Shane Foley

Program: Auto/Diesel Vehicle Technology

Course Descriptions: Chassis, Engine Management Systems, Driveability Diagnostics, Drivetrain Systems, Engines.

• During the Engine Management Program training was in depth electrical diagnostics on modern vehicles which require strict emissions standards. This gave me a understanding of electricity, circuits and electrical testing equipment, Navigation of service information systems, Understand how to use wire diagrams to test electrical systems, Gasoline and Light duty Diesel engine theory and components, Starting and charging systems theory and diagnosis, Component identification and location of components, Starting aids operation and diagnosis.
• Drivability Diagnostics Program was crucial to becoming a successful technician on how to understand, Using diagnostic tools, Examining fuel and ignition systems, Performing detailed sensor diagnostics, Light-duty diesel low- and high-pressure fuel system theory and diagnosis, Common rail injection theory and operation, Injector theory operation and diagnosis, Diesel emission component operation and diagnosis, Forced air induction (fixed and variable turbochargers).
• Drivetrain Systems Program was exciting to learn as you tear down and rebuild essential components of the modern automobile. This course included Transaxle replacement/removal, Electronic transmission diagnostics, Using precision measuring instruments, Four-wheel drive and all-wheel drive Theory and Operation, Manual clutches, transmissions, and transaxles, Transmission hydraulics and clutches.
• Chassis Program is also essential to maintain a smooth and worry free vehicle. During this program we learned HVAC repair and maintenance, Tire and wheel mounting and balancing, Preform complete brake replacement, Suspension and Steering system types and repair, Understand and perform alignments.

Program: Heavy Duty Diesel Technology

Course Descriptions: Heavy Duty Diesel Engine Management Systems, Refrigeration. Heavy Duty Diesel Engine Tear Down and Tune Up. While attending school the most common heavy duty engines used were CAT, Cummins, Detroit, John Deere and Volvo. During this course I also leaned how to do Overhead Valve Adjustments along with Jake Brake adjustments and operation. Electrical and Mechanical Troubleshooting. After getting my Refrigeration 609 Certification we also leaned how to repair and troubleshoot Trailer Refrigeration Units.

Program: Motorsports and Chassis Fabrication.

Course Description: During the First "Phase" of this course we were introduced into MIG and TIG welding, Plasma and Oxyacetylene, cutting and shaping, grinding, and finishing, and basic metalworking. We also learned how to use a Lathe and Mill doing Machining work. With a partner we were required to measure and build a roll cage that was then welding into a Dodge Daytona. During the second Phase on the course we fabricated shop fixtures such as Tubing Bender and Tubing Notcher. We also build and modified engine mounts and crossmembers for custom engine swaps.

• Improved vehicle performance by conducting thorough inspections and identifying necessary repairs.
• Consistently met or exceeded company performance metrics through diligent work ethic and attention to detail in all repair tasks.
• Expanded knowledge of automotive technology by attending professional development workshops, staying current with industry advancements.
• Contributed to the success of the service department by providing excellent customer service and clear communication regarding vehicle maintenance needs.
• Maximized engine efficiency with routine tune-ups, oil changes, and filter replacements.
• Increased tire lifespan by accurately aligning wheels, balancing tires, and performing rotations as needed.
• Assisted in maintaining a high-functioning service department by taking on additional responsibilities including inventory management and shop maintenance tasks.
• Completed full vehicle inspections to check for leaks, damage, or other issues of concern.

• Improved vehicle performance by conducting thorough diagnostics and implementing effective repair solutions.
• Enhanced customer satisfaction by providing timely and accurate maintenance services for various vehicle models.
• Reduced downtime for fleet vehicles by performing preventative maintenance tasks and addressing issues before they became critical problems.
• Streamlined repair processes, utilizing advanced diagnostic tools to pinpoint mechanical issues quickly and accurately.
• Ability to preform metal fabrication using various techniques MIG,TIG welding along with Acetylene Torch skills.
• Collaborated with service advisors to ensure clear communication between customers and the mechanic team, resulting in higher customer retention rates.
• Mentored junior mechanics, sharing expert knowledge of automotive systems and fostering a strong team dynamic.
• Increased workshop efficiency by maintaining an organized workspace, tracking inventory levels, and ordering parts as needed.