SimulHub is a business unit that plans, executes and analyses engineering simulations using highly professional software.
A strong sense of ownership. The same that has always distinguished our parent company, Geico. Knowing how to tackle challenging, complex projects is part of our DNA and experience.
We are always ready to talk, to exchange ideas and pursue new solutions tailored to meet the requirements of all our customers.
We firmly believe in ethical behaviour aimed at transparency of information and respect for all stakeholders.
We promote innovation, which is why we put our expertise at the service of continuous technological and cultural development.
SimulHub is a business unit that plans, executes and analyses engineering simulations using highly professional software. Indeed, it aims to predict, prevent and optimise the behaviour of production equipment and products throughout the production process.
Not only does SimulHub offer thermofluid dynamics (CFD), discrete (DES) and one-dimensional (1D) simulations, it also offers the expertise and know-how of its engineers, who have always represented the most important asset in Geico’s industrial history.
SimulHub was founded in 2017 by a group of young engineers at the heart of Geico’s Engineering & Operations division, from which they learnt the critical issues and problems of a highly competitive and innovative sector – the automotive industry – directly in the field and where simulations were a fundamental but intermediate step in a broader process.
Our approach is aimed at sustainability and waste management at every stage of the production cycle.
Through our studies and simulations we are able to optimise the management of resources, both in terms of the environmental impact they have through their use and by avoiding the development of prototypes that will then be discarded.
Our method allows for several simulations that provide a fully functional end result.
Our philosophy is based on total dedication to the customer, understanding their needs and preventing inefficiencies and optimising production and design processes.
We don’t just solve problems, we go further: we understand the root causes and define a standard of solutions to support engineering so that they don’t happen again.