The Dawn of a New Era in Automotive Engineering: Internal Combustion Engine's Legacy and Beyond

As the conversation around the internal combustion engine (ICE) and electric vehicles (EVs) heats up, it's important to understand that the end of the ICE is far from signaling the demise of real automobile engineering. In fact, it marks a new chapter in an industry that continues to evolve and innovate.

Are We Saying Goodbye to Real Automobile Engineering?

Contrary to the belief that the end of the ICE would spell the end of automobile engineering, the transition to electric vehicles presents new and exciting challenges and opportunities. For instance, one of the critical challenges is the time it takes to charge an EV compared to refueling with gasoline. While the ICE era required engineers to focus on tuning and optimizing the combustion process, the EV era requires expertise in battery technology, power electronics, and charging infrastructure.

The ICE is Here to Stay for Now

It's highly unlikely that the internal combustion engine will disappear in the near future. Instead, it will continue to coexist with electric vehicles for years to come. The automotive engineering industry is vast and intricate, extending far beyond the engine. From structural design to braking systems, entertainment systems, and even safety features, engineers will have plenty to do in the years to come.

Engineering Beyond the Engine

While the specific skills required for ICE and EV engineering differ, the core principles of problem-solving, innovation, and creativity remain the same. Engineers will need to design devices that not only function efficiently but also enhance driving safety and comfort. The focus will shift towards developing systems that prevent accidents, extending beyond the automobile to the built environment. For example, integrating smart city infrastructure to reduce the occurrence of collisions and improve overall transportation safety.

The Pandemic and Car Crashes: Lessons to Be Learned

The global pandemic brought with it significant health risks, but it also underscored the importance of safety in the automotive industry. Car crashes, which have traditionally resulted in a considerable number of fatalities, can be significantly reduced with advancements in automobile engineering. By focusing on the development of technologies that prevent crashes, engineers can make a substantial impact on public safety.

A New Era of Automotive Engineering

The end of the ICE era is not the end of an era but rather the beginning of a new one. The Paris Accord Agreement represents a pivotal moment in the global effort to transition to cleaner forms of energy. Almost 200 countries have pledged to change the way we power the world, including the automotive industry. This new era of automotive engineering is marked by a renewed focus on innovation, competition, and sustainability.

No engine, whether it's an ICE or an EV, can compare to the excitement of driving a high-performance sports car on a scenic road. However, the Nissan Leaf and the Nissan Tiida, while both capable vehicles, offer different experiences. The transition to electric vehicles doesn't necessarily diminish the joy of driving, but it does offer a chance for new innovations and improvements that were not possible before.

Welcome to the New Dawn of the Automobile

The future of automotive engineering is vibrant and full of possibilities. With a new focus on creating devices and systems that enhance safety, reduce emissions, and improve overall driving experience, the industry is poised for a bright and productive future. Let's embrace this new era and celebrate the continual evolution of the automobile.