Best Practices for Automating and Optimizing Simulation Operations

Elevating Engineering with SimOps: A Unified Framework

Step into the future with SimOps, codifying proven practices for successful simulation processes. Transform your engineering approach with a comprehensive, secure, and efficient framework that drives innovation and excellence.

why simops

SimOps: A Framework for the Future


SimOps streamlines complex simulations, making them more effective for simulation-driven decisions. It reduces operational complexity, allowing engineers to focus on innovation and strategic initiatives.


SimOps provides engineers with a framework to automate repetitive simulation tasks, freeing them to concentrate on design and innovation. For IT teams, SimOps offers a structured method to manage and optimize complex environments, reducing operational burdens and ensuring reliable system performance.


Adopting SimOps improves resource management and cost efficiency while aligning simulation activities with business goals. SimOps fosters a culture of continuous innovation, leveraging advanced simulations to drive strategic decisions and maintain a competitive edge.

Traditional HPC vs. SimOps

For organizations relying on high-performance computing for simulations, traditional HPC approaches often struggle with complexity and inefficiency, while SimOps offers a holistic operating model that spans people, processes, and technology, empowering product and engineering teams to achieve their desired business outcomes.

Traditional HPC

Traditional HPC approaches are characterized by trial and error in utilizing powerful hardware for complex simulations. Engineers often grapple with infrastructure complexity, detracting from their focus on simulations. Organizational silos and unclear ownership of simulation processes exacerbate the challenges. Additionally, the scarcity of skilled professionals makes it difficult for IT teams to meet the evolving and increasingly complex needs of product and engineering teams. This overwhelming complexity leads to a desire for simplification, which can reduce the capability for effective simulation-driven decisions. Business leaders, faced with escalating costs and increasing complexity, may focus on cost-cutting, further simplifying capabilities needed for high-fidelity simulations, ultimately impacting innovation and competitive edge.

SimOps Framework

The SimOps framework provides a structured methodology of best practices for optimizing simulation operations. Unlike traditional HPC, SimOps integrates people, processes, and technology, streamlining workflows and reducing operational complexity. This approach ensures consistency, scalability, and efficiency in simulation practices, enhancing accuracy and speed. By codifying proven methodologies, SimOps aligns simulation activities with business objectives, improving resource management and cost efficiency. It fosters a collaborative environment where product and engineering teams can continuously improve and leverage advanced simulations to drive strategic decisions, maintaining a competitive edge in the market.

Pathway to SimOps Maturity

The Fast Path to Mastery of Simulations

Embrace the SimOps Maturity Model with Simr, navigating through critical stages of cloud adoption.


Establish cloud capabilities in your engineering processes, ensuring seamless integration without disrupting existing operations.


Expand your use of cloud resources to enhance engineering productivity, focusing on security, integration, and scalability.


Continuously refine and adapt your processes to maximize the benefits of cloud technologies, driven by insights and innovations from the engineering community.

CAE engineers working together Engineer working on simulation workflow Engineers working on a simulation

SimOps Best Practices

Education and Collaboration to Improve Simulation Operations Automation

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People: Building a Collaborative Culture

Fostering a community where engineers freely experiment with and share innovations, driving collective advancements in cloud-based engineering.

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Processes: Leveraging Shared Learnings

Adopting and evolving engineering workflows based on the successes and challenges the community faces, promoting continuous improvement.

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Technology: Advancing Through Experimentation

Encouraging the adoption of emerging cloud technologies, supporting the exploration of new engineering possibilities at the edge of simulations.

Lifecycle Comparison

SimOps KPIs and Metrics


Engineering Productivity Increase

Up to 40X boost in engineering output, enabling faster iterations and innovation


Cloud Operational Efficiency

Significant reduction in time and resources spent managing cloud environments


Time-to-Market Reduction

Achieving a 73% faster time-to-market for new products, ensuring a competitive edge in rapidly evolving markets

SimOps Community 

Join the SimOps Ecosystem

Contribute to and benefit from the collective experimentation and evolution of best practices within the SimOps community. Let’s pioneer the future of engineering together.