ITPM 2025: pp. 11 - 21
Authors:
- Olga Artemenko
2. Hanna Hesheva
3. Serhii Pasichnyk
- PHEI Bukovinian University, Darvina Street 2-A, Chernivtsi, 58000, Ukraine
- Dmytro Motornyi Tavria State Agrotechnological University, Zhukovskoho street 66, Zaporizhzhia, 69063, Ukraine
- Lviv Polytechnic National University, Stepana Bandery Street 32-a, Lviv, 79013, Ukraine
Abstract
The research focuses on developing and implementing a project of an automated closed-loop armourplate
manufacturing cycle using modern software tools. The work demonstrates the integration of design,
production, and control processes into a single system that ensures high accuracy and efficiency of
production. The study emphasises the automation of processes utilising specialised software and developing
an API program to optimise the interaction between the system components. This paper presents the
development of an algorithm for product creation using modern software tools. A 3D solid model was
designed to support further manufacturing steps, with the production process automated within a closedloop system. Cutting tools and precision measuring equipment were selected to ensure quality and
accuracy. To optimize modeling costs of the project and streamline the update process, a Python-based
calculation module was integrated into the design system to reduce modeling costs and enable visual
tracking of structural changes. The study contributes to the project for automation of design and
manufacturing processes in Ukraine’s defense industry, offering an efficient, software-driven solution for
producing armored components.
Keywords
Computer-aided design of design documentation, technological documentation, numerical control,
technological processes, UML diagrams, project management, system analysis.1
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