Are you passionate about cars and envision a career in the automotive industry? The Uti Car Program offers comprehensive automotive mechanic classes designed to equip you with the skills and knowledge demanded by today’s evolving automotive technology. From the fundamentals of engine mechanics to advanced diagnostics and electronic systems, UTI provides hands-on training and industry-recognized certifications to jumpstart your career as a qualified automotive technician.
Why UTI’s Automotive Program Stands Out
Choosing the right automotive program is crucial for your future success. UTI distinguishes itself by fostering strong relationships with leading automotive employers and brands nationwide. This collaboration ensures that the curriculum remains cutting-edge, reflecting the latest industry standards and technological advancements. UTI’s approach is heavily focused on practical learning, providing an environment that closely mirrors professional automotive workshops. Through a blend of hands-on training and interactive online modules, students gain invaluable experience, preparing them to confidently tackle real-world automotive scenarios.
From mastering customer service excellence to utilizing state-of-the-art diagnostic tools, the UTI car program ensures you are trained on the same technologies and equipment used in the field. This practical, hands-on approach builds confidence and competence, enabling graduates to seamlessly transition into various automotive roles. Continue reading to delve deeper into the specific subjects covered in UTI’s comprehensive mechanic classes.
Please note: Course titles mentioned below are representative of the Automotive Technology II program offered at UTI’s Austin, Avondale, Bloomfield, Dallas/Fort Worth, Miramar, and Orlando campuses. Course offerings may differ at other UTI locations.
Introduction to Engine Mechanics
The UTI car program begins with foundational courses like Introduction to Engines. This essential module introduces students to the core principles of internal combustion engines and the intricacies of engine repair. A key component of this course involves the complete disassembly and reassembly of an engine. This hands-on exercise allows students in the automotive and diesel programs to gain a deep understanding of how each individual part functions and contributes to the overall engine operation.
Students will thoroughly examine all engine components, including valve train mechanisms, various gasket types and their applications, oil system functionality, and the relationship between compression ratios and engine performance metrics like speed, horsepower, and torque. Upon completing this course, students will possess a comprehensive understanding of engine internal workings and common causes of engine failure.
Key Learning Outcomes:
- Proficiency in using hand tools for engine assembly and disassembly.
- Skill in reading and utilizing precision measuring tools for component assessment.
- Ability to interpret and apply information from repair manuals.
Introduction to Powertrains
Building upon engine fundamentals, the Introduction to Powertrains course in the UTI car program focuses on developing crucial diagnostic and repair skills for both manual and automatic transmissions. Students are trained to effectively diagnose issues within powertrain components such as driveshafts, U-joints, differentials, and axle assemblies. Practical skill development is emphasized through hands-on practice using industry-standard equipment.
This course module also covers diagnosing transmission leaks, addressing shifting problems, and performing essential fluid maintenance. By engaging with clutch trainers, transmission trainers, and rear axle trainers, students gain realistic, controlled environment experience. This hands-on approach is vital in preparing aspiring technicians for the real-world challenges of automotive repair.
Key Learning Outcomes:
- Expertise in using hand tools for transmission assembly and disassembly.
- Competence in using precision tools for component measurement.
- Skill in operating specialty tools and fixtures for automatic transmissions.
- Proficiency in using a hydraulic press for component manipulation.
Steering and Suspension Systems
The Steering and Suspension Systems course in the UTI car program trains students to expertly identify, diagnose, and safely service vehicle wheels and tires, steering and suspension systems, and their associated components. A significant portion of the course is dedicated to hands-on practice with front- and rear-wheel alignments. Students learn the critical interplay between suspension parts to ensure vehicle stability and optimal tire wear.
Coursework extensively covers components like struts, ball joints, tie-rod ends, rack and pinion systems, and steering gearboxes. Students also receive foundational training in tire mounting and balancing procedures.
Key Learning Outcomes:
- Ability to use hand tools for basic suspension assembly and disassembly.
- Skill in using specialized tools like alignment tools, spring compressors, and ball joint presses.
- Competence in operating alignment, tire mounting, and balancing equipment.
Braking Systems
In the Braking Systems course within the UTI car program, students learn to diagnose and service a comprehensive range of braking system components, including wheel bearings, brake power assist systems, hydraulic systems, parking brakes, electrical systems, and advanced systems like anti-lock braking (ABS), traction control, and stability control. The curriculum details the various components of hydraulic brake systems, including the assembly and disassembly of master cylinders, calipers, drum assemblies, and proper brake bleeding techniques.
Given that ABS is standard in all modern vehicles, this course emphasizes understanding the diverse operational methods of these systems. Upon course completion, students will grasp the fundamental principles of anti-lock braking systems.
Key Learning Outcomes:
- Expertise in diagnosing ABS and hydraulic brake systems.
- Proficiency in using specialty tools for brake pad and shoe replacement.
- Understanding of basic brake rotor and drum machining.
- Skill in using tools to bend and repair brake lines and fittings.
- Competence in proper brake bleeding techniques.
- Ability to diagnose ABS waveform issues using oscilloscopes.
- Skill in using scan tools to diagnose brake system faults.
Advanced Electrical Applications
The Advanced Electrical Applications course in the UTI car program is designed to provide students with a strong foundation in electrical principles and their application in automotive technology. Since electricity is invisible, the course emphasizes understanding how it flows within a vehicle’s circuit and its functional impact.
Students will learn Ohm’s and Watt’s laws and how to effectively use a digital multimeter to measure voltage, resistance, and amperage. The coursework also covers the operational principles of various electrical components, wiring diagram interpretation, and circuit building and testing. Students will engage in practical troubleshooting and electrical testing on actual vehicles. The knowledge acquired in this course serves as a building block for further advanced studies in the program.
Advanced Diagnostic Tools for Electronic Systems
As students practice diagnosing electronic system malfunctions, they gain hands-on experience with tools commonly found in modern automotive repair shops. They learn to operate diagnostic scanners that interface with a vehicle’s network, enabling them to access system data, control specific components, and identify faults in real-time.
Training also includes the use of oscilloscopes, which provide detailed analyses of electrical signals, helping to pinpoint issues that may be missed by multimeters. This introduction to advanced diagnostic tools prepares students to effectively troubleshoot and repair complex electronic systems—a critical skill in today’s technologically advanced automotive industry.
Key Learning Outcomes:
- Proficiency in using various diagnostic tools, including multimeters and oscilloscopes.
- Skill in using diagnostic scanners to interface with vehicle networks for system analysis and control.
- Ability to diagnose electrical faults using appropriate tools and techniques.
Technology Principles and Consumer Communication of Automotive HVAC
The UTI car program’s course on Technology Principles and Consumer Communication of Automotive HVAC focuses on heating, ventilation, and air conditioning systems. Students learn about EPA regulations, including the types of refrigerants and oils used in modern vehicles and safe handling procedures. The coursework also covers the diverse HVAC system designs employed by different vehicle manufacturers.
Emphasis is placed on understanding and avoiding the potential hazards of working with refrigerants and high-pressure systems. Upon completion, students will master the technological principles of automotive HVAC systems through diagnosing and servicing HVAC systems and subsystems, refrigerant systems, and electronic climate control systems.
Key Learning Outcomes:
- Understanding of HVAC electrical systems and diagnostic techniques.
- Skill in removing and reinstalling HVAC components and diagnosing related electrical and HVAC faults.
- Proficiency in using basic hand tools, A/C specific tools, and scan tools for HVAC service.
- Competence in using refrigerant machines for system evacuation and recharging.
Power & Performance
*These mechanic classes are not offered at NASCAR Technical Institute.
The Power & Performance series within the UTI car program offers specialized training in high-performance automotive technology.
Power & Performance I: Engine Build
Power & Performance I focuses on advanced engine mechanics, teaching students how to calculate compression ratios and bore/stroke, perform port matching, and understand camshaft specifications. Students disassemble a V-8 engine, meticulously inspect and measure each component, and then reassemble and time the rotating assembly.
This course involves using various tools, including basic hand tools, engine assembly/disassembly tools, and precision measuring instruments. By the end of the course, each student will have assembled a V-8 engine to take forward to Power & Performance II.
Power & Performance II: Bolt-On Performance
Building on Power & Performance I, this course explores fuel flow, ignition timing, exhaust dynamics, engine performance enhancements, engine installation, and dynamometer operation. Students install their assembled engine on a rolling chassis and integrate carburation, ignition, and an exhaust system.
Upon completion and thorough checks, students experience their engine running for the first time. They then use a chassis dynamometer to measure horsepower and torque. The course also includes installing and dyno-testing a heavily modified V-8 engine, comparing performance metrics, and experimenting with nitrous oxide injection to observe its impact on power and torque. This hands-on course vividly demonstrates the practical outcomes of their hard work.
Power & Performance III: Computer Performance Tuning
This advanced course teaches students to use various tuning software applications to optimize engine performance on normally aspirated, supercharged, turbocharged, and nitrous-powered vehicles using a chassis dynamometer. Students learn to modify engine computer parameters while the car is on the dyno.
Dyno runs are analyzed to assess fuel trim and ignition timing, determining if the engine is running lean or rich. Adjustments are made to maximize power and torque while maintaining emissions compliance.
Key Learning Outcomes:
- Knowledge of EPA emissions standards and aftermarket performance parts.
- Ability to calculate turbocharger/supercharger requirements for specific engines.
- Skill in using engine tuning software and five-gas analyzers.
Advanced Technology/Hybrid & Service Advising
The UTI car program also includes training in Advanced Technology/Hybrid & Service Advising, preparing students for the growing market of hybrid and electric vehicles. This course focuses on the safe and effective servicing of alternative fuel systems. Students learn how hybrid vehicle engine, powertrain, HVAC, brake, and electrical systems differ from conventional vehicles.
Using diagnostic scanners, students observe hybrid-specific data to diagnose and repair simulated faults. This practical approach equips students to handle the unique challenges of servicing hybrid vehicles, developing valuable skills for the evolving automotive industry.
Key Learning Outcomes:
- Comprehensive understanding of hybrid vehicle systems and alternative fuel technologies.
- Proficiency in diagnosing and repairing hybrid and alternative fuel vehicle components.
- Hands-on experience with industry-standard tools and equipment for advanced automotive technologies.
NASCAR Technical Institute Program
*For students attending NASCAR Technical Institute, the following mechanic classes are part of the NASCAR Automotive Technology program:
NASCAR Engines I:
This course teaches specialized techniques for assembling and disassembling high-performance NASCAR engines. Topics include engine rules, cylinder head preparation, camshaft selection and installation, engine rotating assembly, and maintaining a zero-defect work environment.
NASCAR Engines II:
NASCAR Engines II focuses on installing ancillary equipment and testing high-performance NASCAR engines. Course content includes race-day engine longevity, fuel, cooling, lubrication, and exhaust systems, restrictor-plate considerations, dynamometer operation, and track-side engine adjustments.
Frequently Asked Questions
How long is the UTI car program?
UTI’s intensive car program can be completed in just 51 weeks. This accelerated timeline allows you to quickly gain the necessary skills and begin your automotive career in less than a year.
What certifications can I get through the UTI car program?
While UTI does not directly grant certifications, its automotive mechanic classes are meticulously designed to prepare students for industry-recognized certifications, such as those offered by the National Institute for Automotive Service Excellence (ASE).
How does UTI help students prepare for ASE certification?
The UTI car program is accredited by the ASE Education Foundation, ensuring that its mechanic courses align with ASE’s stringent standards for automotive technician training. All UTI automotive instructors are ASE-certified and provide students with expert guidance on achieving ASE certification.
UTI graduates can leverage their 51 weeks of training to fulfill one year of the two-year work experience requirement needed to qualify for ASE certification, accelerating their path to professional recognition.
Does UTI offer specialized training in hybrid vehicle technology?
Yes, select UTI campuses offer specialized mechanic classes focused on hybrid vehicle systems. This specialized training helps aspiring automotive technicians broaden their skill sets to include the rapidly growing field of hybrid and electric vehicle maintenance and repair.
By choosing the UTI car program, you are investing in a future-focused education that prepares you for a successful and rewarding career in the automotive industry.
