Bachelor’s Degree (BA) in
ELECTRICAL ENGINEERING (B. GEL.)
GOAL
Electrical engineering is present everywhere in the industry as well as in everyday life with its dazzling developments in recent years. Electrical engineering applications are numerous, highly sophisticated communications systems to renewable energy plants or automated manufacturing plants. In everyday life, electrical engineering helps improve home comfort, the development of recreational facilities or advancement of modern medicine. As an electrical engineer, you will contribute directly to the development of the technological society of the future.
This program will provide you with comprehensive training of specialist design and operation of electrical and electronic systems. You gain the knowledge necessary for the study and design of technological systems and the methods of experimental work required by the engineering profession. You will also develop skills for teamwork and project management.
The Bachelor of Electrical Engineering will enable you to tailor your course of study according to your preference for areas of specialization such as:
automation and industrial control,
communications,
electrical power,
the computerized systems,
microsystems,
photonics.
An innovative teaching approach in the teaching of design methodology has been implemented in four design courses over the four years of the baccalaureate.
SKILLS
Love design and develop physical systems. Have an analytical mind and synthesis. Love challenges. Have an innovative spirit. Willing to learn and keep up to date technologically. Be pragmatic and have a logical mind. Have communication skills and a good listener. Love teamwork.
OPPORTUNITIES
As an electrical engineer, you will have a range of career opportunities in industry, research and development, manufacturing, health, education, transport, etc. Graduates of placement rate of the program is excellent.
OCCUPATION
Electrical engineer
EMPLOYERS
Research centers
High-tech companies
Manufacturing companies
Engineering consulting firms
Governments
CONTINUATION OF STUDIES FOR GRADUATE
This leads to baccalaureate graduate studies in electrical engineering in particular in the following disciplines: computer vision, telecommunications, electric power systems, control processes, optics and photonics, electrical engineering and power electronics.
All requirements must be met when undertaking the program.
The applicant must meet the following conditions:
Be 18 years or older.
Hold a high school diploma (Bac II) or its equivalent.
Having left school early.
Applicants presenting a combination of education and relevant experience deemed equivalent to that required of the holder applicant may be eligible as a result of the analysis of the file.
The program is limited enrollment, the number of places is very limited.
Selection criteria
The application is analyzed on the basis of the quality of academic record.
Laptop
In undertaking its program, the student must acquire, from the first session, a portable computer equipped with a number of software, allowing the applicant to undertake the course of his research. Proficiency in basic computer functions and common software is essential. Introductory courses to specialized software are offered outside the program.
Knowledge of French
Students admitted to the Department of Electrical engineering must comply with the provisions relating to the implementation of the policy on the use of French at the University GOC
Non-francophone candidate
The candidate whose language of instruction in primary and secondary education is not the French must demonstrate a minimum level of knowledge of the French language. His skills in written French will be assessed on arrival and, where applicable, a patch French courses could be added to its journey.
GRADE
Bachelor (Licence) in Electronic Engineering (B. GEL.)
*This page presents the official version of the program. The University G.O.C. reserves the right to change the content without notice.
EHE – Studies 194 off-premisesEHE1GELÉtudes – International profile – Bachelor of Electrical Engineering
GEL – Electricity 84
GEL2580Stage in Electrical Engineering I
GEL3590Stage in Electrical Engineering II
GEL3591Stage in electrical engineering III
GEL3592Stage Electrical Engineering IV
Special GEL6900Sujets (Electrical Engineering)
Special GEL6901Sujets (Electrical Engineering)
Special GEL6902Sujets (Electrical Engineering)
Special GEL6903Sujets (Electrical Engineering)
GEL7024Lectures directed in Electrical Engineering II
GEL7065Lectures directed in electrical engineering III
Description
Cycle (s) of the course – Undergraduate
GEL-1002: Systems and measures (3 credits)
Description
Cycle (s) of the course – Undergraduate
Dangers of electricity(0 credit)
Description
Cycle (s) of the course – Undergraduate
GIF-1002: logic circuits (3 credits)
Description
Cycle (s) of the course – Undergraduate
GLO-1901: Introduction to Programming with Python(3 credits)
Description
Cycle (s) of the course – Undergraduate
MAT-1900: Engineering Mathematics I (3 credits)
Description
GEL-1001: Design I (methodology) (3 credits)
Description
GEL-2002: Electronic discrete components (3 credits)
Description
GIF-1001: Computers: structure and applications (3 credits)
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GIF-1003: Advanced Programming in C ++ (3 credits)
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MAT-1910: Engineering Mathematics II (3 credits)
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GEL-2000: Electromagnetism (3 credits)
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GEL-2001: Signal analysis (3 credits)
Description
GEL-2005: Linear systems and control (3 credits)
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MAT-2930: Applied Linear Algebra (3 credits)
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STT-2920: Probability for Engineers (3 credits)
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GEL-2003: Electrical (4 credits)
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GEL-2007: Design II (modeling) (4 credits)
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GEL-3000: Electronic integrated components (3 credits)
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GML-1001: Materials engineering (3 credits)
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GEL-3001: Electric machine (4 credits)
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GEL-3002: Transmission of electromagnetic waves (4 credits)
Description
GEL-3003: Discrete signals and systems (3 credits)
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GEL-3006: Communications systems (4 credits)
Description
ECN-2901: Economic Analysis in Engineering (3 credits)
Description
GEL-3007: Physical electronic components (3 credits)
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GEL-3014: Design III (integration) (4 credits)
Description
MAT-2910: Numerical Analysis for Engineers (3 credits)
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PHI-2910: Engineering and Sustainable Development (3 credits)
Description
PHI-3900: Ethics and Professionalism (3 credits)
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GEL-3008: Design IV (4 credits)
Description
RULE 1-15 AMONG APPROPRIATIONS:
Industrial automation and control
GEL-4100: Industrial control (3 credits)
Description
GEL-4250: Multivariable control (3 credits)
Description
GEL-4251: Identification systems (3 credits)
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GIF-4103: Sensors and imaging systems (3 credits)
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GEL-4101: Digital Signal Processing (3 credits)
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GEL-4200: Digital communications (3 credits)
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GEL-4201: Optical communications (3 credits)
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GEL-4202: Antennas and radio propagation (3 credits)
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GEL-4203: Optoelectronics (3 credits)
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GIF-3001: Data transmission networks (3 credits)
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GEL-4101: Digital Signal Processing (3 credits)
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GEL-4102: Power electronics (3 credits)
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GEL-4150: Electrical networks (3 credits)
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GEL-4151: Operation of electric power (3 credits)
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GEL-4152: Variable speed drives (3 credits)
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GEL-4201: Optical communications (3 credits)
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GEL-4203: Optoelectronics (3 credits)
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GPH-2001: Photonics I work practices (2 credits)
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GPH-2102: Optical fiber (4 credits)
Description
GPH-3100: Basics of photonics (3 credits)
Description
GPH-4100: Lasers and Applications (3 credits)
Description
GPH-4101: Introduction to optical design (3 credits)
Description
GIF-3000: Microprocessor architecture (3 credits)
Description
GIF-3001: Data transmission networks (3 credits)
Description
GIF-3002: Microprocessor systems and interfaces (4 credits)
Description
GIF-4103: Sensors and imaging systems(3 credits)
Description
GIF-4200: Firmware and microcontrollers (3 credits)
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GLO-2001: Operating systems engineers (3 credits)
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GEL-4069: Analog and mixed Microelectronics (3 credits)
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GEL-4072: Bio-instrumentation and biomedical microsystems (3 credits)
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GEL-4073: Theory and application of biomicrofluidique (3 credits)
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GEL-4074: Engineering EMC (3 credits)
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GEL-4203: Optoelectronics (3 credits)
Description
GIF-4201: Digital microelectronics (3 credits)
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GIF-4202: VLSI systems (3 credits)
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Description
GIF-4100: Digital vision (3 credits)
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GIF-4105: Computational Photography (3 credits)
Description
GLO-2004: Object-oriented software engineering (3 credits)
Description
GLO-2100: Algorithms and data structures for engineers (3 credits)
Description
GLO-4001: Introduction to Mobile Robotics (3 credits)
Description
localization, navigation, exploration and mapping of the environment.
The student admitted to the Engineering Institute of Electrical Energy (IEPE) must pass the course GEL-4102 and GEL-4150, succeeding one of the following courses: GEL-3100 GEL 3150, GEL-3301 and Gel- 3302, and pass an additional course from: GEL-3100 GEL 3150 GEL 3301, GEL-3302 GEL 4100 and GEL-4151.
The student admitted to the entrepreneurial profile should follow the ENT-3000 courses and ENT-3010.
CTB-1000: General compatibility (3 credits)
Description
DRT-1718: Legal Aspects of Business (3 credits)
Description
ENT-1000: Knowing undertake: the passion to create and act (3 credits)
Description
GSF-1020: Business economics (3 credits)
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GSO-1000: Operations and logistics (3 credits)
Description
GSO-2100: Introduction to Project Management (3 credits)
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MNG-1000: The company and its management (3 credits)
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MRK-1000: Marketing (3 credits)
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RLT-1000: Industrial Relations Foundations (3 credits)
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RLT-1700:Administrative and human aspects of management (3 credits)
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The student admitted to the entrepreneurial profile must follow the course ENT-1000.
RULE 3 – COURSE ONE:
GMN-2901: Health and safety engineer II (2 credits)
Description
GMN-2902: Health and safety engineer III (3 credits)
Description
MED-1100: Health and Safety: Basics (3 credits)
Description
RULE 4-3 CREDITS
Successfully complete ANL-2020 Intermediate English II. The student who demonstrates that he acquired this level (TOEIC: 675) during the test administered by the School of Languages can choose an English graduate courses or, if it acquired the Advanced level English II ( TOEIC: 825), one in another modern language.
The student must have earned 80 credits of the program and have an average equal or superior program to 3.67 / 4.33.
RULE 1-12 CREDITS
The profile is satisfied with the success of the following: (TBD).
ENTREPRENEURIAL PROFILE 9 credits
The mandatory course GEL-1001 is part of the profile.
ENT-1000
Knowing undertake: the passion to create and act
Description
ENT-3000: Entrepreneurial Portfolio I (3 credits)
Description
ENT-3010: Entrepreneurial Portfolio II (3 credits)
Description
INTERNATIONAL PROFILE
EHE-1GEL
Studies – International profile – Bachelor’s degree in Electrical Engineering (12-18 credits)
Description