For more than 40 years, we have been shaping the future of engineering: we have experienced and led the evolution of simulation, and today we extend its potential through AI and HPC.
We act as a strategic partner enabling scalable innovation, delivering sustainable value through the systematic integration of engineering knowledge and cutting-edge digital solutions. We provide customized digital ecosystems designed to optimize product design and industrial processes, converting technological complexity into measurable and competitive business outcomes.
Webinar live gratuito
La progettazione delle moderne piattaforme marittime e navali è sempre più complessa: un approccio basato sulla simulazione avanzata, supportato dall'intelligenza artificiale, consente di esplorare rapidamente le alternative progettuali, comprendere i trade-off prestazionali, ridurre i rischi e accelerare lo sviluppo. Partecipa al webinar per scoprire come le tecnologie Simcenter di Siemens, integrate nel digital thread, permettano di accelerare l’innovazione.
Webinar live gratuito
Per chi vuole scoprire come ottimizzare i processi quotidiani senza stravolgere il proprio modo di lavorare, abbiamo organizzato un webinar dedicato all'esplorazione di Microsoft 365 Copilot Business.
Formazione
Il 16 e 17 Settembre 2026 si svolgerà a Bologna, presso il Best Western City Hotel, il corso di formazione dedicato alla Specificazione geometrica di prodotto ISO-GPS e analisi delle tolleranze: durante le 2 giornate Enrico Boesso, docente del corso, approfondirà queste tematiche e come affrontarle simultaneamente, per garantire la qualità desiderata del prodotto al minor costo di sviluppo possibile.

CASE STUDY
Oil or gas pipelines that cover long distances pose complex design challenges. Every environment the pipeline crosses is characterized by different potential geohazards. One of the most dangerous for a pipeline is a rockfall.
oil-gas mechanics ansys
CASE STUDY
This article explains how the simulation of a severe fire in a warehouse that had caused substantial damage was undertaken. It explores the use of the fire dynamics simulator (FDS) code, developed by the US National Institute of Standards and Technology (NIST)
civil-engineering

CASE STUDY
This technical article presents a study to design a device that operates entirely on the principle of trapped vortices that intrinsically improve the mixing of hot combustion gases with fresh mixture, a characteristic that is essential both to diluted combustion and to Moderate or Intense Low-oxygen Dilution (MILD) combustion.
ansys cfd turbomachinery energy oil-gas
For over 40 years, we have been shaping the future of engineering. We have witnessed the evolution of simulation, driven it forward, and now amplify it through the power of AI and HPC. Our expertise originates in research laboratories and grows through real-world business challenges, where we transform complex ideas into tangible innovation.
We are the partner that walks alongside you, building digital ecosystems that enhance creativity, design, and manufacturing. Because when experience and cutting-edge technologies come together, innovation is no longer just a goal: it becomes a real, lasting, and transformative impact.
Knowledge plays a leading role in any development process: which is why research is at the heart of EnginSoft’s business and its service offering to corporate customers.
Through our participation in research projects, we realize our objectives of increasing our pioneering technical knowledge, and deepening our existing experience while gaining access to new industries and simultaneously innovating and testing new instruments, software, applications and technologies in SBES.
Research and Technology Transfer Consultancy for co-funded projects
Lifelong Learning is an essential prerequisite for innovation: with our wide range of courses, delivered by sector professionals we ensure that our customers develop their digital skills and provide continuous qualifications for their employees.
We offer both basic and advanced training courses in the field of simulation, customized courses, and coaching, to help you to maximize return on investment when adopting state-of-the-art technologies and to create know-how that is an asset to the company; in other words, broad-spectrum education and training.
In-depth analysis and trends from our experts, with valuable advice to overcome engineering challenges with a systemic and global vision
After decades in which engineers, mathematicians, biologists, and doctors have worked in disciplines that were considered to be very separate fields, we are now facing a revolution in the health sector: intensive collaboration between these various disciplines makes it possible to achieve astonishing results that were previously unthinkable.
In the CAE sector new simulation methods continuously try to leave the embryonic or academic state to become mature and adopted by the industry. The success of this transformation depends on several factors, some related to the method itself, some other related to the “environmental conditions”, like the cultural readiness of the industry to rely and adopt new methods or the availability and affordability of hardware resources, that make these methods applicable at industrial level.
Residual current devices (RCDs) are arguably the most important electrical safety devices for human beings in both residential and industrial settings. Where circuit breakers function to protect electronic devices and electrical systems from electrical overload, the residual current device is designed to cut the flow of electricity to your circuit when it detects that the flow of electricity is going to travel down an unwanted path.