We offer custom solutions to the problems of our clients through innovation, new technologies and our extensive multisector knowledge. Accompanying them from the advisory phase to the development and implementation phase.
To innovate means to change and introduce innovations, modifying existing elements in order to improve or renew them. Ingeniacity accompanies you in the process.
Engineering and technology
Ingeniacity combines the passion for engineering and technological knowledge with creativity and innovation, creating value and advanced solutions.
Consulting and technical advice – technology to all types of industrial challenges through innovation. Solutions that differentiate and make your business more competitive.
We have more than....Projects
More then Satisfied customers
We made more thanCalculations
We recycle more than Bottles of water
Calculation of structural elements and singular structures, both metallic and composite. Static, fatigue, vibration or hiting system simulations. Each piece or structure that is designed is optimized to the maximum according to the criterion given by the client.
Structural Design and Calculations
In Ingeniacity, we set out to improve the technical level of our designed products. We carry out both internal and external flow simulations with this objective. We are able to simulate all kind of fluids or particles. Using CFD tools, we can get better efficiency on the element or machine designed.
Fluid Dynamics Simulation – CFD
Modeling, design and/or fabrication of products. Upgrade and redesign of parts. Also we have a 3D printer and two CNC milling machines that allows us to do prototypes and small pieces.
Product Optimization and prototyping
We present you to the team of Ingeniacity,
both those who are now and those who have passed through our team.
All Automotive I+d+i Nautical Simulation
Design of double racing skiff
Indrone: indoor positioning
We collaborate with:
We want to bring innovation to all companies, providing not only a solution, but the optimal solution for each case.
RESULTS Before carrying out the simulation, its parameters must be selected, which have a significant importance for the result. One of these parameters is the…
KINEMATIC AND DYNAMIC ANALYSIS OF THE WALKING CYCLE Continuing with the design project of an exoskeleton, we will start with the kinematic and dynamic analysis…
ACTION OF WALKING In this fourth blog post, we will try to briefly explain the human action of walking. Human walking can be defined as…
FUNCTIONING As promises are made to keep, we will now start with the technical blog posts. In this third part, we will explain how an…
COMPARISON OF ALTERNATIVES: RADIATORS VS UNDERFLOOR HEATING Once the phenomenology of the radiators was analyzed, the possibility of finding better alternatives was raised. The following…
DESIGN In this second part we will continue to explain how the design project of an exoskeleton gradually evolved. The first step was to carry…
SUCCESS STORIES Writing about the experience of Ingeniacity in the world of 3D printing is something we have had pending for a long time. Although…
RESULTS OF THE SIMULATION – WITH RADIATORS In this new blog post, we will show the results obtained from simulating the heating system with radiators.…
DESCRIPTION AND PREPARATION OF THE CASE In recent years, thermal efficiency in buildings has become one of the main concerns of architects and engineers when…
PRESENTATION OF PARTNER COMPANIES IN THE PROJECT The project we aim to develop in future posts has arisen from the collaboration between two Asturian companies…
HELP FOR HUMAN MOBILITY With this entry from the Ingeniacity blog, we intend to explain how the study of a system to help human mobility…
DO COMPANIES REALLY HAVE AN INNOVATIVE MINDSET? A recent conversation with some colleagues has made me think about how the choice and understanding of certain…
INTERNATIONAL ASSOCIATION FOR ENGINEERING MODELING, ANALYSIS AND SIMULATION Last September we became members of the largest engineering community in modeling, analysis and simulation at an…