MAGMA is a world-wide leading developer and supplier of software for casting process simulation.

Today, MAGMASOFT ® is used throughout the metal casting industry, especially for the optimization of cast components in automotive and heavy industry applications Worldwide, MAGMA employs 180 people in development, support, sales & marketing, and administration, of which 90 are in Aachen.

40 software developers, and more foundry engineers than in most foundries, build one of the industry's most powerful "casting competence centers"

GOM mbH - Gesellschaft für Optische Messtechnik - was founded in 1990 as a spin-off of the Technical University of Braunschweig. GOM develops and distributes optical measuring systems with its main focus on applications like 3D digitizing, 3D coordinate measurements, deformation measurements and quality control. GOM systems are used for product development and for quality assurance, material and component testing. All over the world GOM systems are used in the automotive industry, aerospace industry and consumer goods industry as well as by their suppliers. This also includes numerous research centers and universities.

NICE delivers Technical Cloud Products and Solutions, to worldwide customers, boosting productivity, saving money on IT and enabling faster design cycles and collaboration. NICE helps centralizing, optimizing and consolidating HPC and visualization resources while empowering distributed and mobile Engineering workforces to run batch and interactive applications anywhere, with any client. NICE also allows engineering teams around the world to collaborate by sharing application sessions over standard networks. NICE EnginFrame is an advanced, commercially supported grid portal that provides access to grid-enabled infrastructures, HPC clusters, data, licenses, and interactive applications. It can be accessed by any authorized user with a standard web browser. NICE Desktop Cloud Visualization (DCV), NICE’s remote 3D “virtual workstation” offering, is an advanced remote 3D access technology that allows technical end users to access robust 3D modeling tools through a web-based portal

Prometech Software was founded by experienced professionals and researchers at the University of Tokyo in 2004. With the company's unique technology based on the Moving Particle Simulation(MPS) and Multi-GPU acceleration, Prometech provides simulaton software, Particleworks, and solutions to support Engineering industries including automobile, chemical, rubber, steel, process manufacturing. Particleworks is a CFD software based on an advanced numerical method known as the Moving Particle Simulation (MPS) method. The mesh-⁠free nature of MPS allows for robust simulation of free-⁠surface flows at high resolutions, saving the need to generate meshes for the fluid domain. Since its first release in 2009, Particleworks has been introduced to a wide range of industries.

CST develops and markets high performance EM field simulation software. Its products allow you to characterize, design and optimize electromagnetic devices before going into the lab or measurement chamber. This can help save substantial costs especially for new or cutting edge products, reduce design risk, and improve overall performance and profitability.

I am an applied mathematician specialized in scientific computing on supercomputers and the design and implementation of efficient software for technical simulations. I have been developing numerical software since 2003. At that time I developed a parallel multigrid algorithm for the fast solution of linear systems that scaled well up to 512 processors. Since 2004 I am one of the core developers of the simulation toolbox DUNE. I am mainly responsible for the parallel linear algebra. In spring 2011 I was invited to the "Jülich BlueGene/P Extreme Scaling Workshop" and could prove the extraordinary scalability of the software on all the 295,000 cores of IBM's Blue Gene/P.

Granta Design is the world leader in materials information technology.

Granta solutions improve quality, innovation, and efficiency, while reducing risk and cost in industries including aerospace, energy, automotive, industrial and consumer equipment, medical devices, materials production, electronics, and oil and gas.

M³E is the acronym of "Mathematical Methods and Models for Engineering". The company is a spin-off of the University of Padova with the development and the application of advanced mathematical models and software for the optimal solution of several problems usually encountered in civil, environmental and industrial engineering as core business. In particular, M3E aims at developing numerical software for the discretization of partial differential equations, linear algebra, optimization and data analysis for several engineering applications. Along with the software, M3E offers consulting services in the field of structural analysis,surface and underground environmental processes, management of water resources, transport and diffusion of contaminants in fresh water aquifers, exploitation of oil and gas reservoir, subsidence and its possible mitigation.

Sigmetrix designs, develops, markets and globally supports tolerance analysis solutions used to unite the "ideal" world of product design with the "real" world of manufacturing and assembly. With over 20 years of research and development, Sigmetrix is focused on eliminating the error between predictive tolerance models and measured physical results in the factory. Through intuitive modeling technologies, engineers construct very precise tolerance variation models directly from the CAD geometry. Sigmetrix' advanced analytical solutions and specialized services allow companies in virtually all industries to gain profound insight into the behavior of their products. This insight allows customers to objectively balance competing requirements and achieve exceptional return on their investment.

Vanderplaats Research & Development, Inc., (VR&D) was founded by Dr. Garret N. Vanderplaats in 1984 for the advancement of numerical optimization in industry. VR&D develops and markets a number of CAE and optimization packages. Popular CAE packages include the GENESIS structural optimization software and the GTAM ACT Extension. GENESIS supports shape, sizing, topology, topometry, topography and freeform optimization. GTAM (GENESIS Topology for ANSYS Mechanical) allows ANSYS users to automatically generate optimal topology designs within the ANSYS environment. Popular MDO packages include DOT, BIGDOT and VisualDOC. VR&D offers unparalleled client support with decades of experience solving complex design optimization tasks.

Openeering - short for Open Source Engineering - is the EnginSoft unit dedicated to delivering consulting services with open source software for engineering and applied mathemathics. Openeering is the European official partner of Scilab Enterprises, the publisher and professional services provider of Scilab. Scilab is the free and open source reference for numerical computation providing a powerful computing environment for engineering and scientific applications. Scilab provides a cost effective and efficient way to address problems such as process automation, systems modelling, data mining and visualization, optimization and robust design, etc. Openeering mission is to foster the diffusion of the Scilab software within industry delivering tailored software solutions, technical support, consultancy and training.

Simulation and virtual prototyping play an increasingly important role in engineering and design processes in the manufacturing industry. More often, to reproduce the complexity of a system, engineering software is avid of computational resources. For this reason, CINECA decided on 2003 to establish a new company, SCS Super Computing Solutions, whose mission is to facilitate the use of High Performance Computing (HPC) infrastructures and allow the access to advanced applications of numerical simulation in an industrial context: an absolutely necessary tool for modern R&D activity. SCS aims at facilitating and strengthening R&D processes in the manufacturing industry by making providing its customers an integrated package of HPC services.

HSH operates as a manufacturer and distributor of scientific software as part of the CAE (Computer Aided Engineering), CAD (Computer Aided Design) software for scientific and technical engineering (with the brands HSH CAD SYSTEM EASY-and-COSPACK HSH Construction oriented Software Package) with particular emphasis on structural analysis with the software Straus7.

A World Class ICT Cluster open for collaboration At the heart of the digital revolution, the goal of Systematic is to develop the regional economy, boost the competitiveness of local companies and support employment growth by leveraging innovation, training and partnership opportunities. - The Systematic Cluster has developed 379 R&D projects, an investment of € 1,97 Billion including € 703 M funded by the French Government, its agencies (National Research Agency and OSEO) and from the Paris‐Region local governments. - Cooperation between SMEs, Large Companies, Research Centres and higher educational establishments - Systematic, an association supported by local authorities, economic development agencies, the French Government and its partners.

LS Dyna Italian Group.

A group of expert engineers coming from industry, dedicated to explicit dynamic simulation

Componeering specializes in structural analysis and design of composite structures.

Componeering has gained its competence and recognition from the development of ESAComp software as a European Space Agency (ESA) initiated and supported project.

Componeering works on three major business areas: Composites analysis and design software ESAComp, Customized CAE solutions for composites and Customized CAE solutions for composites.

NAFEMS is the International Association for the Engineering Modelling, Analysis and Simulation Community. We are a not-for-profit organisation which was established in 1983. Our principal aims are to: Improve the professional status of all persons engaged in the use of engineering simulation; Establish best practice in engineering simulation; Provide a focal point for the dissemination and exchange of information and knowledge relating to engineering simulation; Promote collaboration and communication; Act as an advocate for the deployment of simulation; Continuously improve the education and training in the use of simulation techniques; Be recognised as a valued independent authority that operates with neutrality and integrity
We focus on the practical application of numerical engineering simulation techniques such the Finite Element Method for Structural Analysis, Computational Fluid Dynamics, and Multibody Simulation. In addition to end users from all industry sectors, our stakeholders include technology providers, researchers and academics.