01
APPLIED RESEARCH
We investigate technical problems, new principles and possibilities for their use in the development of future engineering solutions.
RESEARCH & DEVELOPMENT
RESEARCH THAT
ADVANCES TECHNOLOGY.
Our aim is to connect a scientific approach with engineering practice and to create solutions with real potential for practical use.
We are engaged in applied research and experimental development in areas where the combination of scientific knowledge, computational methods and experimental validation can yield new technical solutions.
TECHNICAL EXPERTISE
Research and development
Our technical capabilities are built on a combination of engineering knowledge, computational methods and advanced manufacturing technologies.
02
EXPERIMENTAL DEVELOPMENT
We advance technical concepts toward working solutions through experiments, iterations and progressive validation.
03
COMPUTATIONAL ENGINEERING
We use FEM, numerical simulations and computational methods to analyse behaviour and to design and optimise technical systems.
04
MATERIALS & STRUCTURES
We study the behaviour of materials and advanced structures to make effective use of their mechanical and functional properties.
05
DESIGN & OPTIMISATION
We design and optimise mechanical systems with a focus on function, stiffness, weight, manufacturability and efficient use of material.
06
PROTOTYPING & VALIDATION
We verify development results through functional prototypes, measurement and experimental validation.
R&D PROJECTS
RESEARCH & DEVELOPMENT
PROJECTS.
We see research as a space for the emergence of new technologies and engineering principles. On selected projects we develop solutions with technical novelty, practical potential and the possibility of further industrial use.
ADVANCED STRUCTURES
IN DEVELOPMENTADAPTIVE STRUCTURAL JOINT FOR DEMANDING APPLICATIONS
Development of a new type of structural joint for applications with high requirements for mechanical properties, low weight and functional adaptability.
The project is being developed in cooperation with the Institute of Physics of the Czech Academy of Sciences (FZU).
The detailed technical solution remains confidential during development.
PARTNERSHIPS
RESEARCH IS BUILT ON COLLABORATION.
Technological progress arises from combining knowledge, experience and different perspectives. We build partnerships that connect scientific research with engineering development and create space for the emergence of new technical solutions.
Slovak University of Technology in Bratislava
Faculty of Mechanical Engineering
Cooperation in mechanical engineering research, development and technical projects.
www.stuba.skInstitute of Physics of the Czech Academy of Sciences
FZU
Research cooperation and joint development of advanced technical solutions.
www.fzu.czFROM RESEARCH TO APPLICATION
RESEARCH HAS VALUE WHEN IT FINDS APPLICATION.
For selected R&D projects, we also look at opportunities for their further technical and industrial use. The goal is to create solutions with the potential to move beyond the experiment and find a place in real applications.
01
APPLICATION POTENTIAL
We assess the possibilities for practical use of the technologies under development and their potential for specific technical applications.
02
PROTOTYPE & DEMONSTRATOR
We verify the technical principle through functional prototypes and demonstrators intended for experimental validation.
03
INDUSTRIAL COOPERATION
For technologies with application potential, we look for a suitable way to continue development together with technology and industrial partners.