There can be no innovation without research because knowledge plays a key role in any development process.
That is why research is the cornerstone of all the activities that we conduct and that we offer to our clients.
This is industrial research, aimed at achieving applicable results, either directly or through a subsequent industrialization phase.
By participating in research and innovation projects, we increase our ground-breaking technical knowledge day by day and deepen our expertise in new areas, innovating and trialling new SBES (Simulation-based Engineering and Sciences) software, applications, and technologies.
We contribute to research initiatives by providing expertise in Multiphysics product and process simulation and manufacturing system simulation.
Our capabilities in data management and analysis, mathematical modelling, the data- and simulation-driven development of digital twins and decision-support systems (DSS) applied in diverse industrial domains and processes complement and add value to Multiphysics simulation results.
In working alongside excellent international consortia, we have accumulated considerable experience in monitoring calls for proposals, evaluating project ideas, and composing consortia, and we have built a robust network of expert contacts over the years.
We actively contribute to the writing phase of proposals, as well as to the coordination of approved projects.
We use an effective method, which has been well proven over the years, to commercially exploit project results.
Flexible production systems
Circular Economy: de- and re-manufacturing
Smart logistics
Smart quality monitoring of product and process
Production process optimization
Predictive maintenance
Industrial applications using hydrogen
Battery physics
Systems to support nuclear fusion
Structural and fluid dynamics optimization of components
System integration for remote piloting
Modelling of raw and recycled materials
Physics of composites
Interoperability platforms
Astronaut life support systems
Propulsion of suborbital systems [Very Low Earth Orbits]
Energy balancing of spacecraft
Platforms for personalized medicine
Platforms for dynamic correlation of epidemiological data
Biodigital twins
Multiphysics and organ-on-chip modelling
Code reengineering of industrial applications for use on HPC and exascale systems
Integration and testing of CAE/CFD applications on HPC platforms
Fire and crowd evacuation simulations
Simulation of hydrogeological disruptions
EnginSoft's commitment to collaborative research and innovation projects has achieved an ambitious goal: in 2023 we reached 100 research projects (national and European) in which we were involved as partners or coordinators.
There have been enormous spin-offs for the company – from the development of new methodologies and technologies, to the business network and relationships that have been established, as well as the skills we have acquired, increased and shared in areas that add great value and have truly international scope.
Innovation without research is impossible because 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.
Download the collection of our research projects
Research project
YOGA develops a semiautomated and standardized platform targeting clinical laboratories for tissue characterization by biopsy when very little material is available.
Research project
The main specific objective of SPACE is to enable the most widely used European A&C HPC codes (which are also among the most widely used worldwide) to efficiently and effectively exploit the pre-exascale systems funded by EuroHPC Joint Undertaking and available at the end of 2022, and to prepare them for the transition to exascale and beyond.
Research project
The SERENA project aims to develop a prototype propulsion system for a General Aviation-category aircraft based on hybrid power technologies (hydrogen-fueled cells, batteries, and super-capacitors).
Research project
The overall objective of the RaRe2 project is to create a flexible and resilient Holistic Ecosystem Platform powered by the interactions of many European organizations interested in cooperating in the rapid reconfiguration of process chains through collaborative systems and adaptive workforce up-skilling.
Research project
The LIFESAVER addresses the presently unmet societal and healthcare needs in creating and developing of a validated scientific knowledge base for the development and implementation of regulatory approaches relevant to maternal and fetal health.
Research project
The overall objective of the TECNOMED-HUB project is to create, in the Piedmont region of Italy, a technology platform to support medical research 4.0, based on the integration of existing multi-omics platforms with self-learning algorithms, data mining, and big data analytics.
Research project
OPTIMA is an SME-led project that aims to harness and optimize several industrial applications and a set of open source libraries. These will be used in at least three different application domains on two new HPC systems populated with FPGA integrated circuits and using several innovative programming environments.
Research project
DigiPrime will create and operate a federated model of digital platforms by developing reliable data sharing mechanisms and preserving the confidentiality of business-critical data, governed by smart contracts and using block-chain tracking.
Research project
The SMEA project studied and implemented diagnostic and prognostic methodologies, supported by appropriate sensors, to monitor the functional integrity of mechanical components typical of the aviation and transport sectors.
Research project
The Smart Spaces Safety and Security for All Cities project (S4AllCities) is a large-scale project with the aim of revolutionizing the way smart cities become more prepared for and resilient against physical and cyber-attacks on their soft targets, smart spaces and critical infrastructure.
Research project
The final goal of the project is to define a technology solution to repair metal components. End users require an automated or semi-automated solution for mounting a part of partially unknown shape into a machine, measuring the relevant part of its surface in 3D and automatically generating a repair program to restore it to the desired shape.
Research project
Metal Additive manufacturing is a complex operation that requires the fine-tuning of hundreds of processes parameters to obtain repeatability and a high quality design at dimensional, geometric, and structural levels. To help manufacturing companies address these challenges, AMQ_TOOLS develops an innovative quality-oriented decision support framework.
Research project
Development of a novel “manufacturing system-level quality and productivity optimizer tool” enabling the evaluation of the system level impacts of the defect avoidance policies that can be adopted within single processes.
Research project
The ultimate goal of PREMUROSA project is to train a new generation of scientists with an integrated vision of the whole value chain in musculo-skeletal regeneration technologies and able to boost the necessary innovations to achieve precision principles in developing innovative devices and optimized clinical applications.
Research project
The scientific and technological objective of the project is to create a hybrid system where a neural network in the brain of a living animal and a silicon neural network of spiking neurons on a chip are interconnected by neuromorphic synapses, thus enabling co-evolution of connectivity and co-processing of information of the two networks.
Research project
The ISAF – Integrated Smart Assembly Factory – project was created to address the problem of joining two or more large parts/structures made of composite materials and therefore affected by the natural variability of the manufacturing process. The variability creates empty space (“gap”) between the parts of the joint .
Research project
The AGILE project arises from the discussions within the Veneto system of companies and research organizations, and from a post-emergency perspective, identifies as its strategic approach the capacity for an "agile" reconversion of production systems through the application of advanced solutions for product innovation. It forms part of the "Smart Manufacturing" specialization strategy.
Research project
The SIADD project aims to increase the manufacturing quality and sustainability of some additive manufacturing processes for metals, composite materials and multi-material metals/ composites, while also taking into account the personnel’s economic and environmental conditions and well-being.
Research project
The VOLPE project aims to engineer and industrialize an innovative optoelectronic instrument to detect explosive compounds in volatile form that can be integrated with commercial systems for screening hand luggage, and capable of operating independently.
Research project
The goal of the project was to design a full Plant Characterization Unit (PCU) chamber with a completely sealed environment for the plants and roots. The designed plant control unit inherited the know-how from two previous projects, HySSE and AtSSE.
Research project
LUBFORLIFE’s ultimate goal is the integration of innovative components and technologies into electromechanical actuators, for aircraft and UAV flight controls, which do not require relubrication during their entire operating lifes.
Research project
The RPASinAir project has the strategic objective of developing the use of Remotely Piloted Aircraft Systems (RPAS) and innovative sensors connected to airborne, satellite or public archive systems, which are capable of reporting critical events and of helping to prevent and manage emergencies (floods, landslides, earthquakes, industrial accidents).
Research project
The project "TEMART - Technologies and materials for artistic manufacturing, Cultural Heritage, furniture, architectural and urban design and the design of the future" aims to improve the products of the above-mentioned sectors (functionality and aesthetics) by applying the different technologies available from the M3NET Regional Innovation Network.
Research project
The GAP Project’s innovativeness lies in the development of innovative metallic materials with multi-sector application potential, increased by experimentation with new specific technologies (e.g. the use of ceramic cores for die-casting, surface treatments, and joining techniques).
Research project
The PreMANI project aims to demonstrate the applicability of these techniques across disparate application domains, characterized by very different needs, by leveraging methodological aspects of a general nature.
Research project
The project supports some of the companies within the SINFONET network in using high value services, assistance, orientation, coaching, information, and export promotion to promote not only their individual companies but also the overall foundry supply chain.
Research project
The objective was to design, study and characterize the atmospheric sub-system of a Plant Control Unit and its processes related to crop growth. The atmosphere of the plant-related environment had to be homogeneous and meet the plants’ requirements.
Research project
The project aimed to develop an open integrated framework that connects materials models at various levels of complexity, experimental data sets and commercial information (e.g. ingredients and processing costs), so that decision makers can use a wider variety of key performance indicators.
Research project
The ForZDM project developed and demonstrated tools to support the rapid implementation of Zero-Defect Manufacturing solutions in industry, and to design more competitive and robust multi-stage manufacturing systems.
Research project
The ReCaM-project demonstrates at TRL 7 a set of integrated tools for the rapid and autonomous reconfiguration of agile production systems
Research project
ProRegio project aims at developing a manufacturing intelligence based product-service that can rigorously change the current way customer requirements are addressed by manufacturing companies.
Research project
The MAIPCO project concerns defect analysis in the production of complex composite components in the aeronautical sector and has developed new methodologies to reduce these defects.
Research project
The project covered a wide range of space-related issues ranging from exploration of the Universe to Earth observation, including systems, the management of remote data reception, and awareness-raising activities for regional consumer acceptance of the use of space systems.
Research project
RLW is emerging as a promising joining technology for sheet metal assembly due to benefits on several fronts including reduced processing time, (50-75%) and decreased factory floor footprint (50%), reduced environmental impact through energy use reduction (60%), and providing a flexible process base for future model introduction or product change.
Research project
The core of this project is the development of a trade-off study, meant to compare several different structures incorporating new technologies, in order to determine the most promising solutions among those considered
Research project
The MUSIC is strongly aimed at leading EU-HPDC/PIM factories to cost-based competitive advantage through the necessary transition to a demand-driven industry with lower waste generation, efficiency, robustness and minimum energy consumption.
Research project
Production of components made of composite material, equipped with wireless communication systems capable of operating correctly in environments hostile to radio frequency.
Research project
Development of methodologies (and of laboratory version of a software platform designed to implement them), capable of supporting architects and engineers in designing eco-buildings characterized by an optimal compromise between environmental performance (in terms, for example, of the CO2 equivalent produced during their entire life-cycle) and costs
Research project
The main aim of the project is to set out the knowledge and skills that a competent simulation engineer (CAE engineer) should possess, and to develop a set of tools that will enable engineers to develop, manage and certify their competencies within a wide range of industry sectors.
