U of Man/USCI Engineering Degree Pathway

ELECTRICAL ENGINEERING

About the Electrical Engineering Pathway
This pathway enables you to obtain a Bachelor of Science in Engineering degree from the University of Manitoba by completing the first portion of your degree studies at home in Malaysia at UCSI University (UCSI) then transferring to the University of Manitoba for the remainder of your degree studies. You can complete up to two years of the University of Manitoba four-year degree program at UCSI then transfer to the  University of Manitoba in Winnipeg, Manitoba, Canada for the remainder of your studies.

What is Electrical Engineering?

This degree pathway provides a solid, well-rounded education for those who want to become a practicing Electrical Engineer. The program curriculum meets the requirements of the Canadian Engineering Accreditation Board as well as provides a solid background in all the major areas of electrical engineering: power systems, controls, electronics, communications, electro-magnetics, power transmission, energy and biomedical.

Electrical engineers deal with everything related to electrical devices and systems, and the use of electricity. They work in many diverse areas, including power systems, computers, and communications. Electrical engineers work in the design and manufacture of electronics and electrical devices for a wide spectrum of applications. Many are also involved in consulting, the planning and operation of power systems and telecommunication networks, satellite communications, and biomedical engineering The power engineer is responsible for producing and distributing the electricity demanded by residential, business, and industrial users throughout the world. The production of electricity requires a generating source such as fossil fuels, nuclear reactions, or hydroelectric dams.

The power engineer may be involved with research and development of alternative generation sources such as sun, wind, and fuel cells. Transmission of electricity involves conductors and insulating materials. On the receiving end, appliances are designed by power engineers to be highly efficient in order to reduce both electrical demand and costs.

The area of electronics is the fastest growing specialty in electrical engineering. The development of solid-state circuits (functional electronic circuits manufactured as one part rather than wired together) has produced high reliability in electronic devices. Microelectronics has revolutionized the computer industry and electronic controls. Circuit components smaller than 1 micrometer in width enable costs and higher electronic speeds to be attained in circuitry. The microprocessor, the principal component of a digital computer, is a major result of solid-state circuitry and microelectronics technology. The home computer, automobile control systems, and a multitude of electrical application devices conceived, designed, and produced by electronics engineers have greatly improved our standard of living.

What are the typical courses in the program?
Electrical engineers complete their first year of study in common with other engineering students, then go on to a rigorous core-plus-electives program. Courses teach students how to use test equipment, devices, analysis techniques, and software to improve electrical and electronics systems and processes. Classes will include circuits, statistics, electronics, control systems, economics, software design, signal analysis, digital logic and systems, network theory, electromagnetics, microprocessors, electric power machines, and technical communications.  More on the electrical engineering program can be found at the following web site:   http://www.ece.umanitoba.ca/node/108 .

What subjects do I take at UCSI?
The list of subjects taken at UCSI and the UM equivalent are shown below.

                                                                                                                                                                                           
Pre-Departmental     Program
University of Manitoba Subjects UCSI Equivalent
CHEM 1300  Univ. Chemistry 1 MF109  University Chemistry I
PHYS 1050   Physics - Mechanics EE109   Physics for Scientists & Engrs. I
ENGL 1310   Literary Topics 1 SE112   English Literature
COMP 1010  Computer Science 1 CC108  Java Programming 1
ENG 1460    Intro. Thermal Sciences EM203  Thermodynamics I
MATH 1210  Classical/Linear Algebra EE160   Linear Algebra
ENG 1450    Intro. To Elect & Comp Tech EE102   Circuit Theory I
ENG 1440    Intro to Statics EM102   Engineering Statics
ENG 1430    Design in Engineering To be done at U of Man
MATH 1510  Applied Calculus I EE008   Calculus & Anal. Geometry I
MATH 1710  Applied Calculus II EE101   Calculus & Anal. Geometry II
PHIL 1290 Critical Thinking or Yr1 CSE Any Year 1 Arts or management course.
Departmental Program
University of Manitoba Subject UCSI Equivalent
MATH 2130    Engr. Math. Analysis I EE107     Math Methods for Engineers I
MATH 2132    Engr Math Analysis II EE203     Math Methods for Engineers II
MATH 2120    Num. Meth for Engrs. EE305     Intro. To Numerical Methods
ENG 2010       Technical Communications EE108     Technical Communication
CIVL 4050      Engineering Economics EM405     Engineering Economics
ECE 2220        Digital Logic Systems EE103     Digital Electronics I
ECE 2262        Electric Circuits EE102 Circuit Theory 1 PLUS EE201     Advanced Circuit Theory & T-Lines
Science Elective MF110 University Chemistry 2
Year 2 Complimentary Studies Elective Year 1 or 2 Arts or Management course

 

What subjects do I take at The University of Manitoba?

                                                                                                       
The following subjects are taken at UM.

 
Fall Terms Winter Terms
Design in Engineering Modern Physics for Engrs
Engineering Statistics Electronics IIE
Engr Math Analysis III Microprocessing Systems
Foundations of Electromagnetic Theory Ecology Technology & Society
Electronics IIE Electromagnetic Theory

Signal processing 1

   Physical Electronics
Control Systems Adv. Circuit Anal & Design
Technical Elective Principles of Embedded Sys Design
Group Design Project Group Design Project
Technical Elective Technical Elective
Technical Elective Tecnical Elective
Technical Elective Technical Elective


What choices do I have in Electrical Engineering?
In the electrical engineering program you will have a choice of seven technical electives.  You can chose from an extensive list that include courses from all areas of electrical engineering.

The current electrical engineering elective courses available include: Microelectronic Fabrication, Solid State Electronics, Electric Filter Design, Microprocessor Interfacing, Antennas, Microwave Engineering, Electrical Energy Systems I and II, Computer Vision, Digital System Implementation, Signal Processing 2, Electric Machines, Digital System Design I & II, Engineering Design, Power Transmission Lines, Power Electronics, Engineering Computations IVE, Biomedical Instrumentation and Signal Processing, Digital Control, Digital Communications, Control Engineering, Engineering Electromagnetics, Optoelectronics, Biomedical Optics, Fund. of Ultrasound Imaging, High Voltage Equipment Testing and Diagnostics.

You must also take some complimentary studies elective during your studies. These can be any 100 level of higher course from the Faculty of Arts or the Faculty of Management.

Focus Areas

Students wishing to pursue more focused studies in an Electrical Engineering subject/research area have the choice of doing so through newly-created Focus Areas.

Is there a practical or work experience component?
Electrical Engineering courses are geared toward continuous learning and industrial needs, and experienced staff with industry links introduce the latest problems in class. All students have a team-based capstone design course with industry oriented problems.

The department also offers an Industry Internship Program that is designed to compliment and enrich the academic program with practical work experience.

Can a UCSI Student do the Industry Internship Program?
Yes, International Students can participate in thi program by first otaining a work permit  from Immigration Canada.

What is the advantage of studying Electrical Engineering over science or other areas?
Electrical Engineering combines aspects of applied science to real-life applications. Due to a teaching focus in the department, professors rate much higher than average in student evaluations, and have won teaching, research, community, and professional awards. Also, a degree in Electrical Engineering leads to professional registration. This brings enhanced remuneration, excellent job opportunities, and respect in the community.

What types of jobs do Electrical engineers do?
Electrical engineers are in high demand in areas such as communications, controls, power systems, electronics, electro-magnetics, power transmission, and energy. Employers also include electrical and telecommunications utilities, computer software and hardware companies, manufacturing for industrial and consumer markets, consultants, public sector agencies, and research organizations. Currently, 80% of Electrical Engineering students have good engineering jobs before graduation.

Why should I take Electrical Engineering at the University of Manitoba?
The UM Electrical Engineering Program is ranked 8th in Canada, and 21st among all North American Universities. The program is fully accredited by the Canadian Engineering Accreditation Board. Professors are award-winning, internationally-recognized researchers, and 12% of the department faculty and 23% of the engineering students are female. Well equipped, modern computing facilities and laboratories such as the high voltage power transmission, antenna testing, microelectronics, applied electromagnetics, and real time digital simulation, enhance course work.

How do I get in?
Students with good academic standing in SPM or STPM or Equivalent can apply directly to UCSI through the e-mail contact below, or through their web site: http://www.ucsi.edu.my/ . Do not apply through The University of Manitoba.

This degree pathway is also available to other students from outside Malaysia.  We have had student from Indonesia, India, Mauritius, Iran and Bangladesh in this program.  All have completed their studies at UCSI in Kuala Lumpur, Malaysia, then come to UM to complete the final portion of their engineering degree.

Contact Information:
Prospective students should direct all inquiries to UCSI:
Mr. L.K. Moey 

Email: lkmoey@ucsi.edu.my

Present Sedaya students can obtain additional information from
The University of Manitoba by contacting:
Mr. J.P. Burak, P.Eng.
Coordinator, UM/Sedaya International Programs, Faculty of Engineering
Email: burakjpw@cc.umanitoba.ca