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modeFRONTIER provides an innovative optimization environment with modular, profiled-based access. ESTECO's integration platform for multi-objective and multi-disciplinary optimization offers a seamless coupling with third party engineering tools, enables the automation of the design simulation process and facilitates analytic decision making.

​Discover how the philosophy behind modeFRONTIER benefits
your entire organization by reducing complexity, improving efficiency
and cutting development time.​

modeFRONTIER streamlines the design process with powerful workflows, innovative algorithms and sophisticated post-processing tools allowing the user to perform statistical analysis, data visualization and decision making. Its multidisciplinary design enabling technology, critical to successful new product development today, keeps it at the forefront of engineering technology.



The design space environment is now also available as a standalone application - modeSPACE - that enables efficient license and role management within teams. This module includes the sophisticated set of modeFRONTIER tools for data analysis and investigation of problem characteristics both in the post-processing and in the pre-optimization phase.


modePROCESS is an independent desktop application intended for describing processes in the form of graphical workflows, that specify which parameters and simulations are required to solve an engineering design problem.



New User Profiles enable multidisciplinary engineering practices to consolidate specialized expertise and streamline teamwork by allocating software resources where needed. Depending on the step of the engineering problem at hand, it is now possible to access different functionalities within the same installation through dedicated modules (modeSPACE and modePROCESS) or directly in modeFRONTIER, according to the profile of the user.​



Understand complex datasets
in modeSPACE

Understand complex datasets in modeSPACE

Analysts can prepare for design reviews and show data using sophisticated, interactive charts while other team members continue their work using modeFRONTIER. At the same time managers can monitor the status of the design process by viewing results in modeSPACE, without affecting the work process.

Post-processing essentials
at your fingertips​

Post-processing essentials at your fingertips

When basic data analysis is needed, the Data Inspector profile provides the complete set of modeFRONTIER post-processing charts included in the modeSPACE standalone application.

Make the most out of advanced
data analysis

Make the most out of advanced data analysis

Sometimes data needs more focus. Analysts can now create and edit post-processing charts, train RSMs (Response Surface Methods), and exploit advanced MVA (Multi-Variate Analysis) tools, directly from the standalone module. The improved RSM wizard, now including the automatic training feature, assists the user in the creation of highly accurate response models to be exploited for interactive what-if analysis and response prediction. Also, the new RSM Evaluation Chart helps compare metamodels based on the approximation quality.

Full-scale design
space exploration​

Full-scale design space exploration​​

DOE (Design of Experiments) experts can now set up and execute a Design Exploration Workflow in modeFRONTIER and also enjoy the full set of tools dedicated to data analysis in the modeSPACE module. The new Sensitivity Analysis Tool, the RSM Evaluation Chart and the improved RSM wizard offer an environment tailored to effective design space exploration. This reliable support base assists analysts in understanding multidisciplinary attribute roles, finding correlations, performing impact analysis by executing the automatically-trained metamodels or carrying out advanced MVA.


automation designer
Get your MDO workflow into shape​

automation designer
Get your MDO workflow into shape​

Integrating the different physics domains involved in MDO (Multidisciplinary Design Optimization) studies requires specific expertise. Integration experts can build, edit and run efficient multidisciplinary workflows for the team, accessing modeFRONTIER or the modePROCESS application.

single discipline design
Enhanced design solutions
for domain experts ​

Enhanced design solutions for domain experts

When focusing on a single analysis domain, users can create, edit and run single discipline optimization projects exploiting the whole range of modeFRONTIER algorithms together with up to three direct integration nodes. By including domain-specific tools in the workflow, created directly through modeFRONTIER or through modePROCESS, engineering teams can exploit the prediction capability of simulations further. Advanced analytics tools guide designers and let them concentrate exclusively on relevant design parameters. Product performance targets are reached sooner, reducing manual iterations and respecting critical design constraints.

Unlock the power of MDO

Unlock the power of MDO

The most complete profile dedicated to teams dealing with complex, multifaceted design projects, often involving the closely interrelated engineering of systems and subsystems.

Unlock the full power of modeFRONTIER and create, edit and run highly-structured multidisciplinary optimization projects with the support of the best-in-class MDO platform. modeFRONTIER provides new advanced features for project complexity handling, such as the dedicated panel for workflow setting (Workflow Global Properties), the Design Space Node, the improved Subprocess Node and many more.

Find the optimum with one click​

Find the optimum with one click

For users seeking a rapid but sophisticated optimization experience, Optimeazy offers a tailored license module to run one-click optimization projects with the ESTECO proprietary algorithm pilOPT. Create, edit and run workflows - accessing modeFRONTIER or modePROCESS - to run preliminary optimization or save time when knowledge of the problem characteristics is scarce. The hybrid, multi-strategy pilOPT algorithm needs only a reduced number of runs to reach the optimum, making the use of computational resources more efficient.


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