Universal Technical Institute of Pennsylvania Inc · Courses
DT
14 courses with the subject DT, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.
DT13-161Hydraulics3
This course covers diagnosis of the hydraulic and hydrostatic system operation, and related pump and control systems. These tasks are performed on test simulators. After completing the hydraulic course, students will have the basic skills needed to safely diagnose and perform repairs on the hydraulic system.
The course introduces students to the diagnosis and service of wheels and tires, front hub assemblies, steering linkage, gear boxes, steering column, power steering pumps, and rear suspension systems and alignment. After completing the course, students will have the basic skills needed to perform steering and suspension repairs and wheel alignments.
AD13-103: Introduction to Automotive Physical Science: Undercar Systems
DT13-163Drivetrain4
This course provides students with an understanding of the drive train. By providing an overview and beginning diagnostics on the clutch system, students will learn the basics of the drive train before proceeding to the more complex manual and automated transmissions. This course includes the tasks of diagnosing and servicing clutch systems, driveline, drive axle, single and twin countershaft manual transmission, electronically automated standard transmissions, PTO, 4X4 configurations, and transfer case. After completing the course, students will have the basic skills needed to perform drive train repairs.
This course begins with basic engine fundamentals and manufacturer identification. The focus of the course is to remove a cylinder head and install a cylinder head, piston and liner assembly, and all components. During these procedures, students perform diagnostic tests and service the engine and components. Overviews, diagnostics, and servicing of the lubrication system, cooling system, air induction/exhaust system, starting aids, turbochargers and charge air coolers, engine brakes, EGR systems, and exhaust gas after treatment devices round out the course.
AD13-101: Introduction to Automotive Physical Science: Engine Design and Function
DT13-212Diesel Engine Fuel Systems and Accessories3.5
The focus of the diesel engine fuel systems and accessories course is diesel fuel systems, including mechanical system components, the electrical system and injectors, and diesel engine diagnostics. Students learn about comprehensive diagnostics and service on the following systems: low pressure common rail, hydraulic electronic unit injection (HEUI), high pressure common rail system, high pressure injection-time pressure (HPI-TP), electronic management and engine retarder. At the conclusion of the course, alternate and multi-fuel systems are introduced, and students will perform diesel engine failure mode diagnostics.
AD13-101: Introduction to Automotive Physical Science: Engine Design and Function
DT13-213Preventative Maintenance4
This course introduces students to different inspections according to FMCSA guidelines and manufacturer specifications. Dividing the vehicle into systems and subsystems ensures proper total vehicle inspection and documentation. This course teaches standards to ensure the vehicle is properly maintained and able to pass a DOT inspection in accordance to FMCSA regulations. In addition, an overview is presented on hybrid units and the isolated batteries system.
AD13-103: Introduction to Automotive Physical Science: Undercar Systems
DT13-214Transport Refrigeration3.5
This course provides a fundamental overview of standard refrigeration theories, including refrigerant, refrigerant oil, and the refrigeration system. It also covers regulatory policies and procedures, including EPA 608 requirements. Students will also be introduced to the multiple refrigeration system diagnostic procedures. This includes a full day of the refrigeration system brazing procedure with an instructor demonstration. The course also includes the diagnostics and servicing of auxiliary power units.
Upon completing this course, students will have been introduced to the diagnosis with hydraulic and hydrostatic system operation and related pump and control systems. These tasks are performed on test simulators. After completing the hydraulic course, students will have the basic skills needed to safely diagnose and repair the hydraulic system.
The course introduces students to the diagnosis and service of wheels and tires, front hub assemblies, steering linkage, gearboxes, steering column, power steering pumps, and rear suspension systems and alignment. After completing the course, students will have the basic skills needed to perform steering and suspension repairs and wheel alignments.
AD20-103: Introduction to Automotive Physical Science: Maintenance and Inspection Procedures
DT20-164Diesel Brakes3.5
This course begins with a fundamental overview of brakes, including brake theory, foundation, types of brakes, and the air supply system. Students are introduced to a variety of tools used for diagnosing brake system concerns. This course also covers hydraulic brake systems, ABS electronic systems, automatic traction control, power assist units, and high-pressure brake system diagnostics.
AD20-103: Introduction to Automotive Physical Science: Maintenance and Inspection Procedures
DT20-211Diesel Engines4
This course begins with basic engine fundamentals and manufacturer identification. The focus is on removing a cylinder head and installing a cylinder head, piston and liner assembly, and all components. During these procedures, students perform component tests and service the engine and components. Overviews, diagnostics, and servicing of the lubrication system, cooling system, air induction/exhaust system, starting aids, turbochargers and charge air coolers, and EGR systems devices round out the course.
AD20-101: Introduction to Automotive Physical Science: Engine Design & Function
DT20-212Diesel Engine Fuel Systems & Accessories3.5
This course is focused on diesel fuel systems, emissions control systems, engine braking systems, and basic troubleshooting theory, including electrical systems and injectors, and diesel engine diagnostics. Students learn about comprehensive diagnostics and service on the following systems: high-pressure common rail systems, exhaust gas recirculation, exhaust particulate filters, selective catalytic reduction, electronic management, and engine braking. At the conclusion of the course, alternate and multi-fuel systems are introduced, and students will perform diesel engine failure mode diagnostics.
AD20-101: Introduction to Automotive Physical Science: Engine Design & Function
DT20-213Preventative Maintenance4
This course introduces students to different inspections according to FMCSA guidelines and manufacturer specifications. Dividing the vehicle into systems and subsystems ensures proper total vehicle inspection and documentation. This course teaches standards to ensure the vehicle is properly maintained and able to pass a DOT inspection in accordance to FMCSA regulations. In addition, an overview is presented on hybrid units and the isolated batteries system.
AD20-103: Introduction to Automotive Physical Science: Maintenance and Inspection Procedures
DT20-214Transport Refrigeration3.5
This course provides a fundamental overview of standard refrigeration theories, including refrigerants, oil, and refrigeration systems. It also covers regulatory policies and procedures, including EPA 608 requirements. Students will also be introduced to the diagnostic procedures for multiple refrigeration systems. This includes a full day of the refrigeration system brazing procedure with an instructor demonstration. The course also includes the diagnostics and servicing of auxiliary power units.
