The article presents the practice of using systems engineering methods in the development of a universal locomotive frame. The work is aimed at developing the optimal design of the locomotive frame, which will simplify the production process of the unit and save on design and technological preparation of production. The advantages of applying a systematic approach to working with requirements, identifying the required functions and forming the structural structure of the product are described.
Keywords: locomotive, frame, life cycle, systems engineering, requirement, function, design.
Technical systems of tomorrow will go beyond current traditional mechatronics designs by incorporating inherent intelligence. This adds high demands on the product development process, such as the need for a comprehensive understanding of the system and consideration of the full product life-cycle. Systems engineering (SE) is an approach that has a potential to fulfill these requirements. However, until now it could not be applied through a wide range of different industries and segments, especially in small and medium sized enterprises. This paper discusses different obstacles for the use of SE and presents a concept for a systems engineering guideline to face these challenges. The aim of the systems engineering guideline is to enable a target-oriented application of systems engineering methods and tools. The objective is to overcome the barriers of introduction of SE for enterprises. It links a design process to methods and tools in the field of systems engineering.
Development of a Universal Locomotive Frame Using System Engineering Methods