Microelectronics in Hamburg

Hamburg has become a major hub for microelectronics and related technologies. In the metropolitan region, universities, research institutions, and industry work hand in hand to develop semiconductors, microsystems, and integrated circuits—from the initial concept through to practical application.

In the field of microelectronics, Hamburg’s research landscape is largely shaped by the Technical University of Hamburg (TUHH) and DESY. The Technical University of Hamburg pools its expertise at the HELIOS Microelectronics Research Laboratory (ForLab HELIOS), the Institute of Microsystems Technology, and the Institute of High-Frequency Technology, and supports projects from the design and simulation phase through manufacturing and integration to testing and characterization. DESY is set to strengthen this field with the planned PETRA IV synchrotron, which will enable high-precision analysis of microelectronic components and semiconductors and serve as a key instrument for validating key industrial products; DESY is also a partner in the Northern Chip Network alongside the TUHH. As a partner in the HELIOS consortium, the University of Hamburg is also involved in the development and evaluation of integrated circuits as well as in the analysis of micro- and nanosystems. This is creating a research and innovation hub in Hamburg where microelectronics interacts closely with materials science, measurement technology, and applied engineering.

Key Projects of the PIER PLUS Partners

DESY

Microelectronics as a Key Technology at DESY

DESY’s research covers the entire value chain—from sensors for data acquisition to physical analysis. A central component is microelectronics, which plays a key role particularly in the development of detectors for particle physics. High-resolution X-ray analysis at PETRA III also provides in-depth insights into materials and processes that are essential for the further development of microelectronic components. This is complemented by the development of integrated microphotonic and electro-optical chips, which connect laser systems with microchips, thereby enabling faster electronics, energy-efficient IT solutions, and precision sensors. Through projects such as MEGA-EUV, DESY directly links laser research to industrial needs: This project is developing a compact EUV source for high-speed inspection of microchips, which is expected to increase production throughput by a factor of 1,000. Basic research projects such as GASONIC also contribute indirectly by developing new optical switches and modulators for laser systems—technologies that could revolutionize semiconductor manufacturing in the long term.

DESY, through X-ray light sources for the analysis and development of microelectronic materials and components, contributes to the 8^th HTAD lever “Strategic Research Infrastructures”.

For more information on DESY’s High-Tech Agenda contributions, see the DESY brochure “Aus Forschung wird Zukunft” (in German).

Helmut Schmidt University/University of the Federal Armed Forces Hamburg

DiMoLek – Digital Lifecycle Monitoring, Hardening, and Optimization (German)

Technical University of Hamburg (TUHH)

In the field of microelectronics, TUHH focuses on chip design, systems integration, and the convergence of photonics and electronics. Through the Institute of Integrated Circuits and Systems (IICS), it possesses internationally recognized expertise in energy-efficient chip systems for smart sensors, AI, industrial and port automation, and high-speed data connections. Major research consortia such as ForLab HELIOS and DFG initiatives strengthen the infrastructure and enable integration across the entire value chain (“lab to fab”). TUHH works closely with industry partners and actively supports spin-offs. A key focus is on training skilled professionals and establishing Hamburg as a center of excellence for chip design in key industries such as aviation, logistics, and medical technology.

For more information on the High-Tech Agenda at the Technical University of Hamburg, please follow this link.

Unversity of Hamburg

ForLab HELIOS