• Power of Simulation is Unparalleled

    When visionary companies require insights into the performance of their transformative ideas, they leverage simulation solutions to blur the line between design and reality. This allows them to glimpse into the future and fuel innovation like never before.

  • Endless Problem Solving Potential

    Simulation enables engineers to see how their designs will - or won’t - behave in millions of real world scenarios, while reducing or even eliminating the need for costly physical testing. It’s the ultimate superpower.

  • Knowing is Power

    With our ability to accurately simulate the real-world dynamics, we empower you to envision the future. Our dedicated consultants provide impactful solutions across a wide array of industries, whether it involves predicting future outcomes or optimizing engineering processes.

  • Empowering Growth and Innovation

    Whether you are an entrepreneur with a groundbreaking idea or an established company seeking to drive innovation, our resources and expertise are designed to fuel your growth. Together let’s embrace innovation and shape a brighter future.

Revolutionize design through state-of-the-art simulation

We offer:

  • Whether you need a resource to build the model or full end-to-end CFD solution, we’ve got you covered

  • We are not “just” CFD consultants. As engineers we are problem solvers focussed on providing feasible engineering solutions

  • Having high-performance hardware on-site enables us to deliver complex CFD solutions faster without compromising on the accuracy

  • We adopt a collaborative consulting approach that ensures our clients feel like we are an extension of their team, not an external entity

  • We provide a full standard CFD analysis report including project description, input information, summary and conclusion with added thermal contours

CFD Consulting Services

  • Heat Transfer Analysis

    This involves studying the movement of heat energy through conduction, convection and radiation to understand and predict thermal behavior of a system and optimize their design and performance

  • Fluid Structure Interaction

    This involves studying the coupled behavior between heat transfer, fluid flow and structural response, providing comprehensive understanding of thermal effects on fluid dynamics and fluid induced thermal stresses

  • Aerodynamic Analysis

    This involves the study of air flow around objects, enabling the understanding of forces, pressures and other properties to optimize the design and performance

  • Electronic Systems Cooling

    This is essential for maintaining optimal performance and reliability in electronic packages. It involves the design and implementation of heat sinks, fans, and other thermal strategies to dissipate heat generated by components. Effective thermal management ensures temperature stability and prevents overheating-related failures in electronic systems.

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