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As the world moves towards renewable energies, what does the future of automotive fueling look like? We look at some popular alternative fueling options.
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Software Defined Vehicles (SDVs) are revolutionizing the automotive industry. Learn about the future of integrated, adaptable mobility and its impact on vehicle ownership and maintenance.
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The automotive industry is experiencing a paradigm shift with the introduction of Advanced Driver Assistance Systems. Learn how to bring this to your training.
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Combining multiple systems to increase the efficiency of the ICE will require a more advanced training regimen for the technician.
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As the automotive education world grapples with increasing influence of Artificial Intelligence (AI), teachers and students must adapt. Learning to work with AI, instead of against it, will allow automotive instructors to expand their teaching abilities.
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As electric vehicles take hold across the world, the need for recharging them conveniently is the key to mass transition away from internal combustion engine powered vehicles. Read on to learn how standards are evolving, and how to teach them.
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Near Field Communication is a simple technology that is used for quickly and securely transmitting information between two electronic devices. Learn how it's disrupting the auto industry for teachers.
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As the demand for EVs continues to rise, the need for efficient and convenient charging infrastructure becomes paramount. One emerging technology that holds great promise is wireless EV charging.
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The use of “Green Hydrogen” within the automotive field could create a world where the only emission for a vehicle is pure water.
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When and why did solid-state battery tech become so critical to the automotive industry? Let’s explore solid-state battery technology and how to apply it to your automotive instruction.