Simcenter™ Femap Software
Create, edit, and analyze finite element models (FEM) of complex products and systems using advanced CAE pre- and post-processing tools.
Advanced Finite Element Analysis (FEA) for Complex Engineering Systems
Simcenter Femap is a powerful, CAD-independent CAE pre- and post-processing software designed to create, edit, and analyze finite element models (FEM) of complex mechanical systems. As part of the Simcenter portfolio, Femap enables engineers to simulate structural, thermal, and dynamic performance using advanced FEA workflows, reducing reliance on costly physical prototyping. Its mesh-centric approach supports everything from 1D beam elements to complex 3D hex-dominant meshes, allowing precise modeling of components, assemblies, and full systems. With seamless integration to industry-leading solvers like Simcenter Nastran and compatibility with major CAD platforms, Femap accelerates simulation-driven design. Engineers benefit from robust geometry editing, automated meshing, and data-driven visualization tools that streamline analysis and improve decision-making. Trusted for over 30 years across aerospace, automotive, and industrial sectors, Simcenter Femap delivers scalable, efficient CAE capabilities for modern engineering challenges.
Built for Performance: The Four Pillars of Femap Productivity
Collaborate
Enable cross-functional engineering teams to share finite element models, simulation data, and results through CAD- and solver-neutral workflows that improve design alignment and decision-making.
Experiment
Rapidly explore design variations and what-if scenarios using advanced FEA simulation tools to evaluate structural, thermal, and dynamic performance before physical prototyping.
Integrate
Seamlessly connect multi-CAD geometry and leading solvers like Simcenter Nastran into a unified CAE environment to ensure consistent, end-to-end simulation workflows.
Streamline
Accelerate simulation processes with automated meshing, efficient model setup, and data-driven post-processing that reduce analysis time and improve engineering productivity.
Core Simulation Capabilities of Simcenter Femap
Simcenter Femap empowers engineers to rapidly build, analyze, and optimize finite element models with integrated meshing, multi-physics simulation, and seamless CAD and solver connectivity. By streamlining CAE workflows and enhancing visualization, it reduces design cycles, minimizes prototyping costs, and enables faster, more confident engineering decisions.
Finite Element Modeling & Meshing
Create and refine complex finite element models (1D, 2D, 3D) with advanced meshing tools for accurate CAE simulation of mechanical systems.
CAE Pre- & Post-Processing
Accelerate simulation workflows with powerful pre-processing, model setup, and data-driven post-processing for fast, actionable FEA results.
Multi-Physics Simulation
Analyze structural, thermal, and dynamic performance—including stress, vibration, and heat transfer—within a unified Simcenter environment
CAD- & Solver Integration
Seamlessly import multi-CAD geometry and connect with leading solvers like Simcenter Nastran for flexible, end-to-end FEA workflows.
Visualization & Workflow Automation
Improve engineering productivity with advanced results visualization, automated meshing, and streamlined CAE processes that reduce time to insight.
Start Your Free Trial
Start your free Simcenter Femap trial and experience a powerful, mesh-centric simulation environment built for real-world engineering challenges. Quickly move from CAD to solver-ready models, explore design variations, and gain deeper insight into structural and thermal performance—all within a single, efficient workflow. See how Femap can help you reduce prototyping costs and accelerate better engineering decisions.
Explore Resources
Siemens SW Lockheed Martin Space Systems Thumbnail
Read more
Siemens AeroFEM GmbH
Read more
Siemens SW Simcenter Femap
Walk away with a customized roadmap to improve efficiency and margins immediately
Read more
CAE in the driver seat
Watch Now
Streamlined model creation and editing using advanced meshing technology
Watch Now
Best Practices for Reviewing Finite Element Analysis (FEA)
Watch Now