Projects in metrology

By developing new methods for characterising thermal converters, an independent realisation of the SI units for alternating voltage (V), alternating current (A) and electrical power (W) will be established at RISE. This will lead to a more secure traceability chain and better measurement uncertaint…

High-pressure die casting (HPDC) of large components presents several technical challenges. The aim of the MoReuse project is to identify key tool parameters that influence wear patterns and tool lifespan, develop systematic measurement methods, and propose solutions to prevent and manage wear—such…

Developing an Optical Torque Transducer and a Physics-Based Digital Twin for Rotary and Dynamic Torque Measurement.

The uptake of hydrogen for heavy‑duty transport requires further standardisation to support Europe’s green energy future. This project will deliver the evidence needed for the standardisation of hydrogen fuel sampling for heavy‑duty applications.

- Alternative binders for concrete - Validation of new testing methods adapted to alternative binders

The project combines advanced X-ray technology with machine learning to understand the internal structures of a material faster and more accurately. The aim is to develop new AI-driven methods for analyzing materials at the nanoscale. This will eventually enable better control and optimization of m…

UPBEAT will create methods to identify, quantify, and manage uncertainties for reliable design and manufacturing. Multiscale simulations will help understand defects, singularities, and distortions during assembly.

In the RegTek project, RISE is developing an LLM-based assessment pipeline to evaluate Ekonomistyrningsverket's use of Retrieval-Augmented Generation (RAG) for impact assessments. The goal is to increase trust and objectivity among regulators, ensure compliance with the EU AI Act, and thereby suppo…

RISE Research Institutes of Sweden has once again been entrusted by LF Research Foundation to conduct a research project on the function of waterproofing systems intended for use behind ceramic tiles in wet areas. This research project is a repetition of previously conducted projects spanning a lon…

The aim of the project is to create a new methodology for testing materials and components for offshore energy. The project will contribute to simpler and improved material choices that provide a longer lifespan and thus reduced costs. This helps renewable energy to increase its competitiveness.

Swedish companies are poised to seize a larger share of the microelectronics market. Increase in market share of 20 % after project completion. Two years after project completion there will be a notable 50 % increase in precision in failure assessment within microelectronics production processes du…

This project aims to establish a primary realisation of ac resistance at RISE through ac measurements of the quantum Hall effect (QHE) in graphene. This will lead to a significantly reduced measurement uncertainty for ac resistance and can potentially lead to an improved measurement uncertainty f…

The project aims to develop a reliable contact free NDT method of plastic components using microwave techniques.

The project creates the conditions for a digital computer vision tool for the next generation of quality control of surface defects on cast components.

MonPuForm aims to develop a new monitoring system designed to offer knowledge-based support for managing hydraulic pumps used in hydraulic servo presses.

To develop sustainable products and processes, we need a deep understanding of the internal structure of materials. With advanced synchrotron- and lab-based X-ray tomography, we can examine materials in 3D down to the microscopic level—without destroying them. This also makes it possible to study h…