reputation for innovation and excellence is the focus of the Faculty, which enjoys one of the highest levels of research funding per faculty member in the country. High quality, comprehensive engineering programs taught by first-class, expert faculty members have made it one of the leading engineering schools in North America, and the world.
Our graduates gain impressive Canadian credentials, hands-on, real-world experience, and a strong foundation in the knowledge base of a professional engineer. They live and work in every corner of the world you can imagine.
The Times Higher Education Supplement selected McMaster as one of the “Top 200 World Universities” and China’s Institute of Higher learning at Shanghai Jiao Tong University includes McMaster on their “Top 100 Universities” list (which also includes Harvard, MIT and Cambridge).
Careers or Options Beyond This Program
The following career options/fields are available to graduates of the specializations found in McMaster’s Bachelor of Engineering program.
Schedule

Facilities
McMaster’s Engineering I program is administrated from the John Hodgins Engineering Building, however, facilities used by Engineering students are spread throughout our campus.
Please refer to our Virtual Tour (http://tours.mcmaster.ca) for images/videos of our facilities.
Engineering Student Services
We also have an Engineering I office, with a director, administrator, course coordinator and an academic advisor dedicated to helping students make a smooth transition to university and to achieving success in engineering.
The services and programs available for Engineering I students include:
Co-op
All McMaster Engineering programs include a co-op option. You decide whether or not the co-op option is for you; you may opt-in at any point until your final year of study. To achieve the co-op designation, you must complete a minimum of 12 months of work experience prior to the beginning of the final academic term of your undergraduate degree.
The Benefits of Co-op @ McMaster Engineering
1. Flexibility
Once registered for the co-op program, you decide how to coordinate your time commitment:
2. Preparation
A mandatory, eight-hour preparation course gives you all the tools you need to successfully compete for co-op positions.
3. Service
A dedicated Engineering Co-op & Career Services staff member will work with you
through each step of the co-op process; from the identification of employment
opportunities, to résumé and interview skills (practice and preparation), to work site visits once you are on your work term.
4. Paid Experience
Need we say more? You will gain hands-on practical experience, begin to develop a strong network and earn excellent pay for each work term.
5. Employment
Employment experiences enhance career development and full-time employment opportunities upon graduation. Through completing co-op work terms, you will learn to identify your strengths, interests and the way in which you can best contribute to an organization. You will also be in a stronger position to seek full-time employment upon graduation as a result of your co-op experience. Some organizations only hire from their co-op pool. Some of our current employers include:
