ÉCOLE POLYTECHNIQUE DE MONTRÉAL, UNIVERSITÉ DE MONTRÉAL · CANADA
Certificate in Building Electricity
Certificate · Taught in en
At a glance
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Duration
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IELTS
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Tuition / yr
en
Language
Certificate
Level
- 30 creditsProgram Length
- Part-timeStudy Mode
- Evening classesSchedule
- Online courses availableDelivery Format
- Expert instructorsFaculty Expertise
- Practical case studiesLearning Method
The Certificate in Building Electricity provides theoretical and practical knowledge of electrical installations in buildings. It covers electrical equipment, protection and control systems, heating and air conditioning systems, lighting, auxiliary systems, and power distribution. The program also delves into the regulatory aspects of building electricity. This program is designed for engineers, technicians, and professionals in the field looking to specialize in building electricity. It is particularly relevant for mechanical, physics, and electrical engineers, as well as technicians, designers, and professionals in manufacturing, consulting, and public utilities who wish to gain knowledge in industrial electricity. It is also beneficial for internationally trained graduates seeking to update their skills or adapt to a new work environment.
Curriculum
The certificate program requires 30 credits. All courses are offered part-time in the evening to facilitate work-study balance. Some courses are available online.
- Current Year
- Elements of Electrical CircuitsE-222
- Three-Phase CircuitsE-301
- Electrical DistributionE-302
Careers
Graduates of the Certificate in Building Electricity can pursue a variety of roles related to electrical installations in buildings.
- New installations
- Renovations
- Commissioning
- Operation and maintenance
Frequently asked questions
- What is the duration and study mode of the Certificate in Building Electricity?
- The program requires 30 credits and is offered part-time with evening classes. Some courses are also available online, making it suitable for professionals balancing work and study.
- What are the entry requirements for the Certificate in Building Electricity?
- The program is open to engineers, technicians, and professionals in the field, including mechanical, physics, and electrical engineers, as well as internationally trained graduates.
- What career opportunities are available after completing this certificate?
- Graduates can pursue roles related to electrical installations in buildings, including new installations, renovations, commissioning, operation, and maintenance.
- What is covered in the curriculum of the Certificate in Building Electricity?
- The curriculum includes courses such as Elements of Electrical Circuits, Three-Phase Circuits, and Electrical Distribution. It covers electrical equipment, protection systems, HVAC systems, lighting, and regulatory aspects.
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Fees
Tuition (international)Information not available.
Tuition (home)Information not available.
LivingInformation not available.
Tuition fees are not specified for international or domestic students on the provided program page.
Frequently asked questions
What is the duration and study mode of the Certificate in Building Electricity?
+
The program requires 30 credits and is offered part-time with evening classes. Some courses are also available online, making it suitable for professionals balancing work and study.
What are the entry requirements for the Certificate in Building Electricity?
+
The program is open to engineers, technicians, and professionals in the field, including mechanical, physics, and electrical engineers, as well as internationally trained graduates.
What career opportunities are available after completing this certificate?
+
Graduates can pursue roles related to electrical installations in buildings, including new installations, renovations, commissioning, operation, and maintenance.
What is covered in the curriculum of the Certificate in Building Electricity?
+
The curriculum includes courses such as Elements of Electrical Circuits, Three-Phase Circuits, and Electrical Distribution. It covers electrical equipment, protection systems, HVAC systems, lighting, and regulatory aspects.