Engineering the Future of Aviation, Aerospace & Defense
Transformation with Agile Engineering and Automation
Achieve superior quality, seamless integration, and optimized performance in aerospace and defense engineering with process automation. This approach enhances reliability, reduces errors, and streamlines compliance with industry standards.
Enhanced quality and robustness
Automated design optimization and validation ensure robust and efficient designs, meeting stringent industry standards. Synera improves quality, reliability, and reduces errors.
Seamless integration with legacy software
Effortlessly connect with qualified solvers like NASTRAN. Synera preserves your current tools and enhances productivity by integrating seamlessly with your existing IT landscape.
Streamlined certification and compliance
Eliminate "black box" issues with our visual canvas and easy report generation. Synera ensures compliance and accuracy by running processes without human error, providing clear and reliable documentation.
Agile development and maximized performance
Automate MBSE, CAD and CAE tools for smooth iterations and agile hardware development. Synera democratizes generative design, empowering all engineers to achieve superior, lightweight solutions effortlessly.
Our software is trusted by engineers at
Addressing aerospace & defense challenges with Synera
Agile hardware development
The emergence of new space companies like SpaceX highlights the need for speed and efficiency in development. Synera's low-code platform digitizes and automates engineering tasks, significantly speeding up iterations. This enables true agile hardware development, with each step documented for qualification, ensuring rapid progress without compromising on quality.
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Model-based systems engineering
In aerospace and defence, closing the gap between SysML and the engineering toolstack is crucial for enabling true Model-Based Systems Engineering (MBSE). Synera achieves this by structuring workflows as functions with defined inputs and outputs. This structure seamlessly connects engineering tools like CAD and FEA to MBSE functions, ensuring a cohesive and integrated design process.
FEA automation
Aerospace parts must be rigorously evaluated according to qualified rules, such as using NASTRAN and adhering to meshing quality standards. Synera automates this entire process: importing CAD from PLM, automated meshing with tools like ANSA or HyperMesh, performing simulations, and generating detailed reports in PDF, Word, or Excel. Even text reports can be automated using AI, streamlining the workflow and ensuring thorough documentation.
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Connected Engineering
Synera's open platform connects seamlessly to a wide range of aerospace and defence tools like CATIA, NX, NASTRAN, Matlab, and Abaqus, LS-DYNA. Additionally, it supports integration with any Python script, custom-developed tools, or databases. This flexibility ensures that all your engineering resources are unified, enhancing productivity and innovation across your projects.
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Enabling AI
Aerospace and defense systems are complex and require optimal solutions. Synera offers comprehensive machine learning and AI functionalities, facilitating the creation of training data for Reduced Order Models (ROMs) and connecting to GenAI tools. This capability accelerates simulation times and enhances the overall design process, leveraging AI to solve intricate engineering challenges efficiently.
Explore our AI capabilities
What fascinates me about this software solution is that we are breaking completely new ground - away from manual engineering and towards true computer-aided engineering.
With only one click, I can change how the satellite would look like only by changing the input parameters.
