Highlights

For the benefit of our costumers, we master complex, powerful methods that include non-destructive analytics, high-resolution methods of electron microscopy and solid-state spectroscopy, surface and trace analysis methods, and mechanical material characterization that includes modeling and numerical simulation. Here you can find a selection of our current projects.

 

Sebastian Brand and Michael Kögel honored with Outstanding Researcher Award from Intel

For their work on increasing the sensitivity and 3D resolution of microscopic lock-in thermography analysis, the two scientists Dr. Sebastian Brand and Michael Kögel from the Fraunhofer Institute for Microstructure of Materials and Systems IMWS in Halle (Saale) have received one of the "Outstanding Researchers Award 2023" from Intel Corporation.

 

Elektronik / 7.12.2023

Sebastian Brand awarded "Attendees Best Paper" at the ISTFA 2023

The use of machine learning can improve signal processing. Dr Sebastian Brand presented findings and application examples of these possibilities at the 49th International Symposium for Testing and Failure Analysis (ISTFA) in Phoenix, USA.

 

20.3.2023

Novel method for characterizing nanometer-sized defects in GaN semiconductors

The Fraunhofer IMWS along with 79 partners from 14 countries have joined forces in the EU-funded project "iRel 4.0" (Intelligent Reliability 4.0) to find solutions to improve the reliability of electronic components and systems along the entire value chain.

 

20.3.2023

Experts discuss new trends and approaches in microelectronics

At this year's tenth CAM workshop international experts from the electronics industry and analytical equipment manufacturers will discuss technological challenges, new approaches and future requirements in failure analysis and material characterization of electronic components and systems.

 

1.2.2023

Power semiconductors made of gallium nitride

In the EU-funded project "UltimateGaN", 26 partners from nine European countries conducted joint research on the next generation of gallium nitride (GaN)-based power semiconductors.

 

8.12.2022

Research factory for quantum and neuromorphic computing launched

The project aims to advance microelectronic research and development for novel computing technologies such as quantum and neuromorphic computing and accelerate their transfer to industrial applications.

 

20.6.2022

Reliable polymer cases for the protection of power electronic components

In a joint research project Werkzeugbau & Kunststofftechnik Kruse GmbH (WBKT) and the Fraunhofer IMWS have set themselves the goal of developing highly reliable polymer cases for power electronics components that are suitable for series production.

 

30.3.2022

Robust sensor for harsh environmental conditions

Sensors that function reliably even at extremely high temperatures or in corrosive environments are in demand, for example, for use in energy technology. In a new joint project, the Fraunhofer IMWS is contributing its expertise in materials analysis and has developed new possibilities for materials characterization in the high-temperature range.

 

Fraunhofer IMWS wins awards at the world's leading electronics conference

Two of the four research awards of the world's leading conference for assembly and connection technologies in electronics went to Halle (Saale).

 

Faster recognition of susceptibility to corrosion

Fraunhofer IMWS researchers are working on a more efficient test method to predict the corrosion behaviour of electronic components.

 

New evaluation criteria for heavy wire bond contacts

Fraunhofer researchers define new evaluation criteria for bonding contacts in chips.

 

Safe electronics for autonomous driving

Fraunhofer CAM has a leading role in its contribution to making vehicle electronics safe and long lasting.

 

New test methods for cover materials

How do defects form in thermoplastic cover materials and how does this impact on electronic components? A project at Fraunhofer IMWS wants answers.

 

»Automated driving can save lives«

Autonomous driving offers enormous advantages for more safety in road traffic. Berthold Hellenthal of Audi explains why reliable electronic components are so...

 

What does joint equipment development achieve?

The Fraunhofer IMWS also develops test equipment. Matthias Petzold explains advantages for clients.

 

Thin, thinner, ultrathin

Specimens examined in the electron microscope have to be particularly thin. A device has been developed at the Fraunhofer IMWS, which makes such samples quickly and precisely.

 

A TITAN for the smallest insights

The transmission electron microscope TITAN has very high imaging quality: It can even make individual atoms visible.