Digital Engineering Automation
Revolutionary tools for getting your work done faster.
Revolutionary tools for getting your work done faster.
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Today, engineers working in aerospace, automotive, biomedical and other mission critical domains face a productivity challenge that has a significant impact on cost, quality, and time-to-market.
Along their process, organizations use a multitude of tools that often belong to different vendor ecosystems. This results in fragmentation, increased redundancy, and impeded reuse, preventing key stakeholders from maintaining their overview.
Even in a fragmented environment, engineers need to maintain flow of data across disciplines and phases. Technological limitations around ecosystem boundaries imply that the process is still document-centric, often involving manual and error-prone techniques such as copy-paste and data re-entry.
A typical approach to working around these problems is to develop engineering tool add-ons or plug-ins in order to make exporting and importing data easier or align functionality with organization-specific requirements. However, the development and ongoing maintenance of such solutions could be challenging and expensive due to the technical limitations around tool interfaces.
As a result, engineering organizations are faced with a dual lock-in problem. Their engineering data is locked into silos, and their custom solutions are locked into vendor ecosystems – stopping them from finding new and innovative ways of using their engineering data, as their most valuable asset.
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By adapting your existing tools to your precise needs and ensuring that your ecosystems function seamlessly, we can assist you in changing the way you approach digital engineering. Our technologies may transform time-consuming and complex engineering workflows into simple ones that follow four key concepts:
... lies in proprietary and closed vendor ecosystems that rarely work seamlessly together. Therefore, customer-specific needs can only be realized with compromises that hinder productivity.
Automation is a key ingredient of any efficient and future-proof engineering process. In practice, digital engineering automation means that we turn copy-paste and data re-entry into automated push-button solutions that can move engineering data between engineering disciplines and stakeholders, such as ALM/PLM, MBSE, and detailed design tools, with full support for traceability.
All of our work is carried out in a transparent, open collaboration with the customer, so we can understand and realize their requirements to their fullest. We strive to build open architectures that are easy to maintain and extend, protecting your long-term investment. We are proud contributors to open-source ecosystems.
We build our solutions with modern technologies, so that customers can further customize and adapt them to their needs if needed. No matter what process you follow, what in-house policies you wish to implement, our solution architects and engineers will make sure that technology doesn’t get in the way.
Building on more than 15 years of research and development, our solutions are engineered with top-notch scalability in mind. No matter how complex and large your projects are, you can count on IncQuery’s solutions coming out on top in terms of performance.
... lies in proprietary and closed vendor ecosystems that rarely work together seamlessly. Therefore, customer-specific needs can only be realized with compromises that hinder productivity.
We can help you change the way you do digital engineering, by customizing your existing tools to fit your actual needs and making your ecosystems work together seamlessly. Our products can turn tedious and complex engineering processes into convenient workflows, designed along four main principles:
Automation is a key ingredient of any efficient and future-proof engineering process. In practice, digital engineering automation means that we turn copy-paste and data re-entry into automated push-button solutions that can move engineering data between engineering disciplines and stakeholders, such as ALM/PLM, MBSE, and detailed design tools, with full support for traceability.
All of our work is carried out in a transparent, open collaboration with the customer, so we can understand and realize their requirements to their full. We strive to build open architectures that are easy to maintain and extend, protecting your long-term investment. We are proud contributors to open-source ecosystems.
We build our solutions with modern technologies, so that customers can further customize and adapt them to their needs if needed. No matter what process you follow, what in-house policies you wish to implement, our solution architects and engineers will make sure that technology doesn’t get in the way..
Building on more than 15 years of research and development, our solutions are engineered with top-notch scalability in mind. No matter how complex and large your projects are, you can count on IncQuery’s solutions coming out on top in terms of performance.
We work in several environments and ecosystems, including open-source as well as proprietary ones. The IncQuery Suite also comes equipped with integrations and connections to a number of important tools, systems, and platforms.
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Our flagship family of products, the IncQuery Suite aims to assist all key stakeholders of the digital engineering process.
Systems and Domain Engineers use SysML and other domain-specific tools (ECAD, simulation, etc.). However, current state-of-the-art solutions are insufficient in handling inconsistencies between different domain-specific models, which leads to the need for manual synchronization tasks.
Quality Assurance Engineers work with validation and testing tools and the QA data comes from a wide range of tools. As a result, creating comprehensive QA reports often requires a lot of tedious manual work.
Digital Engineering Analysts are primarily working with dashboards and reports. However, they typically have to rely on key personnel such as Requirement Engineers to gain a comprehensive understanding of the overall product evolution.
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