As a critical success factor for product development, requirements engineering (RE) is becoming increasingly important in these times for the efficient and high-quality development of complex systems [2]. At the same time, the traditional methods of requirements engineering established on the market either no longer correspond to the high development standard of CPS or cannot be adapted specifically enough to the needs of the complex product development processes. The fact that many SMEs still use Microsoft Office tools instead of suitable software solutions for the management of requirements [3] means that most of the companies are no longer able to manage dynamic requirements in a practical way. With regard to the development of cyber-physical systems, a reformation of requirements engineering and its techniques must therefore take place [1].