Digital engineering
The future of manufacturing is digital: "we are leading the way today, with expertise and methodology.
Our team
One team, multiple skills: Applied's Digital Engineering group brings together specialists from different disciplines to turn digital innovation into concrete results for your industrial projects.
Multidisciplinary collaboration: each specialist's expertise comes together in true teamwork, ensuring more complete and consistent solutions at every stage of the project.
Multi-brand specialist skills: mastery of multiple software stacks and technology platforms, so we can always choose the tool best suited to the job, with no vendor lock-in.
Integration with OEM teams: the ability to embed within the customer's design and R&D processes, working side by side with their technical teams.
A single point of contact: one reference point to turn innovative projects into reality, from design through to commissioning.
Leading industrial digital transformation to bring value throughout the whole product lifecycle
Industrial Simulation
We manage and develop simulation projects using platforms such as Machineering, FlexSim, Siemens, and Unreal.
HMI & Operational Simulation
We create advanced HMIs and virtual simulations of machine operations, improving usability, safety, training, and process validation.
We improve product development processes
In our Digital Engineering team, we turn challenging ideas into operational solutions. We employ technologies such as industrial simulation and digital twins to optimise processes, reduce development times, and minimise risks and costs.
We help companies continuously improve their design and production processes through advanced virtual models. We believe in tangible innovation that combines technical precision with a systemic vision.
Our technology partnerships
Our technology partnerships
Genesi: The Platform for Digital Twins and Physical AI
Genesi is the platform developed by Applied to create Digital Twins of machines and systems, with real data, interactive physics, and integrated IoT technologies. It was designed to be flexible and scalable: it connects to multi-brand control systems and supports the product throughout its entire life cycle, from testing to after-sales service.
Its evolution stands out for the synergistic integration of artificial intelligence, virtual/augmented reality, and motion tracking technologies into a single platform, designed to be accessible even to those without specialized simulation skills.
An approach that makes simulation simpler, smarter, and more results-oriented, improving ergonomics, training, and decision-making processes.
Let’s talk about your next strategic project
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