CAE Planning, Implementation and Support Services

Assisting engineering and design organizations in strategically evaluating and implementing the optimal combination of software and hardware to meet both current and future needs, align with business objectives, maximize performance, and foster seamless collaboration across teams.

• Technology audits and gap analysis
• End-to-end implementation planning
• Performance benchmarking and ROI evaluation

Choosing the right tools is critical for efficient design and simulation workflows. We offer independent, vendor-agnostic guidance on selecting CAD, CAE, FEA, CFD, and Multiphysics platforms tailored to your industry, project scale, and technical requirements.

• Technical compatibility and interoperability
• Licensing models and total cost of ownership
• Team skillsets and ease of adoption

Simulation-heavy environments demand optimized computing infrastructure. We help organizations maximize HPC investments by analyzing simulation workloads, configuring hardware for peak performance, and ensuring scalability for future growth.

• CPU/GPU architecture recommendations for CAE workloads
• Cluster configuration and cloud HPC strategy
• Benchmark testing and tuning for solvers

Disparate tools and manual processes can limit productivity and introduce errors. We design and implement seamless integrations and workflow automations that connect design, analysis, and data management systems—turning silos into a streamlined digital thread.

• API-based integration between CAD, PLM, and simulation tools
• Automated data handoffs and result validation workflows
• Scalable scripts/macros for repeatable engineering tasks

Enabling engineering organizations to create efficient, standardized workflows that can be easily repeated across projects and scaled across teams. By aligning tools, methods, and processes, we reduce variability and enhance the consistency of results—leading to improved quality, reduced costs, and faster time to market.

Our digital transformation services focus on modernizing engineering workflows by integrating cutting-edge simulation tools, cloud platforms, data analytics, and AI/ML techniques. We help clients move from fragmented legacy systems to connected digital ecosystems that empower collaboration, traceability, and real-time decision-making.

• Integration of CAD/CAE/PLM platforms
• Cloud-based simulation and data management
• AI-assisted design and optimization
• Digital thread and digital twin implementations

We work with organizations to formalize and document engineering standards for simulation and analysis, ensuring that best practices are captured and reused. This standardization reduces errors, accelerates onboarding of new engineers, and ensures compliance with industry and regulatory standards.

• Consistent simulation outputs
• Faster verification and validation cycles
• Easier audit and certification processes

By leveraging scripting, macros, APIs, and low-code/no-code platforms, we develop custom workflow automation solutions tailored to your unique engineering environment. These automations eliminate repetitive manual tasks, streamline data handling, and free up engineers to focus on innovation.

• Automatic meshing and pre-processing
• Batch simulation execution and result post-processing
• Integrated reporting and documentation generation

Partnering with engineering teams to successfully implement advanced simulation technologies that enhance product design, performance validation, and failure prediction. Whether you’re deploying tools for structural FEA, CFD, thermal analysis, or multiphysics simulations, we ensure the process is smooth, efficient, and aligned with your technical goals.

• Needs assessment and capability gap analysis
• Deployment planning and software rollout
• Solver and model validation support

Providing expert assistance in evaluating and selecting the most suitable CAE platforms based on your industry needs, workflow complexity, and simulation scale. Once selected, we help configure and customize the software environment for optimal usability, automation, and solver performance.

• Tool benchmarking and performance analysis
• Custom UI configurations, templates, and macros
• Licensing model analysis and optimization

Maximizing the ROI on simulation tools requires strong user adoption. We deliver hands-on training programs tailored to your team’s experience level, project requirements, and preferred learning formats—whether virtual, in-person, or hybrid.

• Fundamentals of structural, fluid, and thermal simulations
• Solver-specific techniques and best practices
• Project-based workshops and certification paths

Simulation tools are most powerful when seamlessly integrated into the broader product development lifecycle. We specialize in connecting CAE workflows with design, PLM, and manufacturing systems to create a closed-loop engineering environment.

• CAD-to-CAE interoperability setup
• Data management and traceability workflows
• Feedback loops for design optimization and digital twins

We provide personalized, hands-on coaching to empower engineering teams with the knowledge and confidence to run high-fidelity simulations across a wide range of physics domains. Whether you’re working on structural mechanics, heat transfer, fluid flow, or complex coupled systems, our experts guide you step-by-step—from initial setup to advanced post-processing.

• One-on-one sessions and group workshops
• Project-based mentoring
• Live model reviews and simulation walkthroughs

Running a simulation is one thing—getting reliable, actionable insights is another. We teach and instill industry-proven best practices to ensure your models are not only technically correct but also predictive and trustworthy.

• Geometry simplification and meshing strategies
• Material property assignment and boundary condition setup
• Solver settings and convergence tuning
• Validation against experimental or benchmark data
• Extracting meaningful insights for design decisions

Simulation often comes with unexpected hurdles. Whether it’s convergence issues, model instability, or inexplicable results, we offer rapid-response troubleshooting support to help your team overcome obstacles and stay on track.

• Solver errors and instabilities
• Non-physical or unexpected output
• Long runtimes and performance bottlenecks
• Model setup inconsistencies and interdependencies in Multiphysics problems