Uploaded January 2013 | Updated September 2026, 2 weeks ago
modeFRONTIER helps engineering teams automate simulation workflows and run multidisciplinary, multi-objective design optimization studies. This video introduces ESTECO’s optimization and integration technology, showing how modeFRONTIER connects numerical simulation software, automates complex design chains, and supports analytical decision making. The outcome is a more efficient product development workflow for exploring alternatives, improving designs, and identifying better engineering solutions.
Engineering domain:
Multidisciplinary product development across aerospace, automotive, marine, energy and environment, appliances, life sciences, manufacturing, pharmaceutical, and petrochemical engineering.
Type of problem:
Engineering teams often need to connect different disciplinary tools, evaluate competing objectives, and improve product or process design under time and resource constraints. Without workflow automation, simulation chains can become slow, fragmented, and difficult to scale.
Tools and solvers involved:
- modeFRONTIER
Key concepts covered:
modeFRONTIER, ESTECO, Multidisciplinary Design Optimization (MDO), Multi-objective optimization, Numerical optimization, Simulation workflow automation, Engineering software integration, Process automation, Analytic decision making, Design space exploration, Product design optimization, Industrial engineering applications, Aerospace, automotive, marine, energy, and life sciences workflows
Chapters
0:00 – Introducing ESTECO optimization and modeling solutions
0:10 – ESTECO as an engineering software technology provider
0:20 – Research and development for optimization and integration
0:31 – Multidisciplinary and multi-objective optimization technology
0:40 – What modeFRONTIER is used for
0:49 – How modeFRONTIER supports multidisciplinary and multi-objective design
0:59 – How modeFRONTIER connects numerical simulation software
1:15 – Industrial applications of modeFRONTIER
1:47 – ESTECO clients and engineering use cases
1:55 – Customer perspective on modeFRONTIER for aerodynamic performance
Related ESTECO resources
modeFRONTIER product page: engineering.esteco.com/modefrontier
modeFRONTIER capabilities: engineering.esteco.com/modefrontier/modefrontier-capabilities
Simulation process integration and automation: engineering.esteco.com/technology/simulation-process-integration-automation
Design optimization technology: engineering.esteco.com/technology/design-optimization
Design of Experiments technology: engineering.esteco.com/technology/design-of-experiments
Robust design and reliability: engineering.esteco.com/technology/robust-design-and-reliability
Engineering industries: engineering.esteco.com/industry
#modeFRONTIER #MDO #MultiObjectiveOptimization #SimulationWorkflowAutomation
modeFRONTIER helps engineering teams automate simulation workflows and run multidisciplinary, multi-objective design optimization studies. This video introduces ESTECO’s optimization and integration technology, showing how modeFRONTIER connects numerical simulation software, automates complex design chains, and supports analytical decision making. The outcome is a more efficient product development workflow for exploring alternatives, improving designs, and identifying better engineering solutions.
Engineering domain:
Multidisciplinary product development across aerospace, automotive, marine, energy and environment, appliances, life sciences, manufacturing, pharmaceutical, and petrochemical engineering.
Type of problem:
Engineering teams often need to connect different disciplinary tools, evaluate competing objectives, and improve product or process design under time and resource constraints. Without workflow automation, simulation chains can become slow, fragmented, and difficult to scale.
Tools and solvers involved:
- modeFRONTIER
Key concepts covered:
modeFRONTIER, ESTECO, Multidisciplinary Design Optimization (MDO), Multi-objective optimization, Numerical optimization, Simulation workflow automation, Engineering software integration, Process automation, Analytic decision making, Design space exploration, Product design optimization, Industrial engineering applications, Aerospace, automotive, marine, energy, and life sciences workflows
Chapters
0:00 – Introducing ESTECO optimization and modeling solutions
0:10 – ESTECO as an engineering software technology provider
0:20 – Research and development for optimization and integration
0:31 – Multidisciplinary and multi-objective optimization technology
0:40 – What modeFRONTIER is used for
0:49 – How modeFRONTIER supports multidisciplinary and multi-objective design
0:59 – How modeFRONTIER connects numerical simulation software
1:15 – Industrial applications of modeFRONTIER
1:47 – ESTECO clients and engineering use cases
1:55 – Customer perspective on modeFRONTIER for aerodynamic performance
Related ESTECO resources
modeFRONTIER product page: engineering.esteco.com/modefrontier
modeFRONTIER capabilities: engineering.esteco.com/modefrontier/modefrontier-capabilities
Simulation process integration and automation: engineering.esteco.com/technology/simulation-process-integration-automation
Design optimization technology: engineering.esteco.com/technology/design-optimization
Design of Experiments technology: engineering.esteco.com/technology/design-of-experiments
Robust design and reliability: engineering.esteco.com/technology/robust-design-and-reliability
Engineering industries: engineering.esteco.com/industry
#modeFRONTIER #MDO #MultiObjectiveOptimization #SimulationWorkflowAutomation
