In addition, we provide our extensive know-how in digitalisation.This also includes validation through system tests in the laboratory, on the test bench and in real driving tests.
Given the rising complexity in the applications for highly automated driving functions, at TWT we provide support in the conception, planning and execution of test drives, including the validation through system tests in the laboratory and on the test bench and real driving tests.
For you and together with you, we further develop cloud technologies and software development methods, as well as their targeted applications within the scope of research projects. Software development in the context of Continuous Integration and Continuous Delivery, of both on-board and off-board applications is also part of our broad range of services. ) with the direct involvement of our established partnerships with global cloud infrastructure providers. We take care of the implementation of your IT requirements in common and customized cloud solutions (e.g. We develop the functionalities and algorithms in the cloud to leverage the diverse data sources accessible in the cloud. We take care of migrating your processes, methods and tools to the cloud. We analyse your business processes and conceptualise your business logic for their implementation in a cloud-based environment. We meet these challenges in a variety of ways: Cloud-based functionalities and algorithms such as those developed by TWT must be capable of processing these data volumes on existing infrastructure. We call it Future Engineering.Ĭloud transformation also means increased network traffic and, especially in the field, requires new telecommunication technologies such as 5G to ensure the necessary latencies, bandwidths and quality of service. In the end, more time is left for what should be most important - the development of innovative ideas and high-quality products or services. Digital skills, a customer-centred mindset and an agile approach to work are increasingly taking the place of pure technical knowledge and are being taught to the developers of tomorrow in coaching sessions and change communication at an early stage. A recommender system ensures an efficient preselection and a continuous integration & testing pipeline provides daily quality control. It is no longer necessary to search for errors or anomalies in data, codes and models. Where today a lot of time is spent optimising one's own limited scope of tasks, the engineering of the future controls a whole reign of user-friendly tools and intelligent algorithms enabling networking far beyond one's own area of competence. Virtual design spaces and 3D visualisations of the product are replacing the traditional meeting with PowerPoint presentations. 
While today's work is still often done using Excel and email, modern apps and collaborative platforms will be commonplace in the engineering world of tomorrow. The future of product development is digital, networked and interdisciplinary.
0 kommentar(er)
