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Jakob Blomgren

Senior Scientist

Tel

+46 70 915 18 48

Email

jakob.blomgren@ri.se

Location

Göteborg

Unit

Sensorer och material (102101)

Jakob is working as a Senior Scientist and Project Manager at the Sensors and Materials group in Gothenburg. His work involves sensor innovations, sensor system development (hardware/software) and signal processing. He is specialized in magnetic and electromagnetic sensors.

Jakob has a MSc in Engineering Physics (1995), a PhD in Physics from Chalmers (2001) and joined Imego -> Acreo-> RISE in 2001.

See also: https://www.linkedin.com/in/jakob-blomgren-b97b7048

Tags: Sensors, Sensor systems, Signal processing, Modelling, IoT, Wireless sensing, Electromagnetics, Magnetism, Magnetic nanoparticles, Rare Earth magnet recycling.

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Hitta Mig2 /Find Me

Development of solutions for sustainable usage of fishing gear supporting marine resources and preventing marine litter by regulations and innovative technical solutions for underwater localisation.

SUSMAGPRO

Permanent magnets based on Rare Earth Elements are essential components of many high-tech products of great importance for the green energy transition. The EU H2020 SUSMAGPRO project will provide an infrastructure for magnet recyc…

Aggregate Farming in the Cloud

AFarCloud (H2020-ECSEL-2017-2-RIA) aims to provide a distributed platform for autonomous farming by integration of Cyber Physical Systems in real-time in order to increase efficiency, productivity, animal health, food quality and …

Nanometrology Methods for Magnetic Nanoparticles

The objectives of the EU financed NanoMag project were to standardize, improve and redefine analysing methods of magnetic nanoparticles. Using improved manufacturing technologies, synthesized magnetic nanoparticles with specific p…

MagBeW - Functionalized Magnetic Beads for Water Treatment

This project aims at developing a new concept for water treatment using functionalized magnetic beads to enable a better and selective removal of pollutants and reduced discharge to the environment.

FLU-ID - portable influenza diagnostics

The FLU-ID project develops a portable biosensor system solution that shortens the total time for the diagnostic test of influenza to less than 60 minutes. The detection method is based on volume amplification of a virus target in…

The DynoMag system and The High Frequency (HF) AC susceptometer

AC susceptometry (ACS) gives information on how fast magnetization is building up in a material. An excitation magnetic field is applied over the sample and the in-phase and out-of-phase susceptibility is measured in a frequency r…

Modelling and simulation of sensors and sensor systems

Modelling and simulation are important tools for achieving a basic understanding of a sensor idea or a system concept. These tools often serve as support in an iterative process in which modelling and simulation are combined with …

Wireless Sensors and Sensor Networks

An increasing number of sensors are connected in wireless sensor networks. The sensor units are often required to take up little space, have a low cost per unit and operate for a long time without an external power supply. Collect…

Energy harvesting systems

IoT and Industry 4.0 have an increased need for data collection from sensor systems. The main challenges for integration of a large number of miniaturised autonomous sensor systems is their dependency on electrical cables and limi…

Magnetic sensor systems, magnetic analysis and magnetic nanoparticles

A combination of our unique labs and knowledge of magnetism, magnetic nanoparticles, materials synthesis and magnetic sensor systems makes it possible to carry out magnetic analysis and characterisation of various magnetic materia…