Simulation

Simulation is an imitation of reality to achieve a certain result or test a hypothesis. Scientists and engineers often resort to modeling situations to obtain data on how systems or objects will behave under certain conditions, what their efficiency and cost will be. The simulation can be used in various industries, including medicine, aviation, automotive, energy and many others. But despite all its advantages, in some cases simulation can harm the environmental situation. In this case, it is important not just to launch ready-made programs, but to create complex projects that solve environmental problems, associated threats and risks.

Simulations developed by engineers and scientists based on mathematical models and algorithms are becoming an integral part of the global architecture of digital manufacturing and industrial ecosystems around the world. Every savvy company strives to use simulation in production, whether in concept or directly on the production line. Based on the research conducted on the models, standards, schedules, and recommendations are created to improve the efficiency of the system, optimize business processes and reduce costs.

In their work, digital transformation specialists rely on the achievements of advanced mathematical and computer sciences, global and national trend solutions, innovative ideas of major international players in the field of industrial automation and digitalization around the world. This allows not only to increase the level of industrial digitalization, but also to ensure the quality and safety of industrial products at all stages of production - from research and design of products to ensuring their safety and processing in production. This approach is considered the most important mechanism for supporting the development of applied science and technology companies.