PSI link to be inserted – https://psitech.co.uk/sectors-solutions/automotive/
One of the most important industries on a global level, the automotive sector spends over £66 billion on research and development every single year. Not only that, but it employs around 12.9 million European-based people and is worth over £1.3 trillion a year. This is obviously a long-term success story, but yet it still faces a range of challenges, especially as the modern consumer demands constant innovation and vehicles that are smart, connected and autonomous. Agile design of component parts for the automotive industry will become an even more integral process to keep the industry moving forward at the pace required.
Not only that, but the software aligned to these design processes will continue to grow in levels of importance as the growth of autonomous cars continues. It is with this idea for autonomous vehicles that has led to the complexities of vehicle design to become ever more intricate. With this comes the need for greater levels of agile design and a focus on accuracy and innovation down to each component part that make up the design of a car.
This complexity leads to a race from all sections of the automotive industry to develop vehicles that are smart, safe and autonomous. Add to this the fact that the numbers of vehicles hitting the roads has continued to expand and you can see why it is so important for the design and creation of component parts is so crucial to the development of the automotive industry. The processes behind vehicle development must be simplified, and production cycles must also be shortened in order to keep up with demand. All of this is to be completed without losing the high standards of vehicle safety and, of course, the design aesthetics that are required whenever a consumer product is placed on the market.
There are ways in which the streamlining of agile design processes can be completed, including the development of a digital twin of a car in order to improve product development and allow for instant and intuitive tweaks to design and development. This level of agile design ensures that the entire team is on the same page at any given time, that innovation and design is at the forefront of the minds of all parties, and always linked to the simplifying of all product development processes.
Another way in which the automotive industry is streamlining design processes is by taking on board the experience and knowledge of aerospace design. Within that industry, clean-sheet design is an approach where al projects, suppliers and development teams can utilise the experience and know-how of each party, taking on high levels of scrutiny to ensure that all change between different functional areas can be coordinated effectively.
From this base, software tools can be used to make tasks easier and to bring together different aspects of the development packages in a single product design and simulation environment where all parties have instant visual access to the progress of the vehicle design. As software continues to develop at a fast pace, and the demands of consumers grow, the use of agile design for all component parts and equipment for the automotive industry becomes more important.