The Motive Power Technician - Advanced Repair program at Sault College is designed to provide students with advanced skills and knowledge in the field of automotive and heavy equipment repair. This program focuses on developing expertise in diagnosing and repairing complex automotive and heavy equipment systems. While I don't have access to specific details about the curriculum beyond my knowledge cutoff date in September 2021, I can provide you with a general overview of what you might expect from the Motive Power Technician - Advanced Repair program at Sault College.
Here are some key aspects that may be included in the program:
Advanced Diagnostic Techniques: Students will learn advanced diagnostic techniques and procedures for automotive and heavy equipment repair. They will develop skills in using specialized diagnostic tools and equipment to identify and troubleshoot complex problems in vehicle systems.
Advanced Automotive Systems: The program may cover advanced topics in automotive systems, such as advanced engine diagnostics, advanced drivetrain systems, advanced electrical and electronic systems, advanced fuel injection systems, and advanced vehicle control systems. Students will gain in-depth knowledge of these systems and learn advanced repair techniques.
Advanced Heavy Equipment Systems: Students may learn about advanced heavy equipment systems and components, such as advanced hydraulic and pneumatic systems, advanced engine and powertrain systems, advanced electrical systems, and advanced machine control systems. They will develop the skills to diagnose and repair these complex systems.
Engine Performance Tuning and Calibration: The program may include training in engine performance tuning and calibration techniques. Students will learn how to optimize engine performance, improve fuel efficiency, and enhance vehicle drivability through tuning and calibration procedures.
Advanced Welding and Fabrication: Students may receive training in advanced welding and fabrication techniques specific to the automotive and heavy equipment industry. They will learn how to weld and fabricate components using various methods and materials, ensuring structural integrity and safety.
Advanced Shop Management: The program may cover advanced shop management principles, focusing on effective workflow management, resource allocation, and team coordination in an automotive or heavy equipment repair setting. Students will learn how to manage complex repair projects and ensure efficient operations.
Advanced Diagnostic Software and Tools: Students may gain hands-on experience with advanced diagnostic software and tools used in the automotive and heavy equipment repair industry. They will learn how to interpret diagnostic data, use specialized software for system analysis, and leverage advanced diagnostic equipment.
Emerging Technologies: The program may explore emerging technologies and trends in the automotive and heavy equipment industries. Students may learn about advancements in vehicle connectivity, alternative fuel systems, hybrid and electric vehicle technologies, telematics, and autonomous vehicle systems.
Work Placement/Co-op: Some programs may include a work placement or co-op component, allowing students to gain real-world experience in advanced automotive and heavy equipment repair. This provides an opportunity to apply their knowledge and skills in a professional environment and gain practical work experience.
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