Diploma - Energy Systems Engineering Technology
- 3 years
- Duration
- 17,673 CAD/year
- Price
- Sep 2023
- Start
- Rolling admission
- Deadline
- Diploma
- Degree
- Campus
- Format
- Kingston / Canada
- Location
- St. Lawrence College, Canada
- School
Program description
Graduates of our Energy Systems Engineering Technician and Technology (ESET) programs have exciting new jobs as Project Managers and Installers for Clean Energy Systems and Designers of Renewable Energy Systems. Additionally, our graduates have knowledge of building energy systems and management, which helps them land satisfying jobs as energy managers and auditors.
Our many accomplished graduates serve as an example of the growing awareness that corporations, governments, and consumers have over the financial and environmental implications of energy usage. Our ESET graduates are addressing the market's expanding need for qualified individuals with the knowledge and abilities to design and implement renewable energy systems as well as audit energy use in commercial and residential buildings and make recommendations to reduce energy demand, emissions, and costs.
Program structure
Semester 1
- Communications for College
- HVAC Fundamentals
- Sustainable Energy Technologies 1
- Practical Skills
- Electronic DC Fundamentals
- Basic Technical Mathematics
Semester 2
- Physical Measurement P.T.L.F.
- HVAC Lab
- Physics and Applied Thermodynamics 1
- Introduction to Technical Drawing
- AC Systems
- Technical Mathematics
- Computer Applications in Excel
- General Education Course
Semester 3
- Electronic Devices
- 3D Computer Aided Design
- Energy Auditing 1
- Photovoltaics Design
- Technical Writing
- Online General Education Online
- General Education Course
Semester 4
- Electrical Power Distribution and Devices
- Applied Thermodynamics 2
- Energy Systems Control
- Sustainable Energy Technologies 2
- Energy Auditing 2
- Energy Programs: Global and Local
Semester 5
- Renewable and Alternative Energy Systems Design
- Photovoltaics Operation and Maintenance
- Energy Systems Design and Simulation Software
- Building Information Modeling
- BAS Integration
- Energy Management Design Project 1
Semester 6
- Advanced Energy Systems Control
- Energy Management Design Project 2
- Building Energy Standards
- Project Management
- Career Development and Preparation for Placement
Price
- Tuition 15,500 CAD
- Program Fees 30,00 CAD
- Ancillary Fees 2,143 CAD
Total tuition per 2 semester (one year) 17,673 CAD
Fees are estimates only
Requirements for applicants
Admission requirements
- Ontario Secondary School Diploma, or equivalent
- Grade 12 English at the C or U level
- Grade 12 Math at the C or U level (or MCR3U); MCT4C recommended
English Proficiency requirements are:
- International English Language Testing System (IELTS)-Academic - Overall 6.0 with no band less than 5.5 (SDS requires an overall 6.0, with no band less than 6.0)
- TOEFL Internet-based Test (iBT) or Home Edition - 78
- TOEFL Computer-based Test - 213
- Canadian Academic English Language (CAEL. In-person or Online)* - overall 60
- EIKEN (Test in Practical English Proficiency)* - pre 1
- The Michigan English Test* - Overall 58 with no individual score below 56, ECCE/ECPE 650 or higher
- Cambridge English Proficiency* - 173
- Duolingo (Temporarily accepted)* - 105
- Pearson Test of English -Academic (Online & In-person) - 55
*Note: Students from India are not eligible to submit the results of this test as proof of English proficiency.
About the university
St. Lawrence College has campuses in Kingston, Brockville, and Cornwall, Ontario. Our secure neighborhoods combine small-town atmosphere with big-city attractions, like shopping, eating, and nightlife.
The institution has 6,700 full-time and 20,000 part-time students in 89 academic programs and 829 full- and part-time employees, including 414 professors.
With modern, expansive facilities in three vibrant eastern Ontario cities and a solid track record of excellence, St. Lawrence College still combines all the benefits of a world-class education with the advantages of small-town living and personal attention to detail.
