SINTEF has both the expertise and equipment to produce particles and advanced inorganic materials using many different methods. bilde1 Many of the processes we use are chemical methods, primarily...
Since the 1990’s SINTEF has performed independent safety assessments according to the European railway standards EN 50126, EN 50128, EN 50129. These European standards have been adopted as...
The overall responsibility for the Designated Body role is to have a mechanism within the context of the EU regulatory to assure that requirements which not have been standardised on the European...
SINTEF is accredited by Norsk Akkreditering (PROD 031) for Directive (EU) 2016/797 regarding certification of control-command and signalling (CCS) subsystems according to modules CB, CD, CF, CH1,...
The responsibility of the Assessment Body is to carry out an independent assessment of the suitability of both the application of the risk management process according to the requirements of the...
Safe communication is a prerequisite for safety systems which involve transmission of information between different locations. This includes railway signaling, aircraft control, emergency...
Safe embedded platforms provide the foundation for modern safety critical systems. These platforms contain the electronic hardware and software that implement safety mechanisms needed to achieve...
We need knowledge to solve the challenges related to marine littering and pollution. SINTEF Center for Clean Ocean Research is working to increase knowledge about and prevent the spreading and...
Through our focus on circular economy, SINTEF combines technological expertise with economic and environmental expertise in order to provide our customers with multidisciplinary solutions,...
Synthesizing data for machine learning and other data-driven methods. In cases where little data exists from real-life applications, i.e. few measurements, newly installed sensors, limited...
Application of machine learning may have many forms, but they are all driven by data. Machine learning covers a variety of methods ranging from simple regression to deep neural networks....
Control systems are in general based on the same structure (feedback loops) and physics-based models of the dynamic system regardless of application. Based on model and parameter estimation, a...
SINTEF uses various numerical simulation tools in combination with physical understanding and practical experience. This can, for example, be simulation of AM processes in order to improve...
AM is the latest step in a long chain of digital processes using many different digital formats. The physical part is manufactured with a selected AM process, controlled by a process plan and...
In most situations, the modelled process will involve some uncertain parameters. This uncertainty has to be taken into account, to minimize the negative impacts it would otherwise had on the...
The goal of optimization is to improve processes, with respect to specified criteria. In SINTEF, we do this by creating a mathematical model of the process, and then use special mathematical...
SINTEF has have long experience in developing decision support systems for an optimal resource usage in industry and government administration. This can be decision support both on operational and...
Data science tries to extract knowledge or insight from data, either structured or unstructured. In SINTEF, our expertise is to take this knowledge further into improved planning and decision...
SINTEF Minalab has been a pioneer in the development and manufacturer of silicon radiation sensors for space and scientific applications since the 1980s. For space applications, the team has...
Finite Element Methods (FEM) are extensively employed for addressing scientific and engineering issues modeled by partial differential equations (PDEs). Within SINTEF, we specialize in the...