The latest Russian software package opens a new frontier in engine studies by enabling discovery and exploration through virtual reality. This advancement was reported by TASS, citing the press service of Samara State University as the primary source of information.
The software package allows users to inspect engine structures and their modes of operation with remarkable clarity, using precise 3D models embedded in a virtual reality environment. It is designed not only to support students in their technical studies but also to function as a valuable tool for school-capability guidance and for raising the professional level of workers in engine manufacturing facilities. In practice, learners and professionals can observe components and mechanisms at scale, interact with virtual prototypes, and gain a tangible sense of how each part contributes to overall performance.
Beyond visualization, the tool captures intricate details of a product and translates them into digital media with fidelity. The embedded models can be executed in a simulated environment, enabling users to troubleshoot and test operational scenarios without the risks or costs associated with real-world testing. The current scope of the platform covers reciprocating engines, gas turbines, and liquid-propellant rocket engines, highlighting its versatility across multiple propulsion technologies.
The development effort brings together the engineering center, the Institute of Artificial Intelligence at Samara University, and the Samara-based company AR SOFT. Built on a digital simulator designed for engineers, the system supports immersive interaction through virtual reality headsets and a hand-held manipulator, offering a practical and intuitive way to study complex machinery and verify design concepts before any physical fabrication begins.