Hybrid, Fuel-Cell, & Electric Vehicle Certificate of Achievement
Program Overview
The Hybrid, Fuel-Cell, and Electric Vehicles Certificate of Achievement equips students with the knowledge and skills to diagnose, repair, and maintain hybrid, electric, and fuel-cell vehicles. The program covers core systems, including engine management, emission controls, and electronic controls, preparing graduates for entry-level positions in the automotive industry. Through a combination of theoretical instruction and hands-on experiences, students gain the expertise to excel in the rapidly evolving field of alternative fuel vehicles.
Program Outline
Degree Overview:
The Hybrid, Fuel-Cell, and Electric Vehicles Certificate of Achievement focuses on core hybrid, fuel-cell, and electric vehicle systems, emphasizing their operations, functionality, servicing, and maintenance. The program encompasses various elements, including engine management, emission controls, electronic/electronic controls, and onboard diagnostics in the context of hybrid, fuel-cell, and electric vehicles.
Objective:
Aspiring students, as well as individuals currently employed in the field, are equipped with foundational knowledge and skills through this certificate program, enabling them to excel in entry-level positions within the automotive industry. These positions may be found at local dealerships, independent repair establishments, national repair chains, parts suppliers, and fleet service companies specializing in hybrid, fuel-cell, and electric vehicles.
Outline:
To establish a cohesive understanding of the subject matter, the Hybrid, Fuel-Cell, and Electric Vehicles Certificate of Achievement has been meticulously structured and organized. The program's contents are presented in a logical sequence, with each module building upon the concepts introduced in the preceding ones.
Required Courses:
AUTO 010 Introduction to Automotive Technology
(4 units) This foundational course provides an introduction to the field of automotive technology, covering fundamental principles, industry practices, and safety protocols. It serves as a prerequisite for various subsequent courses within the program.
AUTO 011B Auto Electronics & Electrical Systems
(4 units) This comprehensive course delves into the intricate workings of automotive electrical systems, encompassing topics such as circuitry, wiring diagrams, testing procedures, and troubleshooting techniques.
AUTO 011C Advanced Automotive Electrical Systems
(5 units) Building upon the knowledge gained in AUTO 011B, this advanced course explores more complex electrical systems found in modern vehicles, including computer-controlled systems, multiplex wiring, and advanced diagnostics.
AUTO 043A Intro to Hybrid, Electric & Fuel-Cell Vehicle Technology
(3 units) This introductory course provides an overview of hybrid, electric, and fuel-cell vehicle technologies, examining their unique features, advantages, and environmental implications.
AUTO 043B Hybrid, Fuel-Cell & Electric Vehicle Diagnosis & Repair
(3 units) This hands-on course equips students with the practical skills necessary to diagnose and repair hybrid, electric, and fuel-cell vehicles, utilizing advanced diagnostic tools and techniques.
Assessment:
The Hybrid, Fuel-Cell, and Electric Vehicles Certificate of Achievement employs a balanced approach to assessment. Students are continually evaluated to gauge their understanding of the subject matter and their abilities to apply their knowledge in practical settings. The assessment methods may vary across courses but commonly encompass:
Exams
Written exams are administered periodically to assess students' grasp of theoretical concepts, principles, and methodologies.
Quizzes
Regular quizzes provide formative assessments, allowing instructors to monitor students' progress and identify areas where additional support may be required.
Projects
Hands-on projects are assigned to evaluate students' ability to apply their knowledge and skills in practical scenarios, demonstrating their competence in troubleshooting and problem-solving.
Lab Reports
Students are required to document their laboratory work, providing detailed accounts of their experiments, observations, and conclusions.
Attendance and Participation
Regular attendance and active participation in class discussions and activities are integral to the assessment process.
Teaching:
The Hybrid, Fuel-Cell, and Electric Vehicles Certificate of Achievement is imparted through a combination of theoretical instruction and hands-on practical experiences. The program's faculty consists of experienced industry professionals and educators who are well-versed in the latest industry trends and best practices.
Careers:
Upon successful completion of the Hybrid, Fuel-Cell, and Electric Vehicles Certificate of Achievement, graduates can anticipate diverse career opportunities within the automotive industry. The program prepares individuals for entry-level positions such as:
Hybrid, Electric, and Fuel-Cell Vehicle Technician
Graduates gain the expertise to perform repairs and maintenance on hybrid, electric, and fuel-cell vehicles, ensuring optimal performance and safety.
Electrical Systems Diagnostician
Graduates acquire the skills to diagnose and troubleshoot electrical issues in a variety of automotive systems, including those found in hybrid, electric, and fuel-cell vehicles.
Service Technician
Graduates are equipped to provide general automotive maintenance and repairs, including services related to hybrid, electric, and fuel-cell vehicles.
Technical Writer
Graduates develop the ability to prepare technical documentation, manuals, and training materials related to hybrid, electric, and fuel-cell vehicles.
