Motive Power Technician

This course will allow students to explore the advanced features of word processing, spreadsheet, presentation, and database packages. They will also learn about the integration of data and graphics between these packages.

In this course, learners are introduced to measurement and conversions, fundamental arithmetic and algebra, linear equations and graphs, trigonometry of right triangles, 2D geometry, and elementary statistics. All concepts are presented with real world applications for the technical trades (e.g. welding). This course provides the learner with the mathematics skills necessary to function as a technician (e.g. welder) in trades.

This course provides students with an introduction to shop safety including the use of hand tools, power tools, and hoists and other lift equipment. Additionally, course content focuses on bearings, seals and sealants, precision measuring tools, oxy-acetylene welding and cutting and the use of computers for accessing trade-related information.

Course content focuses on engine fundamentals and the operating characteristics of the internal combustion engine and students are introduced to engine disassembly and reassembly and related manufacturing standards. Cylinder block assembly and applications are covered with students performing inspection and testing procedures. Additionally, crankshaft assemblies are discussed in relation to engine performance.

This course introduces the student to electrical, electronic, electromagnetic, and fuel system fundamentals. Course content focuses on diagnostic test equipment, the operation, inspection and testing of batteries, wiring schematics, and component identification, and circuit repair and protection devices. Intake and exhaust, emission control, and hybrid systems are discussed.

Clutch assemblies and basic gear theory are introduced in this course. The fundamentals and operation of manual transmissions and transaxles and their inspection, testing, service and repair are covered.

This first course of three on suspension, steering, and brakes provides students with an introduction to suspension assemblies and their components, manual steering and linkage assemblies, and base brake system components and operation. Additionally, students are provided with the fundamentals of tire and wheel repair and servicing according to manufacturers’ recommendations. Air brake adjustment and air brake chamber safety are also covered.

The fundamentals of heating and ventilation systems and the related components, operation, and inspection and testing are covered in this course. Air conditioning principles are also introduced including system types and their operation and service procedures. Repairer rights and responsibilities are covered in detail include provincial statutes and regulations.

This second in a series of three engine systems courses focuses on camshaft and valve train assemblies and their operation, inspection and testing, and related service performance. Engine cylinder heads and their applications and components are discussed and students perform related inspection and measuring procedures. Service and reconditioning procedures are also covered. Course content also focuses on the operation and recommended service procedures for turbochargers and superchargers.

Course content builds on the student’s knowledge of electrical circuit calculations to support the use of diagnostic test equipment. Cranking systems and cranking motor circuits are covered including the disassembly and reassembly of cranking motors and the inspection and testing of circuits. Electronic ignition fundamentals are introduced as are charging systems and control circuits and fuel injection emission control systems.

This course includes inspecting, diagnosing, troubleshooting and repairing front wheel drive axle assemblies, rear wheel drivelines, final drive assemblies and torque converters. Automatic transmissions and transaxles and their operation, components, inspection, testing, and repair are also covered.

In this course, students identify and describe the fundamentals of suspension systems and the purpose and operation of manual and power steering systems. Steering and suspension testing according to manufacturers’ recommendations is performed. Alignment fundamentals are covered including related measurements and the operation of vehicle alignment equipment. Additionally, hydraulic brake servicing procedures on disc and drum brake assemblies are discussed and students complete related performance tasks.

This course provides students with a comprehensive understanding of hydraulic and pneumatic systems, covering both theoretical concepts and practical applications. Students will explore the operation and components of hydraulic pumps, cylinders, and pneumatic systems, learning how these technologies are used in a variety of machinery, including heavy equipment. Through hands-on activities and classroom instruction, students will develop the skills to diagnose, maintain, and apply these systems in real-world scenarios. This course prepares students for careers in industries such as manufacturing, and automotive repair.

This course explores the delivery of quality customer service and the importance of a positive customer experience. Course content focuses on the need for customer service representatives to hone applied communications and technical skills in order to offer exceptional service while promoting the business in which they are employed.

This course provides instruction and practice in college and workplace communication skills with an emphasis on the development of strategies to organize and express ideas in a clear and professional manner. Course work also provides opportunities for the development of students' grammar, research, analytical, reading, and listening skills.

This course is designed to immerse students in the dynamic and multifaceted world of automotive repair operations. Through hands-on experience with real customer vehicles and interactive role-playing scenarios, students will develop the technical and interpersonal skills necessary for successful automotive service careers. The program emphasizes practical training in customer service, focusing on effective communication, conflict resolution, and de-escalation techniques to foster positive customer relationships. Students will learn how to manage daily shop operations, create accurate work orders, and write detailed service reports, ensuring compliance with industry standards and regulations. Additionally, the course provides an in-depth understanding of warranty processes, applicable laws, and ethical business practices critical to running a professional automotive repair facility. Mentorship is a cornerstone of this program, with students learning to guide peers and apprentices, fostering a collaborative and supportive workplace culture. By the end of the course, students will be equipped with the skills and knowledge to handle the technical, administrative, and relational demands of the automotive service industry. They will be prepared to thrive in real-world environments and deliver exceptional service to customers and colleagues alike.

This beginner-level course introduces students to Advanced Driver Assistance Systems (ADAS), the foundational technologies driving modern vehicle safety and automation. Designed for individuals new to the field, this course provides a clear and structured exploration of the key components of ADAS, including radar, LiDAR, sonar, cameras, and their integration through artificial intelligence. Students will learn about the basics of self-driving technology, understanding the various levels of vehicle automation and how these systems enhance driver safety and convenience. The course also includes an introduction to performing ADAS calibrations, focusing on the essential tools, techniques, and procedures for aligning and verifying system accuracy. Emphasis is placed on proper documentation and the legal liabilities associated with working on ADAS-equipped vehicles. Through case studies and discussions, students will gain insight into the importance of maintaining detailed records and adhering to industry standards to ensure both safety and compliance. This course is ideal for those beginning their journey in automotive technology, providing the foundational skills and knowledge needed to pursue further expertise in ADAS and advanced vehicle systems.

This comprehensive course is designed to prepare students for careers in the rapidly growing field of hybrid and electric vehicle (EV) technology. From foundational high-voltage safety protocols to the intricate workings of electric motors, controllers, and data communication systems, students will gain the knowledge and skills needed to excel in diagnosing, maintaining, and repairing advanced EV systems. The program begins with an in-depth focus on high-voltage safety standards and safe work practices to ensure students can confidently handle EV systems. Students will then explore the design, operation, and control of electric motors and power electronics, as well as the principles of energy storage and regeneration. Advanced diagnostics and troubleshooting techniques are emphasized, with hands-on experience using state-of-the-art tools to resolve complex issues in EV powertrains, battery management systems, and data communication networks. By combining theory with real-world applications, this course equips students to navigate the challenges of hybrid and electric vehicle technology and thrive in the future of automotive service.

This course provides students with the operating principles that support the inspection, testing, and diagnosing of climate control systems according to manufacturers’ standards. Students are also introduced to body and trim components and their construction, inspection, and repair.

This course focuses on the construction and operating principles of engine cooling systems, accessory drive belts and pulleys, and lubrication systems. Engine component failure and the resulting analysis and diagnosis are covered. Recommended replacement and start-up procedures of an overhauled engine assembly according to manufacturers’ recommendations and generally accepted trade practices are covered.

In this course, students perform visual inspection and diagnosis and repair of automatic / transaxle pumps and hydraulic systems. Preliminary inspection and diagnosis of automatic and transaxle electronic controls is also covered. Additionally, students visually inspect, diagnose and repair 4-wheel drive and all-wheel drive systems according to manufacturers’ recommendations. The fundamentals of alternate drivelines and hybrid drivelines are also covered.

This course content focuses on the construction and operation of power assisted brakes, anti-lock brakes, electronic braking systems, tire pressure monitoring systems, and electronic suspension systems. Pre-alignment inspection and vehicle alignment diagnostics to identify and explain vehicle handling problems are discussed. Students inspect, test and diagnose these systems in accordance with manufacturers’ procedures.

This course covers the operating principles and function of vehicle onboard computer systems including data retrieval and use of appropriate test equipment. The operation, construction, inspection, and testing of supplemental restraint/airbag systems are introduced. Content also focuses on distributor-less ignition systems, computer-controlled charging systems, and power accessories. Gasoline fuel injection systems, diesel electronic injection systems, and emission systems including their inspection and testing are discussed. Students are also exposed to the principles of operation and diagnosis of fuel, electrical drive, and regenerative braking systems associated with hybrid vehicles.

This course equips automotive students with the expertise to accurately diagnose and resolve complex vehicle faults using cutting-edge tools and techniques. Students will gain a comprehensive understanding of diagnostic theory, paired with hands-on practical scenarios that mimic real-world challenges in modern vehicles. Through structured learning modules and immersive practical exercises, students will explore advanced diagnostic principles, system interdependencies, and troubleshooting strategies. The course emphasizes the use of the latest diagnostic equipment and software, ensuring students stay at the forefront of industry advancements. Students will develop critical thinking skills and a methodical approach to problem-solving, enabling them to tackle even the most intricate automotive issues. By integrating theoretical knowledge with practical application, this course prepares students to become top-tier diagnostic technicians capable of excelling in diverse and demanding automotive environments.