DEP MeshWorks: Unified CAE for Smarter, Faster Engineering
DEP MeshWorks empowers engineers with a game-changing CAE platform that integrates design, simulation, optimization, and process automation into a single unified environment. Its advanced morphing, meshing, and model assembly capabilities accelerate time-to-market while reducing development costs. Unlock smarter, faster, and more flexible engineering solutions with MeshWorks.
Why choose DEP Meshworks?
Accelerate your engineering workflow with our advanced CAE platform that outperforms traditional solutions.
Fast & Efficient Mesh Morphing
Accelerate design iterations by transforming complex geometries with up to 80% time savings using MeshWorks’ high-speed morphing technology.
CAD-Agnostic Platform
Work seamlessly across any CAD system without conversion errors, ensuring a smooth and flexible engineering workflow.
AI/ML-Based Design Suggestions
Leverage built-in AI and machine learning algorithms to automatically generate optimal design recommendations based on past simulation data.
Integrated Optimization Tools
Explore design alternatives quickly using advanced topology and parameter optimization tools – all within the same platform.
Versatile Application Across Industries
MeshWorks is designed to adapt seamlessly across industries—automotive, aerospace, defense, industrial equipment, and healthcare—offering flexible modeling, simulation, and optimization solutions tailored to diverse product development needs.
Automation Workflows
Streamline processes by automating repetitive tasks, improving consistency, and freeing up engineering time for innovation.
Key Modules of MeshWorks
Take control of your product development cycle with streamlined CAE solutions.
AI/ML 
ConceptWorks 
CAE Parametrization 
Meshing 
Modelling 
Process Automation 
Post-Processing 
MDO 
ROM 
eMOD 
CAE Morphing 
Digital Twin
AI/ML
Use AI and ML technologies to derive insights, reduce manual effort, and enable intelligent design automation.
Machine learning-based design suggestions
Data-driven predictive modeling
AI-assisted simulation result interpretation
Concept Works
Quickly build early-stage concept FE/CFD models with minimal CAD data using cutting, stitching, and blending tools.
Rapid model assembly
Sheet-metal & plastic feature creation
Sketch-to-model topology support
Parametric CAE (CAE Parametrization)
Convert standard CAE models into intelligent, parameter-driven models ready for design exploration.
Broad parameter categories
Linked to DOE & MDO workflows
One-click parametric conversion
Meshing
Generate analysis-ready 2D/3D meshes from complex CAD with automation and minimal cleanup.
Surface/volume meshing
Mid-surface extraction
Auto cleanup and mesh-quality tools
Modelling
Assemble system-level CAE models with automated connector, load, and boundary condition tools.
Smart assembly features
Material and load assignment
Suitable for full-vehicle, ship, engine models
Process Automation
Automate repetitive CAE workflows via low-code scripting, reducing manual effort significantly.
Record-and-replay GUI tools
Batch-processing capabilities
Publishable team workflows
Material and load assignment
Post-Processing
Multi-disciplinary visualization and analysis tool for solver result inspection and reporting.
Solver-agnostic result visualization
Custom report creation
Comparative design analytics
MDO (Multi-Disciplinary Optimization)
Drive product optimization across disciplines for weight, performance, and cost using parametric models.
Lattice/topology optimization
DOE-based analysis setup
Multi-objective target meeting
Reduced-Order Modeling
Create simplified yet accurate representations of complex models for rapid system-level simulations.
Lightweight simulation-ready models
Maintains critical behavior fidelity
Speeds up iterative analyses
Electrification Module (eMOD)
Support EV and e-powertrain simulation needs with specialized tools tuned for electrified vehicle systems.
EV-specific parameter support
Battery and e-axle modeling
System-level integration readiness
CAD/CAE Morphing
Transform both CAD and CAE models with precision morphing tools to reflect design changes efficiently across the entire development cycle.
Supports component, full-model, and CAD part morphing
Ensures design intent preservation and feature mapping
Significantly reduces modeling and redevelopment time
Digital Twin
A virtual model that morphs and aligns FE data with real scan data for highly accurate manufacturing digital twins.
Automates FE-model morphing
Detects and aligns features
Generates accurate high-quality meshes
Get a Closer Look at DEP MeshWorks
Get all the details about our CAE platform’s capabilities, technical specifications, and success stories.
MeshWorks Modules
Unleash the full potential of simulation with our intelligent and integrated CAE tools
Mesh Smarter, Not Harder: Rapid Meshing with MeshWorks
Watch VideoUnlock the Power of AI & ML in Engineering
Watch VideoUnlock Multidisciplinary Design Potential with MeshWorks Advanced CAE Parametrization
Watch VideoExplore The Latest Advancements In #CAEMorphing Methods In Our Newest Video
Watch VideoElevate Your Concept Modeling With ConceptWorks
Watch VideoRevolutionizing Multidisciplinary Optimization with MeshWorks | Faster & Smarter Engineering
Watch VideoUnlock Efficiency and Accuracy like never before – Reduced Order Modeling
Watch VideoElectrification Module: a game-changer in Electric Vehicle modelling
Watch VideoStreamline your CAE workflow with DEP’s Process Automation Module in MeshWorks
Watch VideoRevolutionize Your Workflows with MeshWorks Powerful Post-Processor: Features & Benefits Explained
Watch VideoTechnical Resources
Explore our comprehensive library of resources to get the most out of MeshWorks
Full Vehicle Mass Optimization of an SUV
This case study presents how Detroit Engineered Products (DEP) applied DOE-driven multidisciplinary optimization using MeshWorks and CAD morphing to reduce an SUV’s mass by approximately 12% while preserving torsional, bending, modal, stiffness, and stress performance targets.
Developing a Hexahedral Mesh of the Human Leg
A methodological guide for constructing a high-quality hexahedral finite-element mesh of the human leg from CT data to enable accurate biomechanical simulations.
Revolutionizing CAE for Precision. Intelligence. Performance. Success
DEP MeshWorks 2025 is an advanced, AI-enhanced CAE platform offering automated meshing, concept modeling, CAD/CAE morphing, ROM, and electrification modules to dramatically accelerate and optimize product development workflows.
AI/ML Framework
A powerful AI/ML framework within DEP MeshWorks that leverages neural networks (e.g., CNNs, GNNs, PINNs, U-Net) and physics-informed models to automate predictive simulations, design optimization, and generative CAD workflows—all continuously trained and customized on user-specific data to accelerate engineering innovation.
CAE modeling for Plastics Done Rapidly and With Ease
DEP MeshWorks streamlines CAE modeling for plastic components with rapid meshing, automated feature capturing, and easy geometry editing for faster product development.
Engine Modeling
DEP MeshWorks as a rapid model building and assembly tool for engines.
Ready To Transform Your Product Development?
Join leading manufacturers who use MeshWorks to accelerate innovation, reduce development costs, and bring better products to the market faster.
