School of Energy &amp; Applied Engineering

Program Location

Program Types

Power & Process Engineering

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Chemical Process Technology

Summary

You will learn how to run and monitor chemical processing plants, manage process instrumentation, and ensure safe operations in industries like petrochemicals, pharmaceuticals, and water treatment. The program blends classroom theory with hands-on labs in the Escarpment Building and three paid co-op work terms that give you real experience in the field.

Career outcomes

Process operator
Chemical plant technician
Process instrumentation specialist
Quality control analyst
Environmental compliance technician
Plant safety coordinator

Admission requirements

Ontario Secondary School Diploma (OSSD) or equivalent, or mature student status
Grade 12 English (C or U), minimum 60%
Grade 12 Mathematics (C or U), minimum 60%

Tuition

Domestic tuition for the 2026–27 academic year is $4,260 per year. Ancillary fees are $1,125 per year, and co-op work terms have no extra fee.

Courses

What you will learn

In Chemical Process Technology, you will study how to design, run, and monitor large-scale chemical processing systems. You will spend time in the Escarpment Building labs working with process simulation software, chemical reactors, and separation units. You will also learn how to install and troubleshoot the sensors and control systems that keep industrial plants running safely. The program covers chemical reaction engineering, unit operations, and process safety management so you can step into a plant environment with confidence.

How the program runs

This full-time program is delivered at the Benchlands Campus over three years and six terms. You will begin each September. Classes follow the 2026–27 academic calendar, with the Fall term starting on September 8, 2026. You will take twenty courses, including technical communication, mathematics, and core process engineering subjects.

Co-op is built into the program. You will complete three paid work terms with industry partners, such as regional manufacturers and energy companies. You will use the Co-op & Career Services office in the Student Union Building to find placements, prepare your resume, and get interview coaching. There is no extra fee to participate in a co-op work term; your tuition covers the coordination and workshop support.

Sample courses

COMM 1580 Technical Communication Foundations
GNED 1690 Scientific Method and Laboratory Safety
MATH 1210 Technical Mathematics I
POWR 1110 Chemical Process Fundamentals
POWR 1790 Chemical Reaction Engineering
POWR 1820 Process Instrumentation
POWR 2200 Separation Processes
POWR 2550 Chemical Plant Economics
POWR 3420 Pump and Compressor Systems
POWR 3970 Process Safety Management
PROC 1380 Chemical Process Principles
PROC 1530 Instrumentation and Control
PROC 1780 Unit Operations I
PROC 2100 Process Simulation
PROC 3440 Chemical Reactor Design
PROC 3730 Process Safety Management
PROC 3830 Pump and Compressor Systems
COMM 1820 Business Communication Strategies
COMM 2180 Digital Communication and Media
MATH 1770 Discrete Mathematics for Design

Admission

To apply, you need an Ontario Secondary School Diploma (OSSD) or equivalent, or you must meet mature student status requirements. You must have Grade 12 English (C or U) and Grade 12 Mathematics (C or U), both with a minimum grade of 60%. If you are an international applicant, you will also need to provide proof of English proficiency through a recognized test or equivalent academic background.

Tuition and fees

Domestic tuition for the 2026–27 academic year is $4,260 per year. You will also pay ancillary fees of $1,125 per year, which cover student services, campus facilities, and health benefits. If you choose to live in residence, Larch House traditional rooms cost $7,950 per year, and a mandatory meal plan is available for $4,600. Parking permits are $210 per term. You can pay your fees through the myWrenford portal, and payment plans are available through Student Financial Aid.

After you graduate

Graduates of Chemical Process Technology are prepared for roles in chemical processing plants, water treatment facilities, pharmaceutical manufacturing, and energy production. You will work as a process operator, plant technician, quality control analyst, or environmental compliance specialist. The program also prepares you for direct entry into apprenticeship levels in power engineering or process engineering. With your co-op experience and technical training, you will be ready to take on supervisory roles or continue your education through the School of Energy & Applied Engineering's degree programs.

How to apply

Domestic full-time applicants apply through the provincial college application service. International applicants use the polytechnic's own application form. The equal consideration date for the fall intake is March 1, 2027. Fall tuition is due on August 3, 2026. You can upload your documents and track your application status in myWrenford. For questions about the program, contact the Power & Process Engineering department at 519-555-0170, ext. 4400, or visit the Admissions page.

Renewable Energy Systems

Academic Department

Editorial Section

Program Levels

Graduate certificate

Program Location

Program Types

Power & Process Engineering

Sort Name

Renewable Energy Systems

Summary

This program gives you the practical skills to work with solar, wind, and energy storage technologies. You will learn how to size, install, and monitor renewable systems, and how to integrate them into existing power grids. Classes take place at the Benchlands Campus, where you will use hands-on labs and real-world data to solve problems that the clean energy sector faces today.

Career outcomes

Renewable energy systems designer
Energy storage specialist
Solar and wind technician
Grid integration analyst
Clean energy project coordinator
Sustainability consultant

Admission requirements

Ontario Secondary School Diploma (OSSD) or equivalent, or mature student status (19 or older by the start of classes).
Grade 12 English (C or U), minimum 60%.
International applicants must show English proficiency through a test or equivalent coursework.

Tuition

Tuition for the 2026–27 academic year is $4,680 per year. Ancillary fees are $1,125 per year and billed separately.

Courses

What you will learn

You will study the technologies that power a low-carbon economy. You will cover solar thermal and photovoltaic systems, wind energy generation, and modern energy storage solutions. You will also learn how to integrate these sources into smart grids and how hydrogen production and fuel cells fit into the larger energy picture. Classes mix classroom theory with lab work, so you will graduate ready to work with real equipment and industry data.

How the program runs

This is a full-time program that runs for one year across two or three terms. All classes and labs are held at the Benchlands Campus. You will take ten courses, including POWR 5110 Solar Thermal Systems, POWR 5540 Wind Energy Technology, POWR 5560 Energy Storage Solutions, POWR 5720 Hydrogen Production Methods, POWR 5970 Smart Grid Integration, PROC 5180 Solar Energy Technologies, PROC 5510 Wind Power Systems, PROC 5880 Energy Storage Solutions, PROC 5910 Hydrogen Fuel Cells, and PROC 5970 Renewable Energy Integration.

Admission

To join this program, you must have an Ontario Secondary School Diploma (OSSD) or equivalent, or be a mature student (19 or older by the start of classes). You will need Grade 12 English (C or U) with a minimum grade of 60%. International applicants must provide proof of English proficiency through an approved test or equivalent academic work. We review applications on a rolling basis, but applying early is recommended.

Tuition and fees

Tuition for the 2026–27 academic year is $4,680 per year. Ancillary fees total $1,125 per year and are billed separately. You can pay your fees in two terms, or you may set up a payment plan. Check your fee balance and pay online through the student portal.

After you graduate

You will be prepared to work in the growing clean energy sector. Employers look for graduates who understand how to design, install, and maintain renewable systems. You will find roles with utilities, equipment manufacturers, engineering firms, and sustainability consultancies. The program also builds a strong foundation if you want to pursue further study in energy policy or engineering.

How to apply

Ready to apply? Visit the Apply page to start your application. You will need to upload your transcripts and proof of English proficiency. If you need an application fee waiver, you can apply for one through the student portal. For questions about the program, contact the Power & Process Engineering department at 519-555-0170, ext. 4310.

Power Engineering Technician

Academic Department

Editorial Section

Program Levels

Diploma

Program Location

Program Types

Mechanical & Manufacturing Engineering Technology

Sort Name

Power Engineering Technician

Summary

In this program, you will study how power plants and processing facilities turn raw materials into usable energy. You will learn to read complex system diagrams, monitor equipment performance, and troubleshoot mechanical and electrical faults. Your training blends classroom theory with hands-on work in the Escarpment Building labs, where you will practice safety procedures and operate industrial controls. By the time you graduate, you will be ready to support the teams that keep hospitals, schools, and industrial sites running smoothly.

Career outcomes

Power plant operators
Boiler technicians
Process control operators
Energy system technicians
Maintenance coordinators

Admission requirements

Ontario Secondary School Diploma (OSSD) or equivalent.
Grade 12 English (C or U), minimum 60%.
Grade 12 mathematics (C or U), minimum 60%.
Grade 11 or 12 physics or chemistry (C or U), minimum 60%.

Tuition

Domestic tuition is $4,260 per year for 2026–27, plus $1,125 in annual ancillary fees.

Courses

What you will learn

You will discover how modern power plants and processing facilities convert fuels and natural resources into reliable energy. The curriculum focuses on thermodynamics, fluid mechanics, heat transfer, and the operation of boilers and turbomachinery. You will spend time in the Escarpment Building labs running simulations, reading technical blueprints, and practicing the safety protocols required in industrial settings. Your instructors, who include faculty members like Hamid Sadeghi and Rachel Lemaire, will guide you through troubleshooting equipment faults and optimizing system efficiency.

The program covers both stationary power systems and chemical processing flows. You will learn how to monitor pressure, temperature, and flow rates, and how to use control panels to adjust operations in real time. Communication and mathematics form the backbone of your daily tasks, so you will complete courses in technical writing and applied statistics to ensure you can document procedures accurately and analyze performance data.

How the program runs

This is a full-time program delivered at the Benchlands Campus. You will attend classes and labs during the day, Monday to Friday. The curriculum is split across four terms, with intakes available in September and January. You will complete 14 courses, including core technical subjects like Thermodynamics I, Fluid Mechanics, Heat Transfer Principles, Power Plant Operations, Boiler Systems Technology, and Turbomachinery. General education courses in sustainable construction practices and creative problem solving round out your schedule.

There is no co-op work term built into this program. You can expect a mix of lectures, laboratory sessions, and group projects that mirror the workflows of a control room or a plant floor. The Power & Process Engineering department is housed in the Escarpment Building, where you will have access to the same types of monitoring tools used by industry employers.

Admission

To enter the Power Engineering Technician program, you must hold an Ontario Secondary School Diploma (OSSD) or equivalent. You need a minimum grade of 60% in Grade 12 English (C or U) and Grade 12 mathematics (C or U). You must also complete one Grade 11 or 12 science course (physics or chemistry) with a minimum grade of 60%. If you are 19 or older by the start of classes, you may qualify as a mature student. International applicants must provide proof of English proficiency through an approved test or equivalent coursework.

Tuition and fees

Domestic tuition is $4,260 per year for the 2026–27 academic year. You will also pay $1,125 in annual ancillary fees, which cover student services, library access, and campus facilities. These fees are separate from tuition and are charged each term. If you require a payment plan, you can arrange it through Student Financial Aid before the term starts.

After you graduate

Graduates are prepared to work in power generation facilities, industrial plants, and municipal utility operations. You will be qualified to operate and monitor power systems, maintain boilers and turbines, and assist engineers in optimizing energy output. Many employers value the hands-on training you receive in the labs, and the program aligns with the technical standards required by the province's energy sector. You can also use this diploma as a stepping stone toward further studies in applied engineering technology or business administration.

How to apply

Domestic applicants submit their applications through the provincial college application service. International applicants must apply directly through the polytechnic's international application portal. You can upload your transcripts and English proficiency scores through the application portal. For questions about the application process, contact the Admissions office at 519-555-0171.

Bachelor of Applied Technology — Advanced Manufacturing

Academic Department

Editorial Section

Program Levels

Bachelor's degree

Program Location

Program Types

Mechanical & Manufacturing Engineering Technology

Sort Name

Bachelor of Applied Technology — Advanced Manufacturing

Summary

This four-year program prepares you for technical roles in modern manufacturing and production environments. You will study mechanical engineering principles, materials science and computer-aided design while gaining hands-on experience in the polytechnic's shops and labs. The curriculum blends engineering theory with business communication so you can lead projects and explain technical solutions to non-technical stakeholders. A 14-week co-op placement and a final capstone project give you practical industry experience before you graduate.

Career outcomes

Manufacturing engineer
Production supervisor
Quality control technician
Process improvement specialist
Technical sales representative
Facilities maintenance engineer

Admission requirements

Ontario Secondary School Diploma (OSSD) or equivalent, or mature student status (19 or older by the start of classes).
Grade 12 math (C or U) with a minimum grade of 60%.
Grade 12 English (C or U), minimum 60%.
International applicants: English proficiency test or equivalent.

Tuition

Domestic tuition is $6,940 per year for the 2026–27 academic year; international tuition is $21,400 per year.

Courses

What you will learn

You will study how modern factories and production lines work from the ground up. The program covers the machines, software and materials that make up today's manufacturing sector. You will learn to read engineering drawings, use computer-aided design tools and understand how materials behave under stress and heat. Classes combine theory with hands-on work in the Escarpment Building labs and the Tamarack Building shops. You will run equipment, test prototypes and troubleshoot production issues under instructor guidance. You will also take courses in communication and business so you can explain technical ideas to managers, clients and cross-functional teams.

How the program runs

The program runs for four years on the Benchlands Campus. You will study full-time during the September intake. The schedule covers eight regular terms plus a work placement. You will spend most of your time in the Escarpment Building for engineering and manufacturing courses, and in the Tamarack Building for shop work. The program includes a 14-week co-op placement where you work in a manufacturing setting. You will also complete a capstone project in your final term to solve a real industry problem. Your timetable is set out in the course catalogue, and you can track your progress in myWrenford.

Admission

To enter the program, you need an Ontario Secondary School Diploma or equivalent, or mature student status. You must have completed Grade 12 math (C or U) with a minimum grade of 60%. You also need Grade 12 English (C or U), also with a minimum grade of 60%. International applicants must provide an English proficiency test score or equivalent. You apply through the provincial college application service. Domestic applicants should submit their documents by the equal consideration date of March 1, 2027. International applicants use the polytechnic's own form on the polytechnic website.

Tuition and fees

Domestic tuition is $6,940 per year. International tuition is $21,400 per year. These amounts cover your regular courses for the academic year. You will also pay ancillary fees of $1,125 per year. Co-op work terms do not add extra tuition charges. The college covers the coordination and workshop support for your placement. You can set up a payment plan or apply for fee waivers through Student Financial Aid.

After you graduate

Graduates move into roles that blend engineering knowledge with production management. Employers in the region hire our graduates for positions that require technical problem solving and process optimisation. You will be ready to work in manufacturing plants, engineering firms and technical sales offices across the province. The program also prepares you for apprenticeship levels in industrial trades if you choose that path later.

How to apply

You can start your application through the provincial college application service. Domestic applicants should submit their documents by the equal consideration date of March 1, 2027. International applicants use the polytechnic's own form. Visit the admissions page for step-by-step instructions. If you need help with the process, contact the Admissions office at 519-555-0171. You can also book a campus tour to see the manufacturing labs before you apply.

Manufacturing Engineering Technician

Academic Department

Editorial Section

Program Levels

Diploma

Program Location

Program Types

Mechanical & Manufacturing Engineering Technology

Sort Name

Manufacturing Engineering Technician

Summary

A 2-year full-time Ontario College Diploma program at the Benchlands Campus that teaches production planning, quality control, and robotics.

Career outcomes

Manufacturing Technologist
Quality Control Inspector
Production Planner
Robotics Technician
Process Improvement Coordinator
Shop Floor Supervisor

Admission requirements

Ontario Secondary School Diploma (OSSD) or equivalent, or mature student status (19 or older by the start of classes).
Grade 12 English (C or U), minimum 60%.
Grade 12 math (C or U), minimum 60%.

Tuition

Tuition for the 2026–27 academic year is $4,110 per year. Ancillary fees are $1,125 per year.

Courses

What you will learn

In the Manufacturing Engineering Technician program, you will learn how to plan, monitor, and improve production processes in modern manufacturing environments. You will work with equipment that controls assembly lines, tracks quality, and manages materials. The curriculum covers everything from basic manufacturing techniques and precision measurement to advanced robotics and control systems design. You will also develop the communication and project management skills needed to lead teams and keep projects on schedule. Labs in the Tamarack Building give you hands-on experience with welding, metrology tools, and automated production cells, so you can graduate ready to work on the shop floor or in a planning office.

How the program runs

This is a full-time, two-year program delivered at the Benchlands Campus. Classes and labs are held during the day, Monday to Friday. The program runs on a four-term schedule, starting each September. You will complete fourteen courses across four core subjects, including mechanical engineering technology, manufacturing engineering technology, mathematics, and general studies. There are no co-op work terms built into this program, but you can apply the skills you learn directly to roles in manufacturing, quality assurance, and production planning. The School of Energy & Applied Engineering supports your studies with modern labs and industry-standard software.

Admission

To join this program, you must have an Ontario Secondary School Diploma (OSSD) or an equivalent qualification, or meet mature student status (19 years of age or older by the start of classes). You must have completed Grade 12 English (C or U) with a minimum grade of 60%, and Grade 12 math (C or U) with a minimum grade of 60%. If your secondary education was completed outside Ontario, please review our international document equivalency page. Qualified applicants are offered admission on a first-come, first-served basis.

Tuition and fees

Tuition for the 2026–27 academic year is $4,110 per year. Ancillary fees are $1,125 per year, which cover student association membership, health and dental plans, and campus services. These costs do not include textbooks, tools, or personal equipment. If you need help with costs, visit the Student Financial Aid office or explore scholarship and bursary options. Payment plans and fee waivers are available for eligible students.

After you graduate

Graduates are prepared for careers as manufacturing technologists, quality control inspectors, production planners, robotics technicians, process improvement coordinators, and shop floor supervisors. Employers in the region value Wrenford Polytechnic graduates for their practical training and ability to step into technical roles immediately. The program also prepares you for apprenticeship in-school training if you choose to pursue a skilled trades credential alongside your diploma.

How to apply

Apply through the provincial college application service. Domestic applicants can submit their application online and upload required documents to myWrenford. International applicants use the polytechnic's own international application form. The equal consideration date for fall intake is March 1, 2027. For questions about the application process, call 519-555-0171 or email [email protected].

Mechanical Engineering Technology

Academic Department

Editorial Section

Program Levels

Program Location

Program Types

Sort Name

Mechanical Engineering Technology

Summary

This Ontario College Advanced Diploma teaches you how to design, test, and improve mechanical systems used in manufacturing, energy, and automation. You will work with applied mathematics, thermodynamics, and materials science while gaining hands-on experience in our Benchlands Campus workshops. The program includes three paid co-op work terms so you can graduate with real industry experience.

Career outcomes

Mechanical design technologist
Manufacturing engineering technologist
Automation systems technologist
Power plant technician
Quality control inspector
Project coordinator

Admission requirements

Ontario Secondary School Diploma (OSSD) or equivalent, or mature student status (19 or older by the start of classes).
Grade 12 English (C or U), minimum 60%; international: English proficiency test or equivalent.
Grade 12 math (C or U) with a minimum grade of 60%.

Tuition

Domestic tuition for the 2026–27 academic year is $4,260 per year. Ancillary fees are separate at $1,125 per year.

Courses

What you will learn

As a Mechanical Engineering Technology student, you will study how machines move, how energy transfers, and how to design systems that are safe, efficient, and sustainable. You will work through applied mathematics, physics, and materials science while practising in our shops and labs at the Benchlands Campus. The curriculum covers thermodynamics, fluid power, machine design, and electrical fundamentals, giving you the tools to solve real engineering problems. You will also learn to communicate technical ideas clearly and work effectively on multidisciplinary teams.

How the program runs

This full-time Ontario College Advanced Diploma takes three years (six terms) to complete. Classes are held at the Benchlands Campus, where you will have access to modern workshops for machining, fabrication, and testing. You can begin your studies in September or January. The program includes three paid co-op work terms, allowing you to gain hands-on experience with industry partners before you graduate. You will complete a capstone project in your final term to bring together the design and analysis skills you have developed.

Admission

Applicants must hold an Ontario Secondary School Diploma (OSSD) or equivalent, or qualify as a mature student (19 or older by the start of classes). You must also meet the English requirement, which is a Grade 12 English (C or U) with a minimum grade of 60%. For engineering-technology programs, you need Grade 12 math (C or U) with a minimum grade of 60%.

International students must provide proof of English proficiency through an accepted test or equivalent coursework. Qualified applicants are offered admission on a first-come, first-served basis. You can apply through the provincial college application service.

Tuition and fees

Domestic tuition is $4,260 per year for the 2026–27 academic year. Ancillary fees are separate and cost $1,125 per year. Financial aid, scholarships, and bursaries are available to help cover the cost of your education. You can set up a tuition payment plan through Student Financial Aid.

After you graduate

Graduates are prepared to work as mechanical design technologists, manufacturing engineering technologists, automation systems technologists, or power plant technicians. The three paid co-op work terms mean you will graduate with a professional network and practical experience that employers value. With additional experience, you may also pursue certification as a Certified Engineering Technologist or a Professional Technologist through the provincial engineering technologist association.

How to apply

Domestic full-time applicants apply through the provincial college application service. You can submit your application any time, but early applications are encouraged. International applicants must use the polytechnic's own international application form. Visit the Admissions page for deadlines, required documents, and fee waiver information.

Automation & Robotics

Academic Department

Editorial Section

Program Levels

Graduate certificate

Program Location

Program Types

Sort Name

Automation & Robotics

Summary

This Ontario College Graduate Certificate teaches you to design, program, and maintain the intelligent machines that drive modern industry. You will work with programmable logic controllers, industrial sensors, machine vision systems, and supervisory control and data acquisition platforms in hands-on labs at our Benchlands Campus.

Career outcomes

Robotics Technician
Controls Programmer
Automation Specialist
Systems Integrator
Field Service Engineer
Technical Sales Representative

Admission requirements

Ontario Secondary School Diploma or equivalent, or mature student status (19 years of age or older by the start of classes).
Grade 12 Mathematics (C or U) with a minimum grade of 60 per cent.
Grade 12 English (C or U) with a minimum grade of 60 per cent. International applicants must provide proof of English proficiency through an accepted test or equivalent qualification.

Tuition

Domestic tuition for this graduate certificate is $4,680 per year for the 2026–27 academic year.

Courses

What you will learn

Automation and robotics are transforming how factories, warehouses, and infrastructure operate. This program teaches you to design, program, and maintain the intelligent machines that drive modern industry. You will work with programmable logic controllers, industrial sensors, machine vision systems, and supervisory control and data acquisition platforms. The curriculum combines classroom theory with hands-on labs where you build and test automated work cells. You will also explore autonomous mobile robots and the communication protocols that keep production lines running smoothly. Throughout the year, you will develop troubleshooting skills, learn safety standards for industrial environments, and practice reading technical schematics. The program emphasizes practical problem-solving, so you will spend significant time in the lab configuring logic sequences, calibrating sensors, and debugging communication networks.

How the program runs

Automation & Robotics is a full-time Ontario College Graduate Certificate delivered over one academic year, typically spanning two or three terms. Classes and lab sessions take place at our Benchlands Campus, where you will use equipment in the Escarpment Building. The schedule is designed for students who want to move quickly into the workforce. The program does not include a co-op work term, but you will complete a final capstone project that mirrors a real industry deployment. You will work in small lab groups, collaborating with peers to simulate production environments. Instructors bring current industry experience to the classroom, and you will have access to the same types of controllers and software used by employers today. The program runs on a September intake, so you will begin your studies at the start of the Fall term.

Admission

Ontario Secondary School Diploma or equivalent, or mature student status (19 years of age or older by the start of classes).
Grade 12 Mathematics (C or U) with a minimum grade of 60 per cent.
Grade 12 English (C or U) with a minimum grade of 60 per cent. International applicants must provide proof of English proficiency through an accepted test or equivalent qualification.

Tuition and fees

Domestic tuition for this graduate certificate is $4,680 per year for the 2026–27 academic year. This amount covers instruction and standard lab access. You will also pay annual ancillary fees, which fund student services, athletics, and campus facilities. For a full breakdown of tuition and mandatory fees, visit Tuition & Fees.

After you graduate

Graduates of Automation & Robotics are prepared for technical roles in manufacturing, systems integration, and industrial automation. Employers look for graduates who understand both the mechanical and digital sides of automated systems. Typical job titles include robotics technician, controls programmer, automation specialist, systems integrator, field service engineer, and technical sales representative. The program also gives you a strong foundation if you plan to continue your studies in an applied degree.

How to apply

Domestic full-time applicants submit their applications through the provincial college application service. International applicants use the polytechnic's own application form. Part-time applicants and Continuing Education students register directly with the college. To review the complete admissions process, check our How to apply page or contact the Admissions office at 519-555-0171. Applications for the September intake are reviewed on a rolling basis, so we recommend submitting yours as early as possible.

Electronics Engineering Technician

Academic Department

Editorial Section

Program Levels

Diploma

Program Location

Program Types

Sort Name

Electronics Engineering Technician

Summary

You will study electronic systems, microcontrollers, and industrial automation through a mix of classroom theory and hands-on lab work.

Career outcomes

Electronics Technician
Control Systems Technician
Automation Technician
Field Service Technician
Quality Control Technician

Admission requirements

Ontario Secondary School Diploma (OSSD) or equivalent
Grade 12 English (C or U), minimum 60%
Grade 12 Math (C or U), minimum 60%
International applicants: proof of English proficiency

Tuition

Domestic tuition is $4,110 per year (2026–27). International tuition is $17,600 per year. Ancillary fees are $1,125 per year.

Courses

What you will learn

In this program, you will study how electronic systems work in modern industry. You will learn to build and test circuits, program microcontrollers, and set up industrial automation equipment. Your classes mix classroom theory with hands-on work in the electronics labs in the Escarpment Building on Benchlands Campus. You will explore analog and digital circuit design, signal processing, and control systems. You will also learn how to write clear technical reports and communicate effectively in professional settings. By the end of the program, you will be ready to install, troubleshoot, and maintain electronic systems used in manufacturing, power generation, and process control.

How the program runs

This is a full-time program that runs over four terms, or two years. Classes start in September each year. You will spend most of your time on the Benchlands Campus. Your schedule will include lectures, lab sessions, and group projects. You will use industry-standard tools and test equipment to complete practical assignments. The program does not include a co-op work term, but you will graduate with a strong portfolio of lab work and technical skills that employers value.

Admission

To enter this program, you need an Ontario Secondary School Diploma (OSSD) or an equivalent qualification. You must have completed Grade 12 English (C or U) with a minimum grade of 60%. You also need Grade 12 Math (C or U) with a minimum grade of 60%. If you are an international applicant, you must provide proof of English proficiency. Students who are 19 years old or older by the start of classes may apply as a mature student.

Tuition and fees

Domestic tuition is $4,110 per year for the 2026–27 academic year. International tuition is $17,600 per year. You will also pay ancillary fees of $1,125 per year, which cover services like the library, student association, and health centre. Tuition and fees are due before the start of each term. Visit Tuition & Fees for payment dates and options.

After you graduate

Graduates of the Electronics Engineering Technician program find work in a range of technical roles. You may work as an electronics technician, control systems technician, automation technician, field service technician, or quality control technician. Employers in manufacturing, energy, water treatment, and technology sectors hire our graduates to build, test, and maintain electronic equipment and automated systems.

How to apply

Domestic applicants submit their application through the provincial college application service. International applicants use the polytechnic's own online form. You can upload your documents and check your application status in the myWrenford student portal. Visit How to apply for detailed steps and deadlines.

Electrical Engineering Technology (Part-time)

Academic Department

Editorial Section

Program Levels

Program Location

Program Types

Part-time

Sort Name

Electrical Engineering Technology (Part-time)

Summary

This part-time program teaches you how to install, test, and maintain electrical systems for industrial and commercial facilities. Classes run in the evenings and on weekends at the Benchlands Campus, following the same curriculum as the full-time track so you can work while you study.

Career outcomes

Electrical Technician
Power Systems Specialist
Industrial Controls Programmer
Maintenance Technician
Field Service Engineer
Commissioning Technician

Admission requirements

Ontario Secondary School Diploma (OSSD) or equivalent, or mature student status (19 or older by the start of classes).
Grade 12 English (C or U), minimum 60 per cent.
Grade 12 math (C or U), minimum 60 per cent.

Tuition

Domestic tuition is $4,260 per year for the 2026–27 academic year.

Courses

What you will learn

In this program, you will study how electrical power moves through buildings, factories, and city grids. You will learn to read complex blueprints, test circuits, and program control systems that keep modern industry running. Working in our labs at the Tamarack Building and the Escarpment Building, you will handle real equipment used in manufacturing, energy, and facilities management. You will also develop strong technical writing and communication skills so you can explain your work clearly to engineers, managers, and clients.

How the program runs

This part-time track follows the exact same curriculum as our full-time Electrical Engineering Technology program, but the schedule is built for working adults and busy students. Classes are held in the evenings and on weekends at the Benchlands Campus. You will complete the program over six terms across three years, taking one or two courses each term. The September intake is the only start date, so you will move through the sequence with the same cohort every year.

Admission

Ontario Secondary School Diploma (OSSD) or equivalent, or mature student status (19 or older by the start of classes).
Grade 12 English (C or U), minimum 60 per cent.
Grade 12 math (C or U), minimum 60 per cent. Students who do not meet this requirement can complete upgrading through Wrenford Polytechnic Continuing Education before starting.

Tuition and fees

Domestic tuition is $4,260 per year for the 2026–27 academic year. You will also pay ancillary fees of $1,125 per year, which cover your student association, library access, and campus recreation. These fees are separate from tuition and are due each term. International students pay $17,600 per year. Financial aid and payment plans are available through Student Financial Aid.

After you graduate

Graduates of this program step into roles that require both technical precision and practical problem-solving. Employers in the energy, manufacturing, and construction sectors hire our graduates to maintain and upgrade critical electrical infrastructure. You will be prepared for careers as an electrical technician, power systems specialist, industrial controls programmer, maintenance technician, field service engineer, or commissioning technician. Many of our alumni move into supervisory positions within five years because of the strong foundation in management communication you build during the program.

How to apply

Domestic applicants submit their application through the provincial college application service. International applicants use Wrenford Polytechnic's own online form. You do not need to pay an application fee. Once you receive your offer, you will upload your final transcripts and proof of English proficiency to the student portal. Visit the Admissions page for a full checklist of documents, or contact the Registrar's office for questions about transfer credit or prior learning assessment.

Electrical Engineering Technology

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