Digital Engineering

Increase Efficiency and Drive Innovation

Digital Engineering

Efficiency and Innovation through Virtual Technologies

Digital engineering is a modern concept that encompasses the use of digital technologies to plan, develop and optimise products and systems. It plays a crucial role in today's industry by significantly improving the efficiency and quality of production processes. This introduction provides a comprehensive overview of the fundamentals, applications, tools and future of digital engineering.

The Bascis of Digital Engineering

Digital engineering has developed out of the need to modernise traditional engineering methods and adapt them to the requirements of the digital world. In contrast to traditional approaches that rely on physical prototypes and manual processes, digital engineering utilises digital models and simulations to make product development more efficient and precise virtually. The main components of this approach include digital tools such as CAD (Computer Aided Design), CAE (Computer Aided Engineering) and PLM (Product Lifecycle Management).

Relevant Concepts and Methods

A central element of digital engineering is modelling and simulation. By creating virtual prototypes, engineers can test and optimise designs before physical models are built. Digital twins of physical systems enable continuous monitoring and improvement of products in real time. System architectures and design also play a crucial role by ensuring that all components of a system work together seamlessly.

Areas of Application for Digital Engineering

Automotive Industry

Digital models are used here to optimize vehicle designs and improve production processes.

Aerospace

Digital technologies help to increase the safety and efficiency of aircraft.

Construction and Architecture

Virtual models enable precise planning and implementation of construction projects.

Healthcare and Medical Technology

Digital twins of medical devices and systems help to improve patient safety and care.

The Most Important Tools and Software Solutions in Digital Engineering

  • VT-DMU: Its modularity and flexibility are particularly impressive. This enables individual solutions (so-called agents) for all digital engineering processes. The agents calculate the data volumes automatically and deliver intelligent results. Ultimately, the algorithms ensure transparency in the process and therefore efficient handling of the 3D data. The agents can also be connected to CAD, CAE, PLM and existing customer solutions via open interfaces (APIs).
  • CAD (Computer Aided Design): Enables the creation of precise digital designs.
  • CAE (Computer Aided Engineering): Supports the simulation and analysis of design models.
  • PLM (Product Lifecycle Management): Helps to manage the entire life cycle of a product, from idea to disposal.

Benefits and Challenges in Digital Engineering

Increased Efficiency and Cost Reduction

By utilising digital models, development times can be shortened and costs reduced.

Improved Product Quality and Innovative Ability

Digital technologies enable more precise and innovative designs.

Technological and organisational challenges

The implementation of digital processes requires technological adjustments and organisational changes.

Data Security and Data Protection

The protection of sensitive data is a key concern in digital engineering.

The Future of Digital Engineering

The future of digital engineering will be significantly characterised by trends such as artificial intelligence and machine learning. These technologies will further improve the analysis and optimisation of digital models. The integration of the Internet of Things (ioT) will enable even closer integration between physical and digital systems. Overall, digital engineering will play an increasingly important role in the industry and fundamentally change the way products are developed and manufactured.

Digital engineering is a decisive factor for the future development of industry. It offers tools and methods that significantly improve the efficiency and quality of products and processes. By integrating new technologies such as AI and IoT, the potential of digital engineering will continue to unfold and create new opportunities for innovation and growth.

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