MODSIM - Engineering efficiency

Performance-driven generative design

Unified modeling and simulation (MODSIM) brings the power of simulation to designers and engineers, helping them to immediately secure evidence for excellent performance in safety strength, lightweighting and comfort before investing in details.

The generative approach allows a design engineer to innovate and stay focused on defining functional requirements by letting the system generate design alternatives.

Request proof of concept

Reduce design cycles by 30%

Accelerate innovation with simulation driven design

Cut prototype cost by 40%

Streamline development with advanced simulation tools

Enhance product quality

Achieve superior strength and performance through advanced integrated modeling

Collaborative seamlessly

Maximise your design process using advanced simulation tools within familiar design environments, like CATIA, SOLIDWORKS, and other popular CAD systems.

Five ways simulation-driven design helps to make sustainable products

Consumers and regulatory organisations are calling for manufacturers to meet sustainability targets under a demanding schedule. Here's why doing so should be viewed as an opportunity rather than a cost.

Accelerate projects and cut costs

Design engineers and simulation analysts are juggling conflicting demands to reduce time to market, manage costs effectively, and roll out new features that meet ever-changing customer needs.

Traditionally, product design and simulation activities are performed as siloed disciplines, often taking a couple of weeks to complete due to using separate - and possibly incompatible - software.

By uniting CAD and CAE, this cycle can be significantly shortened - often to a couple of hours or a maximum of days - thanks to a simulation empowered left-shift strategy that pulls verification and validation upfront in the design concept stage.

Users don’t need detailed simulation set-up or machine learning experience – the AI experience embeds the expertise and the machine learning model set up is already defined. These technologies allow users to explore the design space in a responsive way to quickly compare results and identify the optimal design.

Request proof of concept

Accelerate innovation with unified Modeling & Simulation

"Go beyond simulation-driven design with unified modeling and simulation"

Discover how engineering teams are transforming product development by integrating simulation into every stage of the design process.

How to unify CAD, CAE, and simulation tools in one environment
Ways to scale simulation across teams and projects
The role of solver tokens and flexible compute models
Real-world examples from industries like automotive, aerospace, and electronics

CAD and CAE support in developing the RAD 40 Electric Drive

RAD worked with TECHNIA to support the development of a 40kW electric outboard motor. While RAD retained design authority, TECHNIA engineers were seamlessly integrated into the team, leveraging our extensive experience in EV design and simulation and contributing to the development, research, and design details of the product.

Unified modelling and simulation enabled the team to ensure the optimal manufacturable solution of the RAD 40, ensuring it was able to withstand the extreme conditions of the marine environment.

Read the full story

Exclusive MODSIM offer

Limited time offer: Apply by June 30

Discover a smarter, faster way to innovate with MODSIM on the 3DEXPERIENCE platform. This is your opportunity to explore a fully integrated design and simulation workflow. Apply by June 30 to take advantage of this time-limited program.

WHAT YOU GET

• Tailored program based on business requirements
• Full 12-month access to a cloud-based MODSIM environment with automatic updates
• Expert onboarding and ongoing support from TECHNIA

WHO IS IT FOR?

• Product Designers and Engineers
• Simulation and Analysis Exper

Apply now

Request proof of concept

The generative approach allows a design engineer to innovate and stay focused on defining functional requirements by letting the system generate design alternatives.