MBSE for Electrical and Electronic Design
Digital Engineering requires a model-based design process that begins in Systems Engineering. Zuken acquired Vitech Corporation, a leader in Systems Engineering practices and model-based systems engineering (MBSE) solutions, with the intent of implementing an E/E model-based design process. The model-driven system provides a single source of truth for the product development process.

Collaborative Model Creation
GENESYS implements proven model-centric approaches leveraging modern technologies in a completely open architecture. The result is the power of a full MBSE environment with the usability of modern office tools integrated with your desktop, engineering, and enterprise environments to deliver your data your way.
GENESYS delivers connectivity through a collaborative framework that supports today’s geographically dispersed engineering teams. Build better models and deliver better products.
- Integrated requirements management
- Fully executable behavior models
- Architecture development tools
- Validation and Verification
Related Resources

- Webinar
MBSE Webinar: Securely clarifying custom requirement catalogues and transforming them into profitable products

- Blog
The challenges faced by the machinery industry's lead-to-order process underscore the importance of cross-disciplinary collaboration, stakeholder engagement, and technical integration. While speed is important, it should not come at the expense of accuracy. Discover how embracing model-based product development unlocks the potential for swifter, more informed decision-making.

- Blog
In the ever-evolving machinery industry, the ability to meet customer demands for tailored products is essential for success. However, this customization often comes with its own set of challenges, from increased product variance to slow lead-to-order processes. In this blog post, we delve into the world of Engineer-to-Order and Configure-to-Order processes, exploring how the integration of these approaches, alongside model-based product architectures, can revolutionize the industry.

- White Paper
This white paper introduces a solution that combines the innovative approach of Model-Based Systems Engineering (MBSE) with the best practice of managing data and processes in a PDM system.

- Blog
Managing complex requirements is a prevalent challenge in discrete manufacturing, worsened by the rise of electro-mechanical components in modern products. Discover strategies for optimizing the requirements process to avoid getting caught in the requirements trap.

- Press Release
GENESYS 2023 includes improved capabilities for storing, organizing, and managing views.
Latest Related Blog Posts

- Blog
The challenges faced by the machinery industry's lead-to-order process underscore the importance of cross-disciplinary collaboration, stakeholder engagement, and technical integration. While speed is important, it should not come at the expense of accuracy. Discover how embracing model-based product development unlocks the potential for swifter, more informed decision-making.

- Blog
In the ever-evolving machinery industry, the ability to meet customer demands for tailored products is essential for success. However, this customization often comes with its own set of challenges, from increased product variance to slow lead-to-order processes. In this blog post, we delve into the world of Engineer-to-Order and Configure-to-Order processes, exploring how the integration of these approaches, alongside model-based product architectures, can revolutionize the industry.

- Blog
Managing complex requirements is a prevalent challenge in discrete manufacturing, worsened by the rise of electro-mechanical components in modern products. Discover strategies for optimizing the requirements process to avoid getting caught in the requirements trap.

- Blog
On our way to achieving sustainable product development, we ask ourselves one central question: how do we engineer products so future generations have enough resources to prosper? Up to four-fifths of a product's lifetime emissions are determined by decisions made at the design stage. Having all the tools needed to get those decisions right is essential for designing sustainable products that meet performance and quality requirements while using fewer resources across the entire life cycle.