Using cad systems for automating the design and prototyping process

This study examines the potential application of CAD systems to optimize design and prototyping processes in engineering and manufacturing. The objective is to conduct a comprehensive analysis of the potential of these systems to enhance the efficiency of development and prototyping. Particular attention is given to their functional capabilities, including integration with other technological platforms, the creation of digital prototypes, and automatic error detection at early development stages. The methodological approach involves analyzing scientific studies available on the Internet. The results of the reviewed studies confirm that the implementation of CAD systems reduces development time and improves product quality. The use of 3D modeling and process simulation tools enables the identification of defects at initial stages, preventing their propagation during production. The practical significance lies in the fact that the proposed approaches may be of interest to engineers, designers, and project managers seeking to increase development efficiency, reduce costs, and improve production processes at all stages of the product life cycle—from concept creation to prototype manufacturing. Thus, the use of CAD systems for automating design and prototyping serves as a tool for achieving a high level of productivity and design precision.