Today, engineering design processes are undergoing a major change. Artificial intelligence (AI) and machine learning add a new dimension to traditional engineering methods, offering more efficient, faster and optimized solutions.
AI-Supported Design Processes:
Artificial intelligence algorithms enable designers to produce better solutions in less time. For example, generative design software helps engineers determine the most appropriate solution by creating thousands of different design options according to specified parameters.
Simulation and Optimization:
Artificial intelligence systems integrated into computer-aided engineering (CAE) software reduce costs by accelerating complex simulation processes. Designs analyzed with the finite element method (FEM) can be optimized in a shorter time thanks to AI.
Use of Artificial Intelligence in Production:
Artificial intelligence-supported robotic production systems make the production process more efficient by minimizing errors. For example, smart production lines can analyze data from sensors to make instant corrections and prevent waste.
What Awaits Us in the Future?
AI-supported design and manufacturing processes are expected to become widespread in sectors such as automotive, aviation and medical. In particular, the combination of 3D printing and artificial intelligence can revolutionize customized manufacturing processes.
Conclusion:
Artificial intelligence is causing radical changes in the engineering world. Companies that want to adapt to future manufacturing processes can gain a competitive advantage by investing in AI-based systems.