Engineering Simulation Platform
SIMR’s Engineering Simulation Platform streamlines complex simulations to empower rapid,
informed decisions across the entire product lifecycle. SIMR’s platform integrates seamlessly into the
customer’s existing infrastructure, enhancing productivity, quality, ensuring security, and reducing
operational overhead.
SIMR harnesses the power of automation to transform simulation operations. SIMR’s innovative
platform minimizes the complexities of high-performance computing (HPC) environments, allowing
engineers to focus on innovation. This paradigm shift enhances engineering workflows, enabling
rapid product development and fostering an environment of continuous innovation. With SIMR,
customers are relieved from operational overhead, giving them the freedom to excel at what they do
best—pioneering solutions and pushing the boundaries of product innovation.
SIMR optimizes familiar simulation apps, workflows, and codes, automating repetitive tasks and
standardizes processes across teams and geographies, effectively eliminating operational
bottlenecks. As a result, engineers benefit from a workflow that not only boosts productivity but also
fosters collaboration without the constraints of traditional environments.
Why SIMR’s Engineering Simulation Platform is SimOps compliant
In the following, we check the SimOps compliance of the SIMR Engineering Simulation Platform.
With these capabilities, SIMR's Engineering Simulation Platform provides a robust, future-proof foundation for any organization implementing SimOps, empowering teams to maximize the value, efficiency, and reliability of their simulation-driven operations.
1. Automated Simulations
Reduces manual setup, enhances speed and accuracy across the simulation lifecycle.
2. Seamless System Integration
Compatible with leading engineering software like ANSYS and Abaqus.
3. Rightsized Solutions
Flexible and responsive to project-specific demands.
4. Boosted Productivity
Saves significant setup time, improving focus on innovation.
5. Reduced Operational Costs
Automation cuts costs by up to 30%, boosting operational efficiency.
6. Faster Time-to-Market
Enhances competitive edge by accelerating development cycles.
7. Enhanced Security and Control
Offers a secure, compliant environment managed on
customer-owned cloud resources, providing stringent data control and privacy.
8. Customer-Owned Resources
Tailored hosting on AWS, Azure, Google Cloud, or on-premise provides flexibility to optimize technical performance and cost-effectiveness.
9. Optimized Operations
Integrates best practices for managing high-performance computing tasks, simplifying complex workflows, and reducing operational costs.
10. Enhanced Efficiency
Through automation of resource management and simulations, allowing teams to focus more on innovation and less on setup.
11. Comprehensive Compatibility
Seamlessly integrates with engineering applications like
ANSYS, Abaqus, and COMSOL, facilitating advanced simulations and AI.
12. Diverse Simulation Capabilities
Supports a wide range of simulations including CFD, FEA, and multiphysics, enabling rapid and accurate engineering decisions.
13. Lifecycle Automation
From modeling to analysis, automates the entire simulation lifecycle, significantly reducing manual intervention and improving accuracy.
14. Dynamic Resource Allocation
Adjusts computational resources in real-time based on
simulation demands, ensuring high performance and cost-efficiency.
