Abstract
<jats:p>Springs represent one of the fundamental mechanical elements widely applied in transmission mechanisms and industrial equipment. Rapid technological progress in computer and mobile industries has encouraged manufacturers to develop compact and highly efficient spring systems. Modern computer-aided design tools enable engineers to perform detailed modeling and decision-making processes by combining geometric and metadata information. The primary objective of this study is to develop a software-based approach for the design and analysis of springs commonly used in pump circulation system equipment. Within the research framework, a specialized program for the design of helical spring systems has been created. After entering the required initial parameters, the software automatically performs complex engineering calculations and generates a comprehensive report containing all essential mechanical and geometric characteristics of the spring. The operational performance and efficiency of the spring system are also evaluated. The developed program determines the required wire parameters and key structural properties, and its reliability has been validated using experimental data available in open scientific sources. Keywords: Helical spring, calculation system, software, computer-aided design.</jats:p>