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Biosystems Engineering



E2-376 EITC headbio@ms.umanitoba.ca
www.umanitoba.ca/afs/biosystems_engineering 474-6033

Biosystems engineers combine engineering and biology in many ways. This can include the development of plant and animal growth facilities, biomedical applications, new biological production systems in the pharmaceutical industry, etc. They also deal with the ecological impact of biological wastes, develop food preservation and storage systems, and design land irrigation and drainage systems.

The Biosystems Engineering Program teaches the fundamentals of the engineering disciplines and physical sciences through courses focusing in the areas of biology, agriculture, machine design, instrumentation, and pollution control. The program can also be taken with a Co-op Option to enhance the formal classroom education with practical work experience.

Students choosing to focus on Environmental Engineering may take the formal Environmental Option while those students looking to focus on human rather than animal applications can choose electives like Human Anatomy and Physiology. The Biosystems Program also prepares students for entrance to the Faculty of Medicine. Students planning to follow this course should contact the Biosystems Department Office to properly select their electives.

CAREER OPTIONS

Biosystems engineers work in:

  • Machine design for major farm and other equipment manufacturers
  • Process design for the food and pharmaceutical industries
  • Biomedical and healthcare industries
  • Structural and environmental design for plant and animal production
  • Environmental design relating to waste management, water management and their impact on crop the environment

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Civil Engineering



E1-368 EITC lindsyn@ms.umanitoba.ca
www.umanitoba.ca/engineering/civil 474-9220

Civil engineers are at the forefront of the application of advanced technologies and computer-aided engineering. They design, plan, and manage infrastructure projects including office buildings, bridges, transportation networks, pipelines, drinking water treatment facilities, and offshore structures.

The work of civil engineers plays a vital role in both developed and developing countries. The impact of their work and its direct benefit to the society are visible around the world. Civil engineers are always key players in urban redevelopment, meeting the challenges of sustainable development, environmental pollution control, public infrastructure renewal, and in the preparation for and recovery from natural disasters.

The Civil Engineering Program develops the fundamentals in the physical sciences and engineering disciplines with an emphasis on the fields of hydrology, structural analysis, geotechnical design, transportation, and pollution control. The program can also be taken with a Co-op Option to enhance the formal classroom education with practical work experience. A formal Environmental Engineering Option is also available for those who are particularly interested in this area of study.

CAREER OPTIONS

Civil Engineers work in:

  • Water and waste management
  • Water diversion projects
  • Construction industry
  • Transportation industry
  • Hydroelectric and irrigation projects
  • Environmental pollution control

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Computer Engineering


E2-390 EITC jnoble@ee.umanitoba.ca
www.ee.umanitoba.ca 474-7237

The work of computer engineers can be found everywhere, from the computer processor in your car, to the software in bank machines. Computer Engineering is about the whole computer system and therefore, unlike computer scientists, computer engineers receive a broad education focusing on computer hardware as well as software. Successfully managing the integration of hardware and software is the key skill and challenge of Computer Engineering.

The Computer Engineering program develops the necessary fundamentals in mathematical and physical sciences, computer sciences, and engineering disciplines. In particular, it includes courses focused on digital logic, microprocessors, algorithm analysis, and signal processing. Some level of specialization is possible in several areas of hardware and software design through the selection of technical electives in the upper years of the program.

An Industry Internship Program is also available, which enhances the formal education by incorporating a twelve to sixteen-month industry experience work term. This program is typically taken prior to the final year before graduation and can help not only to finance your education, but to provide guidance for your future career.

CAREER OPTIONS

Computer engineers work in:

  • Designing, manufacturing, and testing of computer hardware and software systems
  • Telecommunications and Internet applications
  • Government and a broad range of manufacturing industries
  • Independent consulting and entrepreneurship

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Electrical Engineering



E2-390 EITC jnoble@ee.umanitoba.ca
www.ee.umanitoba.ca 474-7237

Nearly every aspect of everyday life is affected by electrical and electronic systems. From the power that lights your house at night to the toaster that makes your breakfast in the morning, life would be a lot different without the benefits of electrical devices, designed chiefly by electrical engineers. In addition to the traditional fields of electric power systems and telecommunications, electrical engineer today are commonly working in areas such as biomedical applications and micro-electronics.

The Electrical Engineering Program develops the necessary fundamentals in mathematical and physical sciences, computer sciences, and engineering disciplines. In particular it focuses on circuits, digital systems, signal analysis, electric power machines, network theory, and electromagnetics. A certain level of specialization is possible through the selection of elective courses offered in the upper years.

An Industry Internship Program is also available, which enhances the formal education by incorporating a twelve to sixteen-month industry experience work term. This program is typically taken prior to the final year before graduation and helps not only to finance your education, but also to provide guidance for your future career.

CAREER OPTIONS

Electrical engineers work in:

  • Designing and manufacturing of electrical and electronic equipment
  • Telecommunication and Power systems industries
  • Government and a broad range of manufacturing industries
  • Biomedical and healthcare industry
  • Independent consulting and entrepreneurship

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Manufacturing Engineering



E2-327 EITC jenifer_romaniuk@umanitoba.ca
www.umanitoba.ca/engineering/mech_and_ind 474-6630

Every human-made object is the product of some form of manufacturing, from simple ballpoint pens to more complex things like aircraft. Manufacturing processes are rapidly advancing with increasing application of computer technology, and robotics, making Manufacturing Engineering one of the most dynamic fields within the Engineering profession.

In September 2001, the Manufacturing Engineering Program replaced the former Industrial Engineering Program here at the U of M. Manufacturing students share most of their second year courses and several of the higher year courses with Mechanical Engineering students.

The program features courses focusing on computer-aided manufacturing, robotics, virtual manufacturing process simulation, and production planning. The Manufacturing Engineering Program can also be taken with a Co-op Option to enhance the formal education with three practical work terms of industry experience in the latter half of the program.

CAREER OPTIONS

Manufacturing Engineers work in:

  • Many diverse manufacturing industries including aerospace, automotive, computer, pharmaceutical, apparel manufacturing
  • Government, healthcare and financial services
  • Independent management consultants

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Mechanical Engineering



E2-327 EITC jenifer_romaniuk@umanitoba.ca
www.umanitoba.ca/engineering/mech_and_ind 474-6630

Mechanical engineers are becoming increasingly important today because of the growing demand for efficient and environmentally friendly automobiles, aircraft, homes, and manufacturing processes.

The Mechanical Engineering Program develops the necessary fundamentals in the mathematical and physical sciences and engineering disciplines. Particular areas of emphasis include heat transfer, stress analysis, fluid mechanics, machine design, and material science. A formal Aerospace Option consisting of six 300 and 400 level courses is also offered in response to the high concentration of the aerospace industry in Manitoba.

The Mechanical Engineering Program can also be taken with a Co-op Option to enhance the formal education with three practical work terms of industry experience in the latter half of the program.

CAREER OPTIONS

Mechanical Engineers work in:

  • Design and manufacturing applications in the vehicle and aerospace industries
  • Oil, gas, mining and mineral processing industries
  • Public utilities and government agencies
  • Independent consulting and entrepreneurship