- // SOFTWARE — SOLIDWORKS SIMULATION
Validate Designs Earlier. Reduce Risk. Accelerate Product Development.
SOLIDWORKS Simulation enables engineers and product development teams to test, validate, and optimize designs before physical prototypes are built.
SOLIDWORKS Simulation helps organizations predict real world performance, reduce development costs, minimize design risk, and bring higher quality products to market faster.
As an authorized SOLIDWORKS partner, EngineerX provides SOLIDWORKS Simulation licensing, implementation, training, engineering consulting, and technical support to help clients maximize the value of simulation driven design.
- // SOLIDWORKS_SIMULATION — ANALYSIS_PLATFORM
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- // SOLIDWORKS_SIMULATION — ANALYSIS_PLATFORM
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What Is SOLIDWORKS Simulation?
SOLIDWORKS Simulation is a comprehensive engineering analysis solution that integrates directly within SOLIDWORKS CAD, allowing engineers to evaluate product performance under real world conditions.
Using Finite Element Analysis (FEA), engineers can simulate stress, deflection, fatigue, vibration, thermal loads, motion, and other physical forces before manufacturing begins.
Instead of relying solely on expensive prototypes and physical testing, organizations can make data driven design decisions earlier in the product development process.
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Why Engineering Teams Use SOLIDWORKS Simulation
WHY_01 //
Design with Confidence
Understand how products will perform before they reach production.
WHY_02 //
Reduce Physical Prototypes
Identify issues virtually and minimize costly design iterations.
WHY_03 //
Accelerate Product Development
Validate concepts earlier and accelerate time to market.
WHY_04 //
Improve Product Quality
Improve durability, reliability, and safety before production begins.
WHY_05 //
Lower Development Costs
Reduce material waste, testing expenses, and redesign costs.
WHY_06 //
Optimize Product Performance
Evaluate multiple design options to achieve the best possible outcome.
- SOLIDWORKS SIMULATION
- STATIC STRESS ANALYSIS
- THERMAL ANALYSI
- DYNAMIC ANALYSIS
- FLOW SIMULATION
- FATIGUE ANALYSIS
- TOPOLOGY OPTIMIZATION
- FEA
- CFD
- FREQUENCY ANALYSIS
- SIMULATION STANDARD
- SIMULATION PROFESSIONAL
Benefits of Simulation Driven Engineering
Move Beyond Trial and Error
Traditional product development often relies on multiple prototype cycles to identify design issues.
SOLIDWORKS Simulation allows engineering teams to evaluate performance digitally, helping organizations make informed decisions before materials are purchased and manufactured.
Key Advantages
- Faster design validation
- Reduced engineering risk
- Improved product reliability
- Lower prototyping costs
- Greater design confidence
- Accelerated innovation
- // BENEFITS — SIMULATION_DRIVEN_ENG
- 04 VERIFIED
ADVANTAGE_MATRIX // BEFORE → AFTER
Physical Prototypes Required
HIGH
→ LOW
Design Cycle Time
LONG
→ REDUCED
Engineering Risk
ELEVATED
→ MANAGED
Time to Market
SLOW
→ FASTER
Product Quality
VARIABLE
→ OPTIMIZED
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Fully Integrated with SOLIDWORKS CAD
One of the biggest advantages of SOLIDWORKS Simulation is its seamless integration with SOLIDWORKS CAD.
Engineers can perform analysis directly within their existing design environment without exporting models or rebuilding geometry in separate software.
Benefits of Integration
- Familiar SOLIDWORKS interface
- Automatic update of simulations when designs change
- Improved data integrity
- Faster engineering workflows
- Simplified collaboration between design and analysis teams
This allows simulation to become a natural part of the product development process rather than a separate engineering activity.
- // CAD_INTEGRATION — STATUS
- NATIVE · EMBEDDED
01
DESIGN GEOMETRY
COMPLETE
02
MATERIAL PROPERTIES
ASSIGNED
03
BOUNDARY CONDITIONS
DEFINED
04
MESH GENERATION
AUTO
05
SOLVER EXECUTION
RUNNING
06
RESULTS VISUALIZATION
READY
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SOLIDWORKS Simulation Packages
Choose the Right Analysis Solution for Your Business
SOLIDWORKS Simulation is available in multiple packages designed to match the depth of analysis your team requires.
// OUR PACKAGES
- LIVE · 06 TOPICS
SOLIDWORKS Simulation Standard
Linear static analysis tools for structural validation of parts and assemblies.
Features
Linear static stress analysis
Buckling analysis
Thermal analysis
Design studies
Frequency analysis
Factor of safety
Best For
Engineering teams that need core structural and thermal validation capabilities.
PACKAGE_CODE
SIM_STD
DEPLOYMENT
STANDALONE + NETWORK
TIER
Core
SOLIDWORKS Simulation Professional
Advanced simulation for complex structural, fatigue, and optimization analysis.
Additional Features
Everything in Standard
Fatigue analysis
Nonlinear analysis
Pressure vessel analysis
Dynamic analysis
Topology optimization
2D simplification
Best For
Teams requiring fatigue analysis, nonlinear behavior, and advanced structural optimization.
PACKAGE_CODE
SIM_PRO
DEPLOYMENT
STANDALONE + NETWORK
TIER
RECOMMENDED
SOLIDWORKS Simulation Premium
The most complete structural simulation package, including advanced nonlinear and dynamic capabilities.
Additional Features
Everything in Professional
Advanced dynamics
Advanced nonlinear analysis
Full-featured fatigue module
Composite analysis
Large displacement analysis
Best For
Organizations tackling complex nonlinear problems, composites, and advanced dynamic behavior.
PACKAGE_CODE
SIM_PREM
DEPLOYMENT
STANDALONE + NETWORK
TIER
PREMIUM
Beyond Structural Analysis: SOLIDWORKS Flow Simulation & Plastics
Not every engineering challenge is structural. SOLIDWORKS offers dedicated simulation tools for fluid flow, thermal management, and plastic part design, each fully integrated into your existing SOLIDWORKS environment.
SOLIDWORKS Flow Simulation
Analyze fluid flow and heat transfer directly within your SOLIDWORKS CAD models using computational fluid dynamics (CFD). Optimize designs for airflow, pressure drop, and thermal performance before manufacturing.
Add-On Modules:
- SOLIDWORKS HVAC Module. Specialized tools for heating, ventilation, and air conditioning system design and airflow analysis.
- SOLIDWORKS Electronic Cooling Module. Analyze thermal performance and heat dissipation in electronic enclosures, PCBs, and components.
SOLIDWORKS Plastics
Predict how plastic parts will behave during injection molding, before tooling begins. SOLIDWORKS Plastics is available in three tiers to match your analysis needs:
- SOLIDWORKS Plastics Standard. Core injection molding simulation for fill analysis and basic defect prediction.
- SOLIDWORKS Plastics Professional. Expanded analysis including cooling, warpage, and shrinkage prediction.
- SOLIDWORKS Plastics Premium. Advanced capabilities for complex geometries, multi-material molding, and detailed process optimization.
Common Simulation Applications
Test Products Before They Reach the Real World
SOLIDWORKS Simulation supports a wide variety of engineering applications.
01 //
Structural Analysis Software
Determine stress, strain, displacement, and factor of safety.
02 //
Fatigue Analysis Software
Predict product lifespan under repeated loading conditions.
03 //
Thermal Simulation Software
Understand heat transfer and thermal performance.
04 //
Vibration & Frequency Analysis Software
Identify resonance issues before production.
05 //
Motion Analysis Software
Evaluate how assemblies function under real operating conditions.
06 //
Design Optimization Software
Improve performance while reducing weight and material costs.
07 //
Composite Analysis Software
Validate advanced material designs and manufacturing strategies.
Beyond Simulation: A Complete Engineering Technology Ecosystem
Engineering simulation is most effective when supported by the right technology environment.
Through our unique combination of SOLIDWORKS expertise and strategic Managed IT Services partnerships, EngineerX helps organizations build modern engineering infrastructures capable of supporting simulation, data management, collaboration, and product development at scale.
We help clients address:
- Engineering workstation performance
- High performance computing environments
- Data management
- Cloud collaboration
- Cybersecurity
- Backup and disaster recovery
- Infrastructure optimization
Few simulation providers can support both engineering software and the technology ecosystem that powers it.
- // ECOSYSTEM — FULL_STACK_ENGINEERING
- INTEGRATED
LAYER_01 // SIMULATION SOFTWARE
SOLIDWORKS Simulation Suite
LAYER_02 // CAD PLATFORM
SOLIDWORKS 3D CAD
LAYER_03 // DATA MANAGEMENT
SOLIDWORKS PDM
LAYER_04 // COMPUTE INFRA
HPC + Engineering Workstations
LAYER_05 // CLOUD COLLAB
SOLIDWORKS Cloud Services
LAYER_06 // IT SERVICES
Managed IT + Cybersecurity
LAYER_07 // BACKUP & DR
Backup and Disaster Recovery
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Why Buy SOLIDWORKS Simulation from EngineerX?
Purchasing simulation software is only the first step.
EngineerX helps organizations successfully implement simulation driven engineering practices that improve product quality and accelerate development.
Our Advantage
01 //
Simulation Expertise
We help determine the right simulation solution based on your products, workflows, and engineering requirements.
02 //
Training & Adoption
Accelerate user productivity with structured onboarding and expert training.
03 //
Local Technical Support
Access knowledgeable support resources when questions arise.
04 //
Engineering Consulting
Need help with a specific project? Our engineering experts can assist with simulation studies and validation projects.
05 //
Long-Term Growth Strategy
As your business evolves, we help expand simulation capabilities across your engineering organization.
- // 06 — INDUSTRIES WE SERVE
Industries Using SOLIDWORKS Simulation
SOLIDWORKS Simulation is trusted by organizations developing some of the world’s most innovative products.
IND_01
Industrial Equipment
IND_02
IND_03
Aerospace & Defense
IND_04
Recycling Solutions
IND_05
Transportation & Mobility
IND_06
High-Tech
IND_07
Consumer Packaged Goods (CPG) & Retail
Our team understands the engineering, compliance, and performance requirements unique to these industries.
Not Ready to Purchase Simulation Software?
Let Our Engineers Help
Many organizations need engineering analysis support before investing in software.
EngineerX offers engineering consulting and simulation services to help organizations evaluate concepts, validate designs, troubleshoot problems, and improve product performance.
Whether you need a one time analysis project or long term simulation support, our experts can help.
Frequently Asked Questions
What is SOLIDWORKS Simulation used for?
SOLIDWORKS Simulation is used to predict how products will perform under real world conditions using Finite Element Analysis Software (FEA). Engineers use it to evaluate stress, fatigue, motion, vibration, thermal loads, and structural integrity before manufacturing.
Do I need to be a simulation expert to use SOLIDWORKS Simulation?
No. SOLIDWORKS Simulation is integrated directly within the SOLIDWORKS environment and is designed to be accessible for engineers and designers. However, engineering knowledge is important when interpreting results and making design decisions.
Is SOLIDWORKS Simulation the same as FEA software?
Yes. SOLIDWORKS Simulation is FEA software (Finite Element Analysis) built directly into the SOLIDWORKS environment. It allows engineers to run FEA analysis (stress, fatigue, thermal, and motion studies) without switching to a separate standalone application.
Does SOLIDWORKS Simulation include CFD and plastics analysis?
No, these are separate SOLIDWORKS products. SOLIDWORKS Flow Simulation is CFD (computational fluid dynamics) software for analyzing fluid flow, airflow, and thermal performance, with optional HVAC and Electronic Cooling modules. SOLIDWORKS Plastics is injection molding simulation software, available in Standard, Professional, and Premium tiers, for predicting how plastic parts behave before tooling begins. EngineerX can help determine which combination of tools fits your engineering needs.
Can I upgrade my simulation package later?
Yes. SOLIDWORKS Simulation packages can be upgraded as your analysis requirements become more advanced.
Does EngineerX provide simulation training?
Yes. EngineerX offers onboarding, training, technical support, and consulting services to help teams successfully implement simulation-driven engineering workflows.
Can EngineerX perform simulation projects for us?
Absolutely. EngineerX provides engineering simulation and CAE consulting services for organizations that need analysis support without immediately investing in software.
What industries benefit most from SOLIDWORKS Simulation?
Industries including manufacturing, aerospace, robotics, medical devices, industrial equipment, electronics, energy, and consumer products use SOLIDWORKS Simulation to improve design quality and accelerate product development.