Sim4Life’s Multi-Parameter Multi-Goal Optimizer is an effective and easy-to-use toolbox for the optimization and/or tuning of virtual prototypes. The toolbox provides global optimization techniques (e.g. stochastic response surface method) for real-world engineering and medical applications. Sim4Life combines the superior speed of HPC-enabled solvers with dedicated algorithms for the efficient optimization of entire (CAD-derived) devices embedded in complex environments. The optimization framework spans the complete Sim4Life workflow, including modeling, simulation, and postprocessing.

Sim4Life now offers a novel simulation engine capable of performing all computational tasks in one or more independent environments. The Sweeper – accessible via a user-friendly GUI – allows users to parameterize entire projects (modeling, simulation, and analysis) robustly and flexibly using variables and mathematical expressions while preserving memory efficiency. Fully configurable parameter sweeps are performed top down, allowing the user to focus on the analysis of results, while delegating the number crunching and data management to the simulation engine.