

To maintain its competitive edge in a highly specialized field, Numeric Engineering needed to scale the complex analysis performed by its top experts. The goal was to automate routine tasks to accelerate project delivery. Infused Innovations developed a custom AI model that captured this expert knowledge, automating workflows and unlocking new levels of efficiency.
Numeric Engineering is a leader in providing advanced computational analysis and simulation for complex engineering challenges. Their work supports critical industries where precision, speed, and deep expertise are paramount to success.
A significant portion of their senior engineers' time was consumed by repetitive, yet complex, data processing tasks. This created a bottleneck that limited project throughput and diverted top talent from the innovative, problem-solving work where they create the most value.
Infused Innovations developed a bespoke AI/ML solution to automate this critical workflow. We collaborated with their subject matter experts to understand their process and used a rich dataset of past projects to train a machine learning model. The model was engineered to replicate the nuanced analytical steps of their experts and was seamlessly integrated into their existing project pipeline.
Numeric Engineering has successfully automated a key analytical bottleneck. The AI model now handles routine tasks with a high degree of precision, allowing senior engineers to focus on final validation and more strategic challenges. This has increased their overall capacity, accelerated project timelines, and created a scalable foundation to take on more work without proportionally increasing headcount.
This partnership transformed the tacit knowledge of experts into a scalable, automated asset. By leveraging custom AI, we empowered Numeric Engineering to amplify the impact of their top talent, driving greater efficiency and reinforcing their position as a leader in the field.
We built a bespoke AI model trained on the client's own data to automate highly specialized and complex analytical tasks.
By automating a key bottleneck, the solution significantly reduces the time required to complete projects, increasing overall capacity and throughput.
The model frees up senior engineers from repetitive tasks, allowing them to focus on the most critical, high-value aspects of their work.