The academic content and curriculum of the Hybrid and Electric Vehicle Technology Associate Degree Program is designed to provide students with a comprehensive education and skill set in the field of hybrid and electric vehicle technologies. The program is usually organized as a two-year associate degree program and provides a balanced combination of theoretical knowledge and practical applications.
Basic Sciences and Mathematics: Students start with the basic sciences related to electrical and electronic engineering, mechanics and automotive technologies. Courses such as mathematics, physics and chemistry provide the foundation for understanding more complex subjects.
Electrical and Electronic Fundamentals: Courses such as electrical circuits, electronic components, microcontrollers and sensor technologies are the basic building blocks of electric vehicles. These courses enable students to understand the electrical systems of vehicles and learn diagnostic methods.
Vehicle Mechanics and Dynamics: Topics such as engine mechanics, transmission systems, suspension, braking systems and vehicle dynamics help students gain in-depth knowledge of the operation and maintenance of mechanical systems.
Hybrid and Electric Vehicle Technologies: These courses focus on the specialized systems of hybrid and electric vehicles. It offers specialized knowledge in areas such as energy storage systems, electric motors, battery technologies and management systems, regenerative braking systems.
Energy Systems and the Environment: Topics such as energy efficiency, alternative energy sources and environmental impacts teach students about sustainability and environmentally friendly technologies.
Computer Aided Design and Production: Provides knowledge and skills about software and tools used in vehicle design and manufacturing processes. This enables students to participate in vehicle development projects using modern engineering tools.
Practical and Laboratory Studies: Laboratory and workshop studies, where theoretical knowledge is put into practice, offer students the opportunity to work on real vehicles and systems.
Vocational English: Technical English skills help students keep up with international literature and develop the communication skills necessary for a global career.
The curriculum may also include activities such as seminars, workshops and industry visits so that students can keep abreast of current developments in the industry and develop the habit of lifelong learning. The program offers a curriculum that is continuously updated to ensure that graduates have the skills demanded in the hybrid and electric vehicles sector. In this way, students are equipped to adapt to technological developments in the sector and shape the future of the automotive industry.