a students works on a vehicle.

Diesel Service Technology AAS

This 60-hour Associate of Applied Science Degree in Diesel Service Technology program is designed to provide students with the technical knowledge and skills required of persons employed in the automotive and diesel industries. Through a comprehensive curriculum that blends classroom instruction with hands-on training, students develop technical expertise, problem-solving abilities, and professional skills necessary to excel in the field. The program emphasizes industry-standard diagnostic techniques, safety practices, and teamwork to ensure that graduates are workforce-ready and equipped to adapt to evolving automotive technologies.

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Area of Study: Technical Programs

  • Associate of Applied Science, Technical Programs

Program Costs & Financial Aid

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Explore Locations

Advanced Technology Center

Program Learning Outcomes

1. Practice safety in an Automotive or Diesel workshop environment.
2. Operate as a member of a group and with limited supervision towards the common goal of the employer.
3. Employ manuals, diagrams, and programs to identify problems and solve those problems for proper customer satisfaction.
4. Employ the latest industry tools and diagnostic equipment for servicing and repairing malfunctioning complex Automotive & Diesel systems.
5. Demonstrate proficiency in the operating sequence and logic of controls and equipment as they work together through an integrated systems approach.

To be eligible for admission into this program, students must meet the general requirements for admission to New River Community and Technical College.

For more information on this program, contact James Aurentz at jaurentz@newriver.edu or 304-929-3318.

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Total Program hours: 60

Graduates are qualified to accept positions as diesel mechanics, diesel engine specialists, field service technicians and more.

Programmatic Goals

1. Workplace Safety and Best Practices: Instill a strong foundation in safety protocols, environmental regulations, and industry best practices for working in automotive and diesel service environments.
2. Teamwork and Professionalism: Develop students’ ability to work collaboratively as part of a service team while demonstrating professionalism and accountability in the workplace.
3. Problem-Solving and Diagnostics: Equip students with the skills to use manuals, diagrams, and diagnostic tools to efficiently identify, troubleshoot, and repair vehicle systems.
4. Technical Proficiency and Tool Utilization: Ensure students are proficient in using the latest industry tools and diagnostic equipment to service and maintain complex automotive and diesel systems.
5. Systems Integration and Functionality: Provide students with a comprehensive understanding of vehicle control systems, operating sequences, and component interactions to diagnose and repair advanced mechanical and electronic issues.
6. Industry Readiness and Customer Service: Prepare students to meet employer expectations by developing strong communication skills, customer service abilities, and adaptability to emerging automotive technologies.