Que faites-vous si vous voulez faire une différence dans le transport durable en tant qu’ingénieur automobile ?

concentrate on creating new technologies that have a positive impact,rhat involves improving the efficiency and range of EV components such as batteries and motors through design and optimization. collaborate with teams to incorporate renewable energy sources and advanced materials into vehicle designs. Furthermore, actively promote sustainable practices within the automotive sector, advocating for eco-friendly manufacturing processes and encouraging the widespread adoption of EVs to decrease emissions and address climate change.

Depends on the type of impact you want to have. Do you want to spread awareness of EVs and sustainable transportation technologies? Or, do you want to devote your career in service of it? Either way, it's important to first learn about all of the sustainable transportation technologies that exist. You should then form a concrete opinion based on that knowledge and data. One great way you can contribute is by understanding all of the pros and cons of every technology, and devising ways to mitigate the cons of each technology. If you're an automotive engineering consultant or an automotive engineering firm, this is a great way to take your business into the future of sustainable transport!

One time at my university we had a emission test session, in which we used normal petrol station diesel and one blended with cooking oils, the blended one was much more efficient producing less CO & Sulphur dioxide plus giving so much better mpg

This includes researching and implementing innovations like hydrogen, biofuels, and synthetic fuels.collaborate with teams to design efficient engines and fuel systems that can utilize these fuels effectively, leading to reduced emissions. Additionally, advocate for policies and initiatives that promote the adoption of alternative fuels, contributing to a cleaner and more sustainable transportation sector.

focus on developing and incorporating cutting-edge technologies like AI-based systems, IoT sensors, and connectivity solutions into vehicles. This involves creating intelligent algorithms to optimize energy consumption, enhance traffic management, and elevate safety standards. Through collaboration with diverse teams, my goal is to build intelligent transportation systems that minimize emissions, support efficient mobility, and deliver a smooth and enjoyable user experience

focus on developing solutions that minimize vehicles' environmental impact. This involves researching, designing, and implementing advanced lightweight materials such as carbon fiber, aluminum alloys, and composites to replace heavier components. By doing so, aim to enhance fuel efficiency, decrease emissions, and improve overall vehicle performance. Through collaboration with diverse teams, work to seamlessly integrate these lightweight materials into vehicle designs while upholding safety and durability standards. Ultimately, objective is to contribute to a more eco-friendly and sustainable transportation landscape through innovative applications of lighter materials

This is a key element of automotive design and engineering. Materials like Carbon Fiber reduce the weight and improve their aerodynamic performance. The issue is that Carbon Fiber is prohibitively expensive from an "economies of scale" standpoint. It's not enough to discover lighter materials. If it's too expensive, then it's pointless. OEMs are already supremely thirsty for cost-downs and are doing everything they can to make each dollar work as much as possible in their favor. Therefore, although R&D is important to create beneficial materials, it's equally important to scale their production in a way that is both cost-efficient and produces high quality batches.

focus is on creating vehicles that are more efficient and environmentally friendly.work to optimize vehicle shapes, reduce drag, and enhance airflow, all aimed at improving fuel efficiency and lowering emissions. This involves utilizing advanced simulation tools and wind tunnel testing to refine designs for optimal aerodynamic performance. Collaborating with diverse teams,integrate aerodynamic principles throughout the vehicle development process, from concept to production. Prioritizing aerodynamic design allows me to contribute to a sustainable future by helping vehicles consume less fuel and emit fewer pollutants, making a positive impact on eco-friendly transportation

This is perhaps the greatest hurdle for the automotive industry trying to embrace sustainable autonomous transport. A great way to make a difference in this area is to network with all sorts of individuals who locate themselves on a myriad of points across the spectrum when it comes to sustainable transport. When networking, you should exchange knowledge, acquire new knowledge, and distill all knowledge gained by verifying it with certified facts and proof. This way, you have a powerful way of spreading a positive narrative for sustainable transportation technologies and their overall positive impact on the global climate.